Great test. But the results of 70mph range test should stop when the vehicle can no longer maintain 70 mph. I believe that is how State of Charge does it. It is good to know how much buffer the vehicle has and how it behaves at the very bottom, but the distance from driving around a mall at low speed shouldn't factor into the 70mph range test.
I appreciate the 70mh loop tests. For me most of my long range driving is on a highway so it's always good to have some re-assurance it doesn't have a better milage at 35mph. since those trips are usually pretty short for me.
I understand what you’re saying Scott but keep in mind this is 70mph constantly, this isn’t realistic, in a real life situation you have regenerative braking to recharge your battery cause driving around the city constantly driving and stopping recharging your battery you might actually be able to get more mileage
@@amardnoo But then you can doubt any scenario. Let's see it like this: Constant 70 mph is "very demanding" ... and aerodynamics and rolling resistance are stressed to the max. They play a big part in efficiancy. The "real life situation" makes unefficiant electric cars a little less negative.
@@KyleConner The exposure is good your core audience will watch the video and those that are less informed with learn you exist from these outside outlets
Well journalism these days have resorted to viewing livestreams to produce clickbait articles with twisted narratives, instead of acquiring special access, doing extensive testing and writing 3rd party reviewed content that is curated and exclusive. Gone are the days of professional journalism.
The high beam thing is common in most cars. When you out flash/hold both the low and high beams are on. So it’s really bright. When you fully engage high beams the lows turn off. Same here, you can see the bottom of the screen (lows) dims. The reason for this is because the human eye doesn’t have infinite contrast, so having a bright light “nearby” actually means you can’t see as far down the road. By keeping it dim near you, you see further.
I'd call the range done when it can no longer maintain highway speeds. So, around 249 mi at 43F near sea level. The F-150 Lightning is around 270 miles at 73F near sea level according to Tom's State of Charge range test. So, probably almost exactly the same range under ideal conditions.
That's a good point, but it's hard to test and not a real-world scenario. They will need another truck with v2l to help charge it once the car dies in the highway, which doesn't sound too safe. In the real world, you still need enough charge to make it to a charger 🤷♂️
Im in the market for a lightning and this video convinced me to wait for the Cybertruck. The Ford F-150 Lightning is one of the more inefficient BEVs out there. I see why the Cybertruck looks the way it does.
Tesla's in the process of changing their 4680 chemistry from NMC 811 to NMC 955, according to Dillon Loomis at Electrified. That should give a range increase of 10-20%. Apparently the 4680's still a work in progress.
@@skellington2000 BUT, the Cybertruck is shaped like a bolt of lightening....I'm disappointed with the Cybertruck from the initial release numbers all the way around.
The Cybertruck running out of power and going into RED ALERT was actually exciting. I've only run out of gas ONCE. In my Jeep SRT - I stupidly - bypassed every gas station trying to get to one specific station. I was 5 BLOCKS AWAY. I had to walk to the gas station, buy a gas can and buy gas and then run it back to my Jeep. Police Officer saw me so he waited with me till I got some fuel in it and then I was able to drive to the station.
@@PJWey Yes most non-US places. Well except for maybe Japan. I average about 70 there as well. Nobody really cares about around town mileage as they don't drive 300 miles in circles or back roads very often. Range really only matters on the highway.
Why? That's not how ice vehicles are. That's not how any vehicles are measured. It should be combined city/highway if there is to be one data point for range, ya dingus. Ideally, they'd give us lots of data tho, ie 400 city, 250 hwy, 310 combined, 150 hwy max towing etc etc
@@dyeace I don't care how they do it but it has to reflect REAL WORLD driving and highway speeds kill EV range much worse than ICE. Obviously Tesla's range figures have been _Pulitzer Prize_ material all along.
You Should never put a tow strap over the tow ball like that. You should pull the pin out, and take out the tow bar and place the pin though the tow strap.
I am a reservation holder, but I don't think I will go through with it. Just too many compromises. I currently own a Tacoma (in addition to Model 3) and I think I will just keep things the way they are. CT can't really replace my Tacoma -- I need to be able to tow without having to stop to charge every 80-100 miles (based on the original specs, I was hoping to tow 5k LB for a minimum of 200 miles). And total cost of ownership will be at least double when compared to Model 3. Plus I am not sold on the looks of it.
I have a small camper, about 4k LB empty weight (and probably 5k with a typical load). Our typical trip is 150 to 300 miles (each way), 3-4 times per year. Sometimes we have power at our destination (an RV park), and sometimes we don't. So it could make the CT work. But a lot higher cost (compared with initial $50k) and somewhat lower range make this a lot less desirable combination for me. @@ed1pk
22:40 I think the highbeam thing is that when you hold the button, the high and low beam are both on, then when you get off the button, just the high beams stay on.
That makes absolutely no sense, as that's not how LED headlamps work. The majority of LED headlamps either activate a separate bank of LEDs that shine further out, or boost a few of them that are on. If they low beams didn't stay on nothing would be lit up up front.
@@sprockketsthat is how headlights work when you flash the highs both low and high are on when you go to high only the high beams are on I’ve had several cars like this and can confirm that’s how they work to see further you want your foreground light to be lower then the distance lighting allowing you to see further without blowing out the foreground with light the other thing that can happen is if there are fog lights modern cars shut those off when high beams are activated it wasn’t until my 23 Silverado that I had a vehicle that the low beams remain in but they are a projector setup which operates slightly differently
I can do a 200 mile roundtrip in a f150 extended range from the Socal Mountains to Orange County a 4000-5000ft climb. I cant do that in the cyber truck with a 124 battery. I use 120kwh to make that trip and I arrive with 30-40 miles to spare. 124kwh is only 25% better then a Model X. If this was the battery capacity on the standard truck it would be sufficient. The cyber truck seems to be less efficient then the converted f150 lighting and the worse product out of the 4.
CT won against F150. 2.5Wh/m-46F against 2.2Wh/m-73F. At 73F it would have been 2.8Wh/m or even more. And pls keep comparisons alike, do not talk about altitude change right now.
Gasoline cars list mileage for highway, and for city. This would be good for EVs as well, for the opposite reason...slower stop and go driving tends to be markedly higher efficiency than 70mph highway driving, due to drag, as well as regenerative braking. I've gotten 221 Wh/mile average with my Model 3 RWD, but 250 or even 275 Wh/mile highway, depending on speed. I think that listing a "mileage" for highway and a "mileage" for city would help.
EPA requires City, Highway, and Combined.. but yes... everything marque is the combined.... take 2023 Tesla Model Y AWD, Marquee combined is 123 mpge, Hwy is 116 and city is 129 ... and again that is mostly because tesla chooses the most optisimic numbers it can.. (123 mpge is about 280 wh/mile, 3.6 mi/KWh). My EV has EPA ratings of 103 MPGe combined (330wh/mi, 3.1 kWh/mi) , 110 city (3.2 kWh/mi), 96 highway (2.8 kWh). And real world? ... my bumper-to-bumper stop-and-go 27 mile commute is regularly right at 5 mi/kWh (168 MPGe) and the same commute in the evening with more free flowing traffic is 3.3 kWh/mi (111 MPGe), and most of my 2000 mile trips have come out just under 3.0 mi/kWh .... so yeah... pretty bang on ... but yeah... the only thing I hate about EPA (fueleconomy.gov) is the use of MPGe and kWh/100 mi. I even hate teslas wh/mi. It should be miles per kwh... it makes the math much more simple. Just like Miles per Gallon, you buy fuel in gallons, miles per kwh, you buy fuel in kwh. Usable battery pack (kwh) times mi/kwh gives you estimated miles, and largely its simple math... 2,3,4 times. I don't know why tesla went with wh/mi. There you have to divide your usable battery pack by wh/mi then times by a thousand. Its stupid.
What a great video. No way I'm keeping my reservation. The range is trash on this truck and its a real disappointment. Thanks a lot for doing this test so thoroughly.
And for reference F-150 lightning did 254mi at 0mi indicated. Running any of these under 0mi indicated is just not something anyone would do when road tripping at 70mph.
You are the only channel i follow anything about the Cybertruck because of your unbiased opinions and only deal with facts for anything EV. I not a fan of the Cybertruck but I appreciate facts over fanboyism.
Quite disappointing. I was really hoping Tesla would somehow have more range than the Lightning or R1T, but this is just right in line or worse than both. This will be the worst for towing as well with the smallest pack. So much for 500 miles of range…
Looks like tech isn't still there, to pull 500 miles range unless you just add huge 250kwr battery, but that will bring weight Ober 10k lbs. So no good.
@@tonyn3227The Ramcharger seems like it has good potential if you really want a truck that you drive electric most of the time but need to tow long distances.
It has half the battery we expected. Saves weight and money. I'm pretty sure 99% of truck owners won't need more range. And if they do, there's the range extender. Or use a diesel truck. The Cybertruck doesn't have to do everything to be a huge success. Also, since it expects a range extender, it should be possible to add a diesel generator instead, which can boost the range up to 1000 miles or whatever you need. Oh, and the battery capacity will go up significantly in future versions. The 4680 cells are using a simplified chemistry for easy manufacturing. So as Tesla figures out production, they'll go for much higher energy densities, which would automatically increase range with the same battery. 30% to 50% more range is possible.
I got 10,600 on mine and averaging 2.1 mi/kWh but I'm also in northern Wisconsin so expect that to quickly decrease over the winter. Between all the available electric trucks seems like efficiency is fairly similar so have to pick you favorite aesthetic. We need better energy density. For those who need to tow long distance.... electric probably needs a couple more decades of progress to make sense.
@@The_DuMont_Network It is kWh when talking about energy consumption per mile. Power (kW)*Time (Hours)=Energy (kWh) or E=∫Pdt which is the area under the power curve
This writes off the vehicle in my opinion. 250 miles to absolutely kill the battery. To look after the battery you’d only do 200 miles maybe less and this doesn’t even include heavy towing, air conditioning etc. what a waste!
Great video! Please in the future, never attach your tow strap to the hitch ball. It can shear the hitch ball. It's a rare occurrence, but it does happen, and when it does, you now have a potentially lethal missile coming at you. Find a tow point on the lead vehicle, or if you must, remove the hitch and loop the strap on the hitch pin through the receiver. (we don't need another steel ball vs. Tesla glass incident. ;) )
@fr5229 It's just generally a bad practice. You might get away with it a dozen or a hundred times. But it's incredibly dangerous when it fails, and its really easy to avoid by attaching the tow line properly. I don't mean to detract from this great video- it's really interesting to see the true range of the CT on the highway-- but I winced when I saw that hookup on the hitch ball as it's been hammered into me for years "never do this". In this case, admittedly it's a fairly low risk as he's not snatching a stuck vehicle, and the CT was rolling (until it went into park), but it's an easily avoidable risk.
Absolutely never do that to recover a vehicle. However what they were doing was the same as towing a 6600lb trailer. If you have ever checked trailer brakes by rolling forward and applying full trailer brake but not truck brake it is the same force. Now when you are recovering a stuck vehicle you can exceede the design limits of a ball and hitch setup. Remember he was actually pushing the CT around while hooking up the strap. If he can push on the ball and break it well then…
Range test stops when it no longer responds to pressed gas pedal just before you get off highway. Nobody would drain an EV’s power to that level before charging it. So, the real range in this test was around 243 miles. Most ordinary driver would have stopped long before it reaches 1%. So, realistic range is probably around 230 miles.
Agreed. This is similar to what my “315 mile range” Model 3 does in winter driving. I get maybe 230 miles out of it driving from the Bay Area to Tahoe for skiing.
Even less than that. More likely around 200 miles. But here's the thing, most people stop to pee long before that. Most Superchargers are spread in fewer miles than that as well. You're going to make a stop within 200 miles regardless. That's when dc fast charging speeds start to matter. If you're just driving it around town, it will do better and only need a charge once a week at most, getting similar range for an 80% charge overnight.
He does what most won't just to see how big the buffer is. That's important info. If you *know* how big the reserve is, it makes that "once in a blue moon" situation less stressful.
@@Xetairex Well... going up to Tahoe, around 13 kWh or 17% (if it is a LR or Performance model) of the battery will go into just gaining elevation. Next, if you regularly go skiing, you surely have winter tires, that will penalize your range about 5%. Then, if you go skiing, temperature is surely significantly below normal, which penalize you another 3-4%. So, all in all, your Model 3 range is bloody close to the 315 mile EPA number! How many miles do you have on that car? You may have 3-4% battery degradation?
Kyle, I have a 3-motor reservation with 500+ range due to needing to tow 6 months out of the year (retiring soon). I will be holding my reservation (which I'm ~250,000 in line) until the actual range that I can buy is about 500 miles. All other aspects of the CT looks great. 👍
They are supposed to make a battery extension that sits in the bed of the truck, but I think it’s a maximum of 40kwh, giving maybe an extra 70 miles of range. Until someone comes out with a mod for these packs, or a third party makes a connection that allows owners to make their own battery extension, there’s no way CT is getting over 500 miles to a charge. Don’t even get it me started about charging both packs efficiently.
Agree with your range-extender criticisms, at least as currently described by Tesla. I love the idea, but I think they should be smaller and cheaper and more modular with the ability to add more than one. It should also be possible to either stack them or secure them side-to-side in the bed, and it should also be possible to locate them in the under-bed storage. Preferably all as a DIY update by the owner. 🙂
That would be nice. But it will probably complicate things... The real issue is the 4680 performance, IMO. They missed their original targets, so hopefully, they can figure out how to improve the energy density... With limited 4680 production, it doesn't make sense to throw a 200kwh pack like the Hummer.
As it has an interface for the range extender, it should be possible to use 3rd party products instead. Maybe even a diesel range extender. Tesla probably can be persuaded to make it an open standard.
@@andrasbiro3007 I love the idea of standardizing it. Their competition would probably adopt that standard, much like they have with NACS. Especially if the interface supported multiple packs and different capacities.
The design of the extender seems stupid. They should have made the extender fit into the bed storage compartment or they should have designed it to be flat rather than a block so that when it's in place in the bed it only takes up height from the bed rather than length. That way you could for instance still put sheets of plywood in there or skis and gear that is long but not tall. And that way you could add another one making the whole system more modular based on what your range needs. It would also lower the center of gravity to make the truck handle better. So much design genius on this vehicle and then a huge fail in that department.
@@tweedledee4922I assume weight distribution has something to do with where it is placed. I can see where the drop off is someone will make those drawers that go in pickup truck beds for slide out storage and still be able to use the bed to haul flat stuff like plywood.
The deal breaker for me is I can't roll down the rear window... crawl into the bed and have a comfy bed back there waiting for me... and camp on a hot Florida night. Seems like a super-fail to me...
Towing RV next? want to see what drag does to aerodynamic truck. Range is crappy, I am considering canceling my order due to range. whats power worth without endurance.
I wonder if Tesla is forbidding towing tests with the Cybertruck? I am surprised that you haven't seen any real tests as that is what everyone is asking for but nobody does.
@@chiplangowski3298 Exactly, also have so many questions about this range extender. Does it have same cooling system, will they be able to charge at same rate and efficiently. I wish they made battery sizes configurable, at least increase battery size tri motor cyberbeast. Why have hype video towing against competition if it cant hold up in reality. Elon should have hyped this as a glorified short range grocery commuter. Don’t get my hopes up as actual usable work truck that can tow my RV.
I travel from Utah to CA regularly. I’ve traveled in winter months in the 30’s. It takes about 11 hours going 70-80 mph. Mostly 80 mph. The range is very disappointing. I’m hoping that by the time my reservation comes up (late 2027), because I’m about 750k on the wait list, that Tesla will be on the Gen 4 battery by then, with much improved battery density. 🤞
Where I live 80 MPH would be much more realistic. If Tesla can boost the range enough by the time my reservation comes up, I will go ahead with the CT, otherwise I may get the Ramcharger if it can meet most of its targeted specs.
Your driving is much like mine, I live in CA, and most of my driving is to UT, ID, WY, TX, and WA. I had high hopes with the initial announcement. This vehicle is totally useless to us. And given the specs of other Li-ion BEVs, I think that I'm going to have to wait for a practical technology. With ICE vehicles, including hybrids, it is easy to find 4-500 mile range for these trips. BEVs still have garbage range and horrid recharge times, because face it, only the first section will be starting at 100%, all the other legs will be 80% down to 10 or 20%. So length of charge will be the killer. On a round trip to Pocatello, charging added over 7 hours to a usually 13 our trip. But no one seems to be looking at solutions. Gas & diesel are the only practical solutions for us.
I've done the trip from Portland Maine to Orlando or Kissimmee Florida in two days (with one overnight stop) multiple times. It's about 70 for most of the I-95 corridor, with a few billboards to entertain you in the Carolinas (Pedro's Fireworks, does yours? It's a smash hit! etc.) When I look at 1420 miles with sub-250 miles of range, I'd have to add between 5 and 45 hours of charging time to my plan. The Cyber Truck would eat up another 2-4 days of vacation just getting there and home ... no thank you.
OMG are you telling me the South of the border billboards are still there? I used to take that drive constantly back in the late 80s early 90s and they were entertaining as all get out@@AcmeRacing
North Dakota doesn’t have very many charging stations and is currently below zero. It would be interesting to see the same test and if there are enough charging stations to get across the state in the extreme cold weather.
The reason why that toll road is so open is because the location of it is stupid as hell. Even in the middle of rush hour traffic it doesn’t really save you any time over driving 35. The cot of the toll & what you would pay in fuel (even charging an EV) just isn’t worth the 5-10 minutes because you have to go so far east just to reconnect back to 35. It’s cool for something like this but not for everyday use.
This is called Tesla lies on its EPA range. Every one of their cars fails to meet their range figures, while Ford, BMW, VW & Volvo meets or beats theirs.
Man… not gunna lie this is disappointing. Any kind of extended road trip would be annoying. Most full size pickups have around 450 miles with a full tank. Imagine driving to a vacation spot with family and you have to stop at least 2x as many times as they have to and when you do stop and at least 45min to charge as opposed to 5 min to fill up gas. Still getting one but this limits its practicality for sure.
Honestly I find these EV tests to dry disingenuous because it’s both bad for the battery pack and it’s more useful to run it down to 1% charge or 5 miles of range to mimic actual real-life conditions. That’s more than dire enough to get to a charger ASAP.
24:00 Bolt. only 55KW But battery is only 60Kw/hr so it only takes about an hour. Nobody should be trying to cross country in it. But for 22k after tax credit. Its worthwhile limitation.
Incorrect. A bolt with the improved battery will take nearly 2 and a half hours to get to 100 on DC charging, as it will not stay at 60kw for that long.
Would love to see a three way charging test between the Lighting, the Rivian, and the Cybertruck all at the same time. Would need a Supercharger site next to EA (we have it where I live). See which one gets to 80% first and then to a 100%.
I’d like Out of Specs to do a “Race to Vegas” style video like they have in the past. But this time with the Cybertruck, Rivian, F150 lightning, Hummer, any other electric truck
Am I the only one pretty dissapointed by this? Aside from the A/T tires, this is it, this is the longest range CT that Tesla is offering. BIG difference vs what was advertised 4 years ago. We had to wait longer for it and it costs a fortune. Thinking about cancelling my order.
This video demonstrates the overcomplexity of dealing with a just released EV. Still basic ICE fully fuel in 15 minutes, turn on, set trans to Drive, and go for easy relaxed 300+ miles.
So what bout in the middle of a snow storm oh wait we already know what happens, pity nobody buying an EV , and nobody getting rid of the gas and diesel engine vehicles, i guess the left will have to go full communism on us , good luck with that
They could have done a lot of things to make this usable and cool, as a starter they should have taken the crayons away from the 5 year old who designed this vehicle. They could have also made it more efficient, made it charge better, achieve more range and offered it at a better price. The thing is, they didn't. They probably weren't even capable to produce anything better. The Cybertruck is trash.
I live in Ontario Canada and our speed limit,on major highways for the most part is 100 km/h (62 m.p.h.) and most people drive probably closer to 120 km/h (75 m.p.h.) without Police getting upset. I was wondering how many more miles of range would have been available by dropping the speed by 5 m.p.h. during the whole test? 46F isn’t cold at all in winter. How much more energy does it take to warm up the batteries when the temperatures do drop to well below the freezing mark? I like watching your videos but they’re usually a whole lot of info over my head but I’m sure the nerd people appreciate all of this info. I’ll keep watching.👍👍🇨🇦
The range extender position is so stupid I wonder why they did that at all. Could they really not fit it under the floor? Or make it smaller to occupy the storage compartment under the bed. Why even buy a pickup if you use the bed to store the battery.
In order to be fully transparent, it's important for these manufacturers to tell us #1 What the range is. #2 What the range when the HVAC is on is. #3 What percent of the battery we are allowed to charge up to. #4 What the range is when we charge up to a specific battery level. It's easy to say an EV gets over 300 miles range...but what they don't say is that's at 95% battery capacity - and they may reduce you to charging to just 80 or 85% I'm charging every other day because I drive in excess of 80 MPH and have the HVAC, heated seat, heated steering wheel and massage on. I'm charging at least twice a week. Like my damn Applewatch Ultra 2.
I’m a farmer and most farmers quite often pull trailers with heavy loads with their trucks. I don’t think this truck would work out very well for farming.
@@brucec954 A farmer isn't going to beat up a $100,000 EV around a farm. Also, since EVs are so expensive, there must be a payback through gas savings. You'll never see payback if you don't stack up miles.
Not sure what such tests are meant to show really. In every day life you would never go to zero. Besides the car tells you not to. So what is the reason for the test. There are some things not worth knowing.
I don’t love the cybertruck either, but it has zero affiliation with Silicon Valley lol… designed in Texas, built in Texas. Does that make it better? Idk
@@AjjakakkakaZero? Lol. Tesla still has a lot of engineering here. Including a lot of the hardware electronic and electrical R&D in Palo Alto and a few other places in the Bay Area.
@Ajjakakkaka cybertruck was a concept way before he they moved HQ to Texas, Elon been showing the design for a several years, only the inside changed, the exterior design hasn't.
Effects on range is a lot of factors, temperature, elevation,terrain,speed, weather conditions,but the real sad point at this juncture is the CT is not towing anything what will those range numbers look like?
@22:07 - what's happening is the headlight is aiming upwards slightly. In addition to throwing light further, this is to minimize glare on the road giving you better nightvision. S/X/3/Y with projectors do this too if you look closely. Older S/X with LEDs will turn off the ones illuminating the road right in front of you. To see properly at night you don't actually want the road right in front of you lit up.
Just as I was thinking about tire pressure, you mention it. Very thorough sir. Because that rear driver side tire looks low in the video. But maybe it’s just the optics of the heptagon wheel cover.
Love to see the same test at 55mph. Not that that’s a realistic real-life scenario - who drives 55? - but it would be illustrative of how much air resistance affects efficiency.
When you're towing you should never exceed 55mph. In the EU that's generally the max speed for trucks with a load regardless of the posted speed limit. Regardless of the law, it's just not safe to be going that fast when towing.
I remember lead acid barrel EVs in the 1970’s doing 20 miles - today some of the most amazing technology is wasted on the most entitled and spoilt generation. The Cyber truck doesn’t suck - you do😂
Great video Kyle. Going to write an article on our website about this. So the 70 mph range is at 408 km, not an impressive number. If you translated that to European conditions, where mostly the highway speed limit is 81 mph / 130 kph and most people actually drive 10 kph over the limit ( 87 mph / 140 kph ), I dont know. Tesla should improve the 4680 cells pack asap.
It will be interesting to see if they are able to improve the energy density of their batteries, or fit a bigger pack in the existing truck. Hopefully they do this before Toyota’s solid state batteries arrive to take over the market.
@@rameusunlimited1561 This battery technology is already at its limit, the 4680 is the new more powerful battery. It's quite doubtful that they will improve this technology enough to make a difference, unfortunately. Toyota's SS batteries will take another decade to hit the market, in my guesstimates.
@@Adreno23421 they have been constantly tinkering with their batteries, but you are right they probably won’t have a substantial improvement at least near term. The only real answer is a larger battery pack. If Tesla wasn’t so against it having a range extending generator instead of another battery pack would probably make this a much better towing vehicle.
@@rogerstarkey5390 I guess so, but California is looking to be exactly like you. During the summer, Downtown Los Angeles is closer to $7.00/gallon due to special blends of fuel in California. Keep in mind, we drive big, inefficient vehicles in the US. We aren't used to high gas prices. To fill up something like an F150 costs about $180 during the summer. To fill a dually pickup costs about $350. It's one of the reasons so many people are abandoning LA for places like Austin.
I wish the EPA would include range estimates for city-only and highway-only driving for EVs. Unlike ICE vehicles, EV efficiency is worse on the highway due to no regen. And, it's on the highway where range is most important because highways are used for long distance trips and charging stations are spaced farther apart (or are non-existent). For city driving, regen improves range, and on top of that, range is typically less important because most EV owners charge at home and public charger are typically readily available. With ICE vehicles, it's pretty easy to multiply the city and highway MPG estimates by the capacity of the fuel tank to calculate range for each type of driving. But, with EVs, the calculation is more complicated for most consumers because you'd need to know the estimated kWh consumption per mile city and kWh consumption per mile highway and then divide the useable battery capacity by the kWh consumption per mile. Official kWh consumption for city or highway driving is not readily available and Tesla (for example) does not provide the useable battery capacity of its cars (although there are pretty good guesstimates available for this information). So, it is possible for someone to calculate a city-only and high-only EV range, it's more complicated than it should be. I wish the Monroney sticker and EPA web site would provide this information for EVs. That way, if a prospective customer of an EV does mostly highway driving, or was concerned primarily with highway driving range, they could easily look this information up and make their purchasing decision instead of being surprised that their actual highway range is much less than the combined driving EPA range estimate that is published on the Monroney sticker and EPA web site.
Like you, I was looking for the #14,000 pound towing capability with the 500 mile range. We were planning on using the Cybertruck to pull our camper around in retirement. But I also understand that I am the less than 1% user.
Tesla Semi would be a better choice for you then, lol. In all seriousness though, towing vehicles should supplement range with some form of energy generation, be it, diesel, solar (gross), or another form. But until that's a reality, you've really got to think differently and use the charger network to feel out where you can reach.
Tesla Semi is likely the only option and I don't think they will sell them to individuals. I wanted to pull my RV with my reserved cyber truck too but its clear that wont be an option for several years. If the hummer is an indication of the battery and motor efficiency the Ultium platform has to offer. GM wouldn't even have towing ability with a properly sized for towing 225 + kwh battery.
@@bambamfpv1102 It might work depending on where you go in the network, but even then you're paying a premium for supercharger charging, and a massive amount of batteries to store energy to pull a huge mass and air drag around long distances (i would assume). IMO, that amount of batteries (200+kwh) should not be amassed for a single vehicle. Something in the order of 80-160kWh should be designed for alongside an efficient heat engine (generator or prime mover) with waste heat recovery should supplement the extra energy needed for towing. Better yet, if towing vehicles were designed more like planes, long distance travel wouldn't require the insane amounts of energy they currently do.
Need to test with the all seasons tyres soon and when towing load. This is obviously not a work truck but a recreational truck. Did Tesla mentioned the size of the battery they were planning to fit into this truck in the beginning? Or they cut cost and reduce the cells to meet market price expectations?
11:26pm until 12:37am waiting to go, on a super charger from 66% to 100% 10% gone in 26 mins of driving. 25% gone in 58 mins of driving. (62 Miles) 50% gone in 119 mins of driving. (120 Miles) 77% gone in 164 mins of driving. (184 Miles) 85% gone in 179 mins of driving. (203 Miles) 87% gone in 186 mins of driving. (208 Miles) 90% gone in 192 mins of driving. (215 Miles) 96% gone in 206 mins of driving. (231 Miles) 97% gone in 208 mins of driving. (236 Miles) 99% gone in 216 mins of driving. (241 Miles) 100% gone in 217 mins of driving (242 Miles) [REDUCED OPERATION PHASE] 110% gone in 240 mins of driving (254 Miles) So, what's your thoughts? 🤔
Here is a review idea: give the truck to a lawn mowing crew for a day. How easy to get to equipment in and out all day. Would they leave the back of the truck open all day? Probably would unless taking a break or concerned about stuff getting stolen.
Such crew might not even find it feasible to use a cybertruck if they are part of a larger operation. The existing docking bays are sized for F-150, and the shape of the trailer bed of this truck wouldn’t work for that. Cybertruck is not meant to replace f-150 for work fleets. It is meant to sell to high end consumer users who want pickup trucks.
@@rambrasil I'm not looking for someone else's opinion which is why I'd like to see an actual real case review. I've got 6 work trucks and never once ever used a "docking bay." Thanks for the reply, but it's not remotely helpful here. I spend over 10k per year on maintenance and repair on average. This truck appears to be designed as the perfect contractor truck. If you want a grocery getter, get the Rivian. I'm looking for a work tool, I'd like to see it in use for that purpose.
@@rambrasil Since this truck is narrower outside than the F150, with a longer, wider bed and more suspension adjustment to account for loading, shouldn't be a problem? . As for items in the bed, better tie downs if required, plus the ability to take tall items in exactly the same way and great security for any smaller tools under the *locked* cover when the big stuff is being used?
@@MH-Tesla Have you considered a Slide-out bed tray? That would overcome any mythical "access issues"? . As you say, you want a truck that's "working". Much better to call service, arrange a day and have THEM come to you on YOUR site (IF you need a repair) than having to waste time at the dealer dropping off, explaining the problem, collecting a loaner, swapping tools, etc, getting to your site late, only to get the "after lunch call" telling you it needs a part they don't have, can you come back in 3 days?" OR saying they're closing early, "can you return the loaner by 1600?" (Yes, I've been there!)
@@rogerstarkey5390 Good point about the slide out. I thought of that too. 👍 Or drop the tail gate and leave it down with an after market extender so it's an 8 foot bed. (Not sure if that works with towing a trailer.) As for repairs and maintenance, I've never gone to a dealership. I've got my "truck guy" to fix most stuff and a local repair shop to handle more routine stuff. If I had a dealer do everything it would double my costs. And of course we can do some things in house. If I did get a cyber truck for work, it'd be the rwd version after the prices drop below 50k. So not likely for 2-3 years. But my contention is that cybertruck will be the truck of choice for contractors like me once they get through the order backlog and business men who make decisions based off the utility and costs can start to get them.
Interesting that they had it get stiffer as the car communicated loss of power. That emulates engine failure in a gasoline car with power steering, so it's familiar, but with all the feedback coming from a motor it's using more than the usual current to fight your arms and feel that way.
@@basedcavemanI agree it shouldn't but i am curious how they did it. I've seen the steering wheel is completely disconnected from the wheels... is there a physical backup also?
@@slavko321 Which part of the system? If the "battery" is failing, sensors will monitor and advise at let's say 49 volts. They will diagnose the component which is failing , advise the driver, and provide assistance to get "off the road" . If the battery is ok.... P3 steering wheel position sensors. 1 had an "off" reading, the system advised, but uses the 2 which agree. 1 sensor *fails*, the system runs on the 2 remaining.... 2 computers, independent supply and inputs, cross checking with each other. . Same with outputs. . Each feeds both steering motors with independent wiring. One set of cabling fails? Warning, but safe. One motor fails? Either one is powerful enough to move the rack.... Warning, but safe. Double redundant roadwheel position sensors ..... Guess what? Warning, but safe. .
Parking brake during tow might be a no seatbelt issue... Have you considered using a f150 lightning to recharge? It works nicely with the on-board nema 14-50
For the price of that truck in the ranger getting no thank you play Kyle says when you pull a heavier load that battery is going to run down real quick
Great video. I’m reconsidering going with the CyberTruck now. I have a reservation for the Dual Motor and Tri-Motor. I’m a little upset hearing the Dual motor is costing people $100k for the founders edition with the upgrades it comes with. I can only imaging the cost of the tri-motor after upgrades. SMH 🤦♂️
Also towing a trailer how the heck do you back it into a charger? There are no pull up next to chargers like a gas pump? There is no way you can drop the trailer 15 times on a long distance drive pulling a camper.
Great test. But the results of 70mph range test should stop when the vehicle can no longer maintain 70 mph. I believe that is how State of Charge does it. It is good to know how much buffer the vehicle has and how it behaves at the very bottom, but the distance from driving around a mall at low speed shouldn't factor into the 70mph range test.
Only a 5 mile difference anyways. 249 instead of 254.
@@GraysonCarr Nevertheless, Scott is right. But good to know there are 5 extra miles to move.
I appreciate the 70mh loop tests. For me most of my long range driving is on a highway so it's always good to have some re-assurance it doesn't have a better milage at 35mph. since those trips are usually pretty short for me.
I understand what you’re saying Scott but keep in mind this is 70mph constantly, this isn’t realistic, in a real life situation you have regenerative braking to recharge your battery cause driving around the city constantly driving and stopping recharging your battery you might actually be able to get more mileage
@@amardnoo But then you can doubt any scenario. Let's see it like this: Constant 70 mph is "very demanding" ... and aerodynamics and rolling resistance are stressed to the max. They play a big part in efficiancy. The "real life situation" makes unefficiant electric cars a little less negative.
Theoretical range: 510 km. Actual range under specific test conditions: 410 km. With A/C on, set at 20 degrees Celsius on a highway, doing 110 km/h.
Thank's.
As usual in depth and consistent but I wish other outlets didn't publish your results before you posted the video.
Agreed - I should be more careful for the livestreams I guess
I agree. I was reading about this before I could watch it. Good job Kyle
@@KyleConner The exposure is good your core audience will watch the video and those that are less informed with learn you exist from these outside outlets
Yep, New York Post did that article before this video went up. You're too popular Kyle!
Well journalism these days have resorted to viewing livestreams to produce clickbait articles with twisted narratives, instead of acquiring special access, doing extensive testing and writing 3rd party reviewed content that is curated and exclusive. Gone are the days of professional journalism.
The high beam thing is common in most cars. When you out flash/hold both the low and high beams are on. So it’s really bright. When you fully engage high beams the lows turn off. Same here, you can see the bottom of the screen (lows) dims.
The reason for this is because the human eye doesn’t have infinite contrast, so having a bright light “nearby” actually means you can’t see as far down the road. By keeping it dim near you, you see further.
Thanks, came here to comment that👍
For a car guy you’d think that he would have known that.
Test finally starts at 15:45
Yep, so much filler at the beginning of all the oos videos.
@@mev202the filler is the nerdy stuff that makes these videos better than a straight up test. I want details, not fluff.
Did you see how they towed by looping the strap around the ball hitch? And then the 7,000lbs truck put itself in park. They are lucky no one died.
@@0mydramatic much?
@@mannyman4103 just watch the videos on the topic and you will be too
I'd call the range done when it can no longer maintain highway speeds. So, around 249 mi at 43F near sea level. The F-150 Lightning is around 270 miles at 73F near sea level according to Tom's State of Charge range test. So, probably almost exactly the same range under ideal conditions.
That's a good point, but it's hard to test and not a real-world scenario. They will need another truck with v2l to help charge it once the car dies in the highway, which doesn't sound too safe. In the real world, you still need enough charge to make it to a charger 🤷♂️
Im in the market for a lightning and this video convinced me to wait for the Cybertruck. The Ford F-150 Lightning is one of the more inefficient BEVs out there. I see why the Cybertruck looks the way it does.
Tesla's in the process of changing their 4680 chemistry from NMC 811 to NMC 955, according to Dillon Loomis at Electrified. That should give a range increase of 10-20%. Apparently the 4680's still a work in progress.
@@skellington2000 BUT, the Cybertruck is shaped like a bolt of lightening....I'm disappointed with the Cybertruck from the initial release numbers all the way around.
Plus the Cybertruck's all terrain tires used in this test.
The Cybertruck running out of power and going into RED ALERT was actually exciting.
I've only run out of gas ONCE.
In my Jeep SRT - I stupidly - bypassed every gas station trying to get to one specific station. I was 5 BLOCKS AWAY.
I had to walk to the gas station, buy a gas can and buy gas and then run it back to my Jeep. Police Officer saw me so he waited with me till I got some fuel in it and then I was able to drive to the station.
Thank you Kyle! Some version of the 70mph test should eventually become the _advertised range_ for EVs.
Except in most places around the world running at a constant 70mph requires a middle of the night run.
@@PJWey Yes most non-US places. Well except for maybe Japan. I average about 70 there as well. Nobody really cares about around town mileage as they don't drive 300 miles in circles or back roads very often. Range really only matters on the highway.
It's the only range number that matters. Around town EVs now easily have enough range that it doesn't matter. Road trips is the only issue with EVs
Why? That's not how ice vehicles are. That's not how any vehicles are measured. It should be combined city/highway if there is to be one data point for range, ya dingus. Ideally, they'd give us lots of data tho, ie 400 city, 250 hwy, 310 combined, 150 hwy max towing etc etc
@@dyeace I don't care how they do it but it has to reflect REAL WORLD driving and highway speeds kill EV range much worse than ICE. Obviously Tesla's range figures have been _Pulitzer Prize_ material all along.
You Should never put a tow strap over the tow ball like that. You should pull the pin out, and take out the tow bar and place the pin though the tow strap.
He's towing with little to no resistance. It's not like the truck is being yanked out of a mud pit. Calm down.
@@silverstake88 38:00 the CT put itself into park while moving. That’s full resistance. Worse than a mud pit. You never know…. 😅
I am a reservation holder, but I don't think I will go through with it. Just too many compromises. I currently own a Tacoma (in addition to Model 3) and I think I will just keep things the way they are. CT can't really replace my Tacoma -- I need to be able to tow without having to stop to charge every 80-100 miles (based on the original specs, I was hoping to tow 5k LB for a minimum of 200 miles). And total cost of ownership will be at least double when compared to Model 3. Plus I am not sold on the looks of it.
What do you tow?
I have a small camper, about 4k LB empty weight (and probably 5k with a typical load). Our typical trip is 150 to 300 miles (each way), 3-4 times per year. Sometimes we have power at our destination (an RV park), and sometimes we don't. So it could make the CT work. But a lot higher cost (compared with initial $50k) and somewhat lower range make this a lot less desirable combination for me. @@ed1pk
Just wait a few years the range will for sure increase, as the 4680 will get an energy density boost with every next iteration.
Crazy that anyone ever thought this thing or a f-150 lightning would ever replace an actual truck.
Nice of you to give Elon an interest free loan - he really needed that money to buy twitter
22:40 I think the highbeam thing is that when you hold the button, the high and low beam are both on, then when you get off the button, just the high beams stay on.
Ya I had the same thing on my multiple Ford Taurus 1997,- 2007 lots of cars are like that.
Exactly this ^
Our '79 VW did this.
That makes absolutely no sense, as that's not how LED headlamps work. The majority of LED headlamps either activate a separate bank of LEDs that shine further out, or boost a few of them that are on. If they low beams didn't stay on nothing would be lit up up front.
@@sprockketsthat is how headlights work when you flash the highs both low and high are on when you go to high only the high beams are on I’ve had several cars like this and can confirm that’s how they work to see further you want your foreground light to be lower then the distance lighting allowing you to see further without blowing out the foreground with light the other thing that can happen is if there are fog lights modern cars shut those off when high beams are activated it wasn’t until my 23 Silverado that I had a vehicle that the low beams remain in but they are a projector setup which operates slightly differently
I can do a 200 mile roundtrip in a f150 extended range from the Socal Mountains to Orange County a 4000-5000ft climb. I cant do that in the cyber truck with a 124 battery. I use 120kwh to make that trip and I arrive with 30-40 miles to spare. 124kwh is only 25% better then a Model X. If this was the battery capacity on the standard truck it would be sufficient. The cyber truck seems to be less efficient then the converted f150 lighting and the worse product out of the 4.
And how do you know this have you tested it.,!?
CT won against F150. 2.5Wh/m-46F against 2.2Wh/m-73F. At 73F it would have been 2.8Wh/m or even more. And pls keep comparisons alike, do not talk about altitude change right now.
@I_Drank_What Cybertruck 122.4 kWh, F150-L 131kWh.
Equal to or better than the CyberFlop. FYI: Rust Never Sleeps!
@I_Drank_What F150-L has less than 9 more KWH of storage capacity and beats the CyberFlop in range.
Literally one of the hardest working TH-camrs in this space. Much respect Kyle.
BTW, towing mode is not meant to actually strap tow the vehicle, its meant to allow the vehicle to be creeped on a wrecker.
If he towed it in normal driving mode he could have regenerated.
@douggolde7582
He's done that before. I guess aside from myself the manufacturer informed him that wss a very bad idea.
That’s what Neutral “gear” for. I believe it has that option. But he was so excited that he probably forgot about it😃
About 200 miles with 15% remaining. I doubt too many folks would go below that.....
Looks like EVs are trash to me
Gasoline cars list mileage for highway, and for city. This would be good for EVs as well, for the opposite reason...slower stop and go driving tends to be markedly higher efficiency than 70mph highway driving, due to drag, as well as regenerative braking. I've gotten 221 Wh/mile average with my Model 3 RWD, but 250 or even 275 Wh/mile highway, depending on speed. I think that listing a "mileage" for highway and a "mileage" for city would help.
They do. But the premise here is that range is only important at highway speeds. Efficiency is important for daily use.
EPA requires City, Highway, and Combined.. but yes... everything marque is the combined.... take 2023 Tesla Model Y AWD, Marquee combined is 123 mpge, Hwy is 116 and city is 129 ... and again that is mostly because tesla chooses the most optisimic numbers it can.. (123 mpge is about 280 wh/mile, 3.6 mi/KWh). My EV has EPA ratings of 103 MPGe combined (330wh/mi, 3.1 kWh/mi) , 110 city (3.2 kWh/mi), 96 highway (2.8 kWh). And real world? ... my bumper-to-bumper stop-and-go 27 mile commute is regularly right at 5 mi/kWh (168 MPGe) and the same commute in the evening with more free flowing traffic is 3.3 kWh/mi (111 MPGe), and most of my 2000 mile trips have come out just under 3.0 mi/kWh .... so yeah... pretty bang on ... but yeah... the only thing I hate about EPA (fueleconomy.gov) is the use of MPGe and kWh/100 mi. I even hate teslas wh/mi. It should be miles per kwh... it makes the math much more simple. Just like Miles per Gallon, you buy fuel in gallons, miles per kwh, you buy fuel in kwh. Usable battery pack (kwh) times mi/kwh gives you estimated miles, and largely its simple math... 2,3,4 times. I don't know why tesla went with wh/mi. There you have to divide your usable battery pack by wh/mi then times by a thousand. Its stupid.
Definitely
With no climate control, yes. But the time it takes to do 250 city miles would get less range than highway due to climate control running all day
@@austina4189
That depends on just how hot/cold it actually is outside and whether or not the car has a heat pump.
What a great video. No way I'm keeping my reservation. The range is trash on this truck and its a real disappointment. Thanks a lot for doing this test so thoroughly.
242mi at 0mi indicated should be the result IMO. That is how you ran the 290mi result with R1T with all terrains.
And for reference F-150 lightning did 254mi at 0mi indicated. Running any of these under 0mi indicated is just not something anyone would do when road tripping at 70mph.
And the 290 miles on R1T was with the quad motor. This dual motor cybertruck should be compared to a dual motor R1T for apples to apples.
i have driven 300 miles on 1 charge in my r1t with 21’s
@@ozo1010 Much smaller truck.
Nah, he drove much further, that's the point of the buffer.
Thank you for doing all this hard work for the community
That road (183 toll), is like a f1 track. It's a really great road to drive > 100mph safely (very rarely there's traffic on it).
That's why the company that built it went bankrupt. It is a great road though.
You are the only channel i follow anything about the Cybertruck because of your unbiased opinions and only deal with facts for anything EV. I not a fan of the Cybertruck but I appreciate facts over fanboyism.
Quite disappointing. I was really hoping Tesla would somehow have more range than the Lightning or R1T, but this is just right in line or worse than both. This will be the worst for towing as well with the smallest pack. So much for 500 miles of range…
Looks like tech isn't still there, to pull 500 miles range unless you just add huge 250kwr battery, but that will bring weight Ober 10k lbs. So no good.
@@tonyn3227The Ramcharger seems like it has good potential if you really want a truck that you drive electric most of the time but need to tow long distances.
It has half the battery we expected. Saves weight and money. I'm pretty sure 99% of truck owners won't need more range. And if they do, there's the range extender. Or use a diesel truck. The Cybertruck doesn't have to do everything to be a huge success.
Also, since it expects a range extender, it should be possible to add a diesel generator instead, which can boost the range up to 1000 miles or whatever you need.
Oh, and the battery capacity will go up significantly in future versions. The 4680 cells are using a simplified chemistry for easy manufacturing. So as Tesla figures out production, they'll go for much higher energy densities, which would automatically increase range with the same battery. 30% to 50% more range is possible.
@@Molishiousit’s not electric. It’s literally a gas engine which you’d find in a normal truck, powering generator to charge the batteries. Pointless.
@@andrasbiro3007 yet it’s also more expensive than expected.
254mikes compared to rated 340 mikes
That’s a huge difference
Tesla needs to do better
This is how it is with all these glorified powerwheels
A 2 miles per kw,that equals my Lightning SR for day to day. Sometimes I get as much as 2.3kw with 18” wheels and 31’ tires.
My Lightning towing a 16’ enclosed trailer in similar conditions gets about 1-1.2 miles per kW. Average after 18,000 miles is 2.2
I got 10,600 on mine and averaging 2.1 mi/kWh but I'm also in northern Wisconsin so expect that to quickly decrease over the winter. Between all the available electric trucks seems like efficiency is fairly similar so have to pick you favorite aesthetic. We need better energy density. For those who need to tow long distance.... electric probably needs a couple more decades of progress to make sense.
15k on mine in Massachusetts. Average total is 2 miles per kWh. Not bad
@@Jim-jt9tbI’m in Oklahoma so it’s a tad warmer. Last summer I was up around 2.3-2.4
@Jim-jt9tb ... It is 1-1/2 miles per KW. NOT KWH. Time is not part of this equation. KW and KWH are two different things.
@@The_DuMont_Network It is kWh when talking about energy consumption per mile. Power (kW)*Time (Hours)=Energy (kWh) or E=∫Pdt which is the area under the power curve
This writes off the vehicle in my opinion. 250 miles to absolutely kill the battery. To look after the battery you’d only do 200 miles maybe less and this doesn’t even include heavy towing, air conditioning etc. what a waste!
Great video! Please in the future, never attach your tow strap to the hitch ball. It can shear the hitch ball. It's a rare occurrence, but it does happen, and when it does, you now have a potentially lethal missile coming at you. Find a tow point on the lead vehicle, or if you must, remove the hitch and loop the strap on the hitch pin through the receiver.
(we don't need another steel ball vs. Tesla glass incident. ;) )
My thoughts exactly. Youngsters don't have the knowledge of years of experience like you and I. I have seen people wrap it around the axle housing.
Wouldn’t it depend on the hitch ball
@fr5229 It's just generally a bad practice. You might get away with it a dozen or a hundred times. But it's incredibly dangerous when it fails, and its really easy to avoid by attaching the tow line properly.
I don't mean to detract from this great video- it's really interesting to see the true range of the CT on the highway-- but I winced when I saw that hookup on the hitch ball as it's been hammered into me for years "never do this".
In this case, admittedly it's a fairly low risk as he's not snatching a stuck vehicle, and the CT was rolling (until it went into park), but it's an easily avoidable risk.
Absolutely never do that to recover a vehicle. However what they were doing was the same as towing a 6600lb trailer. If you have ever checked trailer brakes by rolling forward and applying full trailer brake but not truck brake it is the same force. Now when you are recovering a stuck vehicle you can exceede the design limits of a ball and hitch setup. Remember he was actually pushing the CT around while hooking up the strap. If he can push on the ball and break it well then…
In case anyone missed it...
254 miles traveled at an efficiency of 488wh per mile. Total energy used was 124kwh.
Range test stops when it no longer responds to pressed gas pedal just before you get off highway. Nobody would drain an EV’s power to that level before charging it. So, the real range in this test was around 243 miles. Most ordinary driver would have stopped long before it reaches 1%. So, realistic range is probably around 230 miles.
Agreed. This is similar to what my “315 mile range” Model 3 does in winter driving. I get maybe 230 miles out of it driving from the Bay Area to Tahoe for skiing.
Even less than that. More likely around 200 miles. But here's the thing, most people stop to pee long before that. Most Superchargers are spread in fewer miles than that as well. You're going to make a stop within 200 miles regardless. That's when dc fast charging speeds start to matter. If you're just driving it around town, it will do better and only need a charge once a week at most, getting similar range for an 80% charge overnight.
This is how OOS does all their 70 MPH highway range tests.
He does what most won't just to see how big the buffer is. That's important info. If you *know* how big the reserve is, it makes that "once in a blue moon" situation less stressful.
@@Xetairex Well... going up to Tahoe, around 13 kWh or 17% (if it is a LR or Performance model) of the battery will go into just gaining elevation. Next, if you regularly go skiing, you surely have winter tires, that will penalize your range about 5%. Then, if you go skiing, temperature is surely significantly below normal, which penalize you another 3-4%. So, all in all, your Model 3 range is bloody close to the 315 mile EPA number! How many miles do you have on that car? You may have 3-4% battery degradation?
I’m with you -I really wanted at least 400 miles EPA range 😢
Buy and ice car problem solved - my Camry goes 600 miles and 3 minutes to fill
@@matthewm7867and its not as ugly as the teslas
@@KnnnknchtI think the Teslas look better than the Camry
Kyle, I have a 3-motor reservation with 500+ range due to needing to tow 6 months out of the year (retiring soon). I will be holding my reservation (which I'm ~250,000 in line) until the actual range that I can buy is about 500 miles. All other aspects of the CT looks great. 👍
I doubt there will be a 500mi real-world range Cybertruck anytime soon.
They are supposed to make a battery extension that sits in the bed of the truck, but I think it’s a maximum of 40kwh, giving maybe an extra 70 miles of range. Until someone comes out with a mod for these packs, or a third party makes a connection that allows owners to make their own battery extension, there’s no way CT is getting over 500 miles to a charge. Don’t even get it me started about charging both packs efficiently.
Towing is like 90 miles 9f range with the standard battery
Agree with your range-extender criticisms, at least as currently described by Tesla. I love the idea, but I think they should be smaller and cheaper and more modular with the ability to add more than one. It should also be possible to either stack them or secure them side-to-side in the bed, and it should also be possible to locate them in the under-bed storage. Preferably all as a DIY update by the owner. 🙂
That would be nice. But it will probably complicate things... The real issue is the 4680 performance, IMO. They missed their original targets, so hopefully, they can figure out how to improve the energy density... With limited 4680 production, it doesn't make sense to throw a 200kwh pack like the Hummer.
As it has an interface for the range extender, it should be possible to use 3rd party products instead. Maybe even a diesel range extender. Tesla probably can be persuaded to make it an open standard.
@@andrasbiro3007 I love the idea of standardizing it. Their competition would probably adopt that standard, much like they have with NACS. Especially if the interface supported multiple packs and different capacities.
The design of the extender seems stupid. They should have made the extender fit into the bed storage compartment or they should have designed it to be flat rather than a block so that when it's in place in the bed it only takes up height from the bed rather than length. That way you could for instance still put sheets of plywood in there or skis and gear that is long but not tall. And that way you could add another one making the whole system more modular based on what your range needs. It would also lower the center of gravity to make the truck handle better. So much design genius on this vehicle and then a huge fail in that department.
@@tweedledee4922I assume weight distribution has something to do with where it is placed. I can see where the drop off is someone will make those drawers that go in pickup truck beds for slide out storage and still be able to use the bed to haul flat stuff like plywood.
The deal breaker for me is I can't roll down the rear window... crawl into the bed and have a comfy bed back there waiting for me... and camp on a hot Florida night. Seems like a super-fail to me...
Towing RV next? want to see what drag does to aerodynamic truck. Range is crappy, I am considering canceling my order due to range. whats power worth without endurance.
I wonder if Tesla is forbidding towing tests with the Cybertruck? I am surprised that you haven't seen any real tests as that is what everyone is asking for but nobody does.
@@chiplangowski3298It is because no real truck users have the truck. Only urbanite Tesla fans.
@@chiplangowski3298 Exactly, also have so many questions about this range extender. Does it have same cooling system, will they be able to charge at same rate and efficiently. I wish they made battery sizes configurable, at least increase battery size tri motor cyberbeast. Why have hype video towing against competition if it cant hold up in reality. Elon should have hyped this as a glorified short range grocery commuter. Don’t get my hopes up as actual usable work truck that can tow my RV.
Maybe wait until the RAM charger comes out in 2025 if you want a EV truck. They claim it will get 690 total miles
@@virtualZ161 Dodge/Stellantis talks a lot of sht.
You can drive a good distance at 0%.
That reserve juice is pretty good.
I travel from Utah to CA regularly. I’ve traveled in winter months in the 30’s. It takes about 11 hours going 70-80 mph. Mostly 80 mph. The range is very disappointing. I’m hoping that by the time my reservation comes up (late 2027), because I’m about 750k on the wait list, that Tesla will be on the Gen 4 battery by then, with much improved battery density. 🤞
Where I live 80 MPH would be much more realistic. If Tesla can boost the range enough by the time my reservation comes up, I will go ahead with the CT, otherwise I may get the Ramcharger if it can meet most of its targeted specs.
Your driving is much like mine, I live in CA, and most of my driving is to UT, ID, WY, TX, and WA. I had high hopes with the initial announcement. This vehicle is totally useless to us. And given the specs of other Li-ion BEVs, I think that I'm going to have to wait for a practical technology. With ICE vehicles, including hybrids, it is easy to find 4-500 mile range for these trips. BEVs still have garbage range and horrid recharge times, because face it, only the first section will be starting at 100%, all the other legs will be 80% down to 10 or 20%. So length of charge will be the killer. On a round trip to Pocatello, charging added over 7 hours to a usually 13 our trip. But no one seems to be looking at solutions. Gas & diesel are the only practical solutions for us.
I've done the trip from Portland Maine to Orlando or Kissimmee Florida in two days (with one overnight stop) multiple times. It's about 70 for most of the I-95 corridor, with a few billboards to entertain you in the Carolinas (Pedro's Fireworks, does yours? It's a smash hit! etc.) When I look at 1420 miles with sub-250 miles of range, I'd have to add between 5 and 45 hours of charging time to my plan. The Cyber Truck would eat up another 2-4 days of vacation just getting there and home ... no thank you.
OMG are you telling me the South of the border billboards are still there? I used to take that drive constantly back in the late 80s early 90s and they were entertaining as all get out@@AcmeRacing
Or you can just, buy the Silverado EV with 450 miles of range....or just forget about using an inefficient truck LOL
Damn, it's ungly in real life. I saw one in Playa Vista yesterday.
A very fair and objective review as usual.
North Dakota doesn’t have very many charging stations and is currently below zero. It would be interesting to see the same test and if there are enough charging stations to get across the state in the extreme cold weather.
OMG...Gas there is only 2.63!
The reason why that toll road is so open is because the location of it is stupid as hell. Even in the middle of rush hour traffic it doesn’t really save you any time over driving 35. The cot of the toll & what you would pay in fuel (even charging an EV) just isn’t worth the 5-10 minutes because you have to go so far east just to reconnect back to 35. It’s cool for something like this but not for everyday use.
I assume the EPA 318 miles of range is for mixed use city and highway driving, which may be more realistic than pure highway driving.
All these ratings are done in summery conditions anyway
But unlike brands like BMW, Audi, Porsche Tesla real world and EPA range difference is pretty significant.
@@jonpetter8921Exactly. Tesla has always overpromised range.
This is called Tesla lies on its EPA range. Every one of their cars fails to meet their range figures, while Ford, BMW, VW & Volvo meets or beats theirs.
Range only really matters for highway road trips.
sure it can drive so can cars but can it actually do truck stuff? can it haul a bed or a couch? can it pull a trailer?
Man… not gunna lie this is disappointing. Any kind of extended road trip would be annoying. Most full size pickups have around 450 miles with a full tank. Imagine driving to a vacation spot with family and you have to stop at least 2x as many times as they have to and when you do stop and at least 45min to charge as opposed to 5 min to fill up gas. Still getting one but this limits its practicality for sure.
And if you are pulling a trailer, count 4-5 stops.
Honestly I find these EV tests to dry disingenuous because it’s both bad for the battery pack and it’s more useful to run it down to 1% charge or 5 miles of range to mimic actual real-life conditions. That’s more than dire enough to get to a charger ASAP.
At least you were "At Home" when it died. 😂. Because you stopped in front of the "At Home" store. 😶
24:00 Bolt. only 55KW But battery is only 60Kw/hr so it only takes about an hour.
Nobody should be trying to cross country in it. But for 22k after tax credit. Its worthwhile limitation.
Incorrect. A bolt with the improved battery will take nearly 2 and a half hours to get to 100 on DC charging, as it will not stay at 60kw for that long.
Would love to see a three way charging test between the Lighting, the Rivian, and the Cybertruck all at the same time. Would need a Supercharger site next to EA (we have it where I live). See which one gets to 80% first and then to a 100%.
I’d like Out of Specs to do a “Race to Vegas” style video like they have in the past. But this time with the Cybertruck, Rivian, F150 lightning, Hummer, any other electric truck
would also need all road tires vs mud tires on the cybertruck but that’s not coming until later 2024. But that would be more of a fair comparison.
Am I the only one pretty dissapointed by this? Aside from the A/T tires, this is it, this is the longest range CT that Tesla is offering. BIG difference vs what was advertised 4 years ago. We had to wait longer for it and it costs a fortune. Thinking about cancelling my order.
Kyle has earned the nap 💤 he is going to earn after all of this testing is done.
This video demonstrates the overcomplexity of dealing with a just released EV. Still basic ICE fully fuel in 15 minutes, turn on, set trans to Drive, and go for easy relaxed 300+ miles.
If you want gobs of range, buy any hybrid or PHEV, not an EV.
Great vid Kyle. You drove hours in the middle of the night to test this thing for us. Don’t mind the whiners. 😂
He did the test to make money. not for you. 🤦♂️
@@nsrvtqc I guess you don't have a car because seller/dealership they cannot make money from you.
So what bout in the middle of a snow storm oh wait we already know what happens, pity nobody buying an EV , and nobody getting rid of the gas and diesel engine vehicles, i guess the left will have to go full communism on us , good luck with that
instead of a retractable bed cover, they could add a solar/carbon fiber solid panel that opens with regular old shocks
They could have done a lot of things to make this usable and cool, as a starter they should have taken the crayons away from the 5 year old who designed this vehicle. They could have also made it more efficient, made it charge better, achieve more range and offered it at a better price. The thing is, they didn't. They probably weren't even capable to produce anything better. The Cybertruck is trash.
I live in Ontario Canada and our speed limit,on major highways for the most part is 100 km/h (62 m.p.h.) and most people drive probably closer to 120 km/h (75 m.p.h.) without Police getting upset. I was wondering how many more miles of range would have been available by dropping the speed by 5 m.p.h. during the whole test? 46F isn’t cold at all in winter. How much more energy does it take to warm up the batteries when the temperatures do drop to well below the freezing mark? I like watching your videos but they’re usually a whole lot of info over my head but I’m sure the nerd people appreciate all of this info. I’ll keep watching.👍👍🇨🇦
Going down 5 mph should get you about 3/4 the way to the EPA highway rating.
~8-9% more range if you drop speed by 5mph from 70-65. Thats pretty much the rule for all vehicles.
$4.39 today for 87 octane in Silicon Valley CA today. Chevron, Shell and other big brands are closer to or over $5.00 a gallon.
Gouging
The range extender position is so stupid I wonder why they did that at all. Could they really not fit it under the floor? Or make it smaller to occupy the storage compartment under the bed.
Why even buy a pickup if you use the bed to store the battery.
That’s my question. In addition to that, real off road driving needs a spare tire which will take up more space.
In order to be fully transparent, it's important for these manufacturers to tell us
#1 What the range is.
#2 What the range when the HVAC is on is.
#3 What percent of the battery we are allowed to charge up to.
#4 What the range is when we charge up to a specific battery level.
It's easy to say an EV gets over 300 miles range...but what they don't say is that's at 95% battery capacity - and they may reduce you to charging to just 80 or 85%
I'm charging every other day because I drive in excess of 80 MPH and have the HVAC, heated seat, heated steering wheel and massage on.
I'm charging at least twice a week. Like my damn Applewatch Ultra 2.
I’m a farmer and most farmers quite often pull trailers with heavy loads with their trucks. I don’t think this truck would work out very well for farming.
EV’s are great for towing shorter distances like around a farm, it’s long distance highway towing that’s the problem
@@brucec954 A farmer isn't going to beat up a $100,000 EV around a farm.
Also, since EVs are so expensive, there must be a payback through gas savings. You'll never see payback if you don't stack up miles.
When you press for high beam and hold, that's the flash position that has both high and low beams on together.
Not sure what such tests are meant to show really. In every day life you would never go to zero. Besides the car tells you not to. So what is the reason for the test. There are some things not worth knowing.
Volta chargers in my area typically turn-off from around midnight to 6am, so was surprised to see they work past that time in Austin area... Nice.
Don't forget the Hummer EV in your group comparison test!
Good point! an add talking about a future product has no effect on the range of the vehicle you currently have at this time.
That windshield is a major high pressure zone. Lamborghini learned that lesson in the 70s. Silicon Valley reinventing the wheel again.
I don’t love the cybertruck either, but it has zero affiliation with Silicon Valley lol… designed in Texas, built in Texas. Does that make it better? Idk
@@AjjakakkakaZero? Lol. Tesla still has a lot of engineering here. Including a lot of the hardware electronic and electrical R&D in Palo Alto and a few other places in the Bay Area.
@Ajjakakkaka cybertruck was a concept way before he they moved HQ to Texas, Elon been showing the design for a several years, only the inside changed, the exterior design hasn't.
Effects on range is a lot of factors, temperature, elevation,terrain,speed, weather conditions,but the real sad point at this juncture is the CT is not towing anything what will those range numbers look like?
@22:07 - what's happening is the headlight is aiming upwards slightly. In addition to throwing light further, this is to minimize glare on the road giving you better nightvision. S/X/3/Y with projectors do this too if you look closely. Older S/X with LEDs will turn off the ones illuminating the road right in front of you. To see properly at night you don't actually want the road right in front of you lit up.
Just as I was thinking about tire pressure, you mention it. Very thorough sir. Because that rear driver side tire looks low in the video. But maybe it’s just the optics of the heptagon wheel cover.
Love to see the same test at 55mph. Not that that’s a realistic real-life scenario - who drives 55? - but it would be illustrative of how much air resistance affects efficiency.
Great idea
When you're towing you should never exceed 55mph. In the EU that's generally the max speed for trucks with a load regardless of the posted speed limit. Regardless of the law, it's just not safe to be going that fast when towing.
The entire state of Connecticut does 55 on I-95. It’s infuriating
@@tsh4kYes because the EU is a stupid nanny state
@@kalasmournrex1470 I always avoided that when traveling the east coast from South Florida to Nashua, NH.
Wow, 250? Not great really.
I remember lead acid barrel EVs in the 1970’s doing 20 miles - today some of the most amazing technology is wasted on the most entitled and spoilt generation.
The Cyber truck doesn’t suck - you do😂
250 range is bare minimum for usable vehicle, he just made the grade, in ten years we will have 500 range, as long as Trump gets in there
@ maybe for you - in America the average driven per day is around 60km.
We have been using a 100km range EV since 2016 doing 20’000km per year.
Thank you Kyle for another solid review. I don't know if there is another channel that is as thorough as yours.
Nice truck to go to a nearby Starbucks in the morning!
Or a Gelsons
For a 800V System the charging speed is a choke.
Great video Kyle. Going to write an article on our website about this. So the 70 mph range is at 408 km, not an impressive number. If you translated that to European conditions, where mostly the highway speed limit is 81 mph / 130 kph and most people actually drive 10 kph over the limit ( 87 mph / 140 kph ), I dont know. Tesla should improve the 4680 cells pack asap.
Yup. This is a lot less than what it was promised in 2019.
It will be interesting to see if they are able to improve the energy density of their batteries, or fit a bigger pack in the existing truck. Hopefully they do this before Toyota’s solid state batteries arrive to take over the market.
@@rameusunlimited1561 This battery technology is already at its limit, the 4680 is the new more powerful battery. It's quite doubtful that they will improve this technology enough to make a difference, unfortunately. Toyota's SS batteries will take another decade to hit the market, in my guesstimates.
@@Adreno23421 they have been constantly tinkering with their batteries, but you are right they probably won’t have a substantial improvement at least near term. The only real answer is a larger battery pack. If Tesla wasn’t so against it having a range extending generator instead of another battery pack would probably make this a much better towing vehicle.
@@rameusunlimited1561 Yup!!
all season LRR should give it a 10-15% bump?
$2.63/gallon for gas? Man you guys have it good in the U.S.
Heavily subsidized by the government
No taxes in Texas.
Not all of the US is like this. In Los Angeles, we're paying nearly $5.00/gallon.
@@AkioWasRight
Still cheap
Equivalent to $7.06 / US gallon in London this week.
(And that's the cheapest)
@@rogerstarkey5390 I guess so, but California is looking to be exactly like you. During the summer, Downtown Los Angeles is closer to $7.00/gallon due to special blends of fuel in California.
Keep in mind, we drive big, inefficient vehicles in the US. We aren't used to high gas prices. To fill up something like an F150 costs about $180 during the summer. To fill a dually pickup costs about $350.
It's one of the reasons so many people are abandoning LA for places like Austin.
I wish the EPA would include range estimates for city-only and highway-only driving for EVs. Unlike ICE vehicles, EV efficiency is worse on the highway due to no regen. And, it's on the highway where range is most important because highways are used for long distance trips and charging stations are spaced farther apart (or are non-existent). For city driving, regen improves range, and on top of that, range is typically less important because most EV owners charge at home and public charger are typically readily available.
With ICE vehicles, it's pretty easy to multiply the city and highway MPG estimates by the capacity of the fuel tank to calculate range for each type of driving. But, with EVs, the calculation is more complicated for most consumers because you'd need to know the estimated kWh consumption per mile city and kWh consumption per mile highway and then divide the useable battery capacity by the kWh consumption per mile. Official kWh consumption for city or highway driving is not readily available and Tesla (for example) does not provide the useable battery capacity of its cars (although there are pretty good guesstimates available for this information).
So, it is possible for someone to calculate a city-only and high-only EV range, it's more complicated than it should be. I wish the Monroney sticker and EPA web site would provide this information for EVs. That way, if a prospective customer of an EV does mostly highway driving, or was concerned primarily with highway driving range, they could easily look this information up and make their purchasing decision instead of being surprised that their actual highway range is much less than the combined driving EPA range estimate that is published on the Monroney sticker and EPA web site.
Like you, I was looking for the #14,000 pound towing capability with the 500 mile range. We were planning on using the Cybertruck to pull our camper around in retirement. But I also understand that I am the less than 1% user.
I suggest you have a serious review of your plans - the Cybertruck is not the droid you were looking for. 😀
Closest you will get will be the Silverado ev or gmc sierra ev
Tesla Semi would be a better choice for you then, lol. In all seriousness though, towing vehicles should supplement range with some form of energy generation, be it, diesel, solar (gross), or another form. But until that's a reality, you've really got to think differently and use the charger network to feel out where you can reach.
Tesla Semi is likely the only option and I don't think they will sell them to individuals. I wanted to pull my RV with my reserved cyber truck too but its clear that wont be an option for several years. If the hummer is an indication of the battery and motor efficiency the Ultium platform has to offer. GM wouldn't even have towing ability with a properly sized for towing 225 + kwh battery.
@@bambamfpv1102 It might work depending on where you go in the network, but even then you're paying a premium for supercharger charging, and a massive amount of batteries to store energy to pull a huge mass and air drag around long distances (i would assume). IMO, that amount of batteries (200+kwh) should not be amassed for a single vehicle. Something in the order of 80-160kWh should be designed for alongside an efficient heat engine (generator or prime mover) with waste heat recovery should supplement the extra energy needed for towing. Better yet, if towing vehicles were designed more like planes, long distance travel wouldn't require the insane amounts of energy they currently do.
I want to see you do the test in Colorado!!!! Come to Boulder!!
Really want to see a boat towing test. ~5,000lbs
Need to test with the all seasons tyres soon and when towing load. This is obviously not a work truck but a recreational truck. Did Tesla mentioned the size of the battery they were planning to fit into this truck in the beginning? Or they cut cost and reduce the cells to meet market price expectations?
No, because Tesla doesn't want you to know the battery size because "reasons."
I see that $2.63 gas price am drooling over it
I'm at 2.61 in the upper midwest. Gas is abnormally cheap due to low demand in the US.
Basically gen z don’t drive cars or work - they just live in parents basement
@@matthewm7867 agree but no idea how that is related to the CT topic
Love this channel. His talking puts me to sleep at nighttime. Sorta like white noise
It's about 500 watt hours per mile, which gives you about a 250 mile range.
and a 25 miles range towing a boat up a hill.
Ryan towed 3000lb car and got 720 Wh/mi
11:26pm until 12:37am waiting to go, on a super charger from 66% to 100%
10% gone in 26 mins of driving.
25% gone in 58 mins of driving. (62 Miles)
50% gone in 119 mins of driving. (120 Miles)
77% gone in 164 mins of driving. (184 Miles)
85% gone in 179 mins of driving. (203 Miles)
87% gone in 186 mins of driving. (208 Miles)
90% gone in 192 mins of driving. (215 Miles)
96% gone in 206 mins of driving. (231 Miles)
97% gone in 208 mins of driving. (236 Miles)
99% gone in 216 mins of driving. (241 Miles)
100% gone in 217 mins of driving (242 Miles)
[REDUCED OPERATION PHASE]
110% gone in 240 mins of driving (254 Miles)
So, what's your thoughts? 🤔
Here is a review idea: give the truck to a lawn mowing crew for a day. How easy to get to equipment in and out all day. Would they leave the back of the truck open all day? Probably would unless taking a break or concerned about stuff getting stolen.
Such crew might not even find it feasible to use a cybertruck if they are part of a larger operation. The existing docking bays are sized for F-150, and the shape of the trailer bed of this truck wouldn’t work for that. Cybertruck is not meant to replace f-150 for work fleets. It is meant to sell to high end consumer users who want pickup trucks.
@@rambrasil I'm not looking for someone else's opinion which is why I'd like to see an actual real case review. I've got 6 work trucks and never once ever used a "docking bay." Thanks for the reply, but it's not remotely helpful here. I spend over 10k per year on maintenance and repair on average. This truck appears to be designed as the perfect contractor truck. If you want a grocery getter, get the Rivian. I'm looking for a work tool, I'd like to see it in use for that purpose.
@@rambrasil
Since this truck is narrower outside than the F150, with a longer, wider bed and more suspension adjustment to account for loading, shouldn't be a problem?
.
As for items in the bed, better tie downs if required, plus the ability to take tall items in exactly the same way and great security for any smaller tools under the *locked* cover when the big stuff is being used?
@@MH-Tesla
Have you considered a Slide-out bed tray?
That would overcome any mythical "access issues"?
.
As you say, you want a truck that's "working".
Much better to call service, arrange a day and have THEM come to you on YOUR site (IF you need a repair) than having to waste time at the dealer dropping off, explaining the problem, collecting a loaner, swapping tools, etc, getting to your site late, only to get the "after lunch call" telling you it needs a part they don't have, can you come back in 3 days?" OR saying they're closing early, "can you return the loaner by 1600?"
(Yes, I've been there!)
@@rogerstarkey5390 Good point about the slide out. I thought of that too. 👍 Or drop the tail gate and leave it down with an after market extender so it's an 8 foot bed. (Not sure if that works with towing a trailer.) As for repairs and maintenance, I've never gone to a dealership. I've got my "truck guy" to fix most stuff and a local repair shop to handle more routine stuff. If I had a dealer do everything it would double my costs. And of course we can do some things in house. If I did get a cyber truck for work, it'd be the rwd version after the prices drop below 50k. So not likely for 2-3 years. But my contention is that cybertruck will be the truck of choice for contractors like me once they get through the order backlog and business men who make decisions based off the utility and costs can start to get them.
Is 70 mph indicated also actually 70 mph GPS? There's significant variation there on and between most vehicles.
The stear by wire works on the 48 volt system. It should still work when the high voltage battery is dead.
And if the 48v system fails?
@@slavko321it shouldn’t fail. It’s similar to modern cars throttles.
Interesting that they had it get stiffer as the car communicated loss of power. That emulates engine failure in a gasoline car with power steering, so it's familiar, but with all the feedback coming from a motor it's using more than the usual current to fight your arms and feel that way.
@@basedcavemanI agree it shouldn't but i am curious how they did it. I've seen the steering wheel is completely disconnected from the wheels... is there a physical backup also?
@@slavko321
Which part of the system?
If the "battery" is failing, sensors will monitor and advise at let's say 49 volts. They will diagnose the component which is failing , advise the driver, and provide assistance to get "off the road" .
If the battery is ok....
P3 steering wheel position sensors.
1 had an "off" reading, the system advised, but uses the 2 which agree. 1 sensor *fails*, the system runs on the 2 remaining....
2 computers, independent supply and inputs, cross checking with each other.
.
Same with outputs.
.
Each feeds both steering motors with independent wiring.
One set of cabling fails? Warning, but safe.
One motor fails?
Either one is powerful enough to move the rack.... Warning, but safe.
Double redundant roadwheel position sensors ..... Guess what? Warning, but safe.
.
Parking brake during tow might be a no seatbelt issue... Have you considered using a f150 lightning to recharge? It works nicely with the on-board nema 14-50
2 miles/kwh is terrible. I don't think anyone who buys a cybertruck is getting it for efficiency though
For the price of that truck in the ranger getting no thank you play Kyle says when you pull a heavier load that battery is going to run down real quick
Great video. I’m reconsidering going with the CyberTruck now. I have a reservation for the Dual Motor and Tri-Motor. I’m a little upset hearing the Dual motor is costing people $100k for the founders edition with the upgrades it comes with. I can only imaging the cost of the tri-motor after upgrades. SMH 🤦♂️
That's easy 119
Don’t get Foundation Edition?
Plus it's really ugly
I agree with you about more battery for towing. That is why I am sticking with my 5.7L V-8 truck to tow my travel trailer thats GVWR is 7000#
Did anyone count how many stop signs he blew through?
Soo 200 miles to 29 percent and 150 miles after that per supercharge if you drive 70 which in austin is 10-15 below flow of traffic 😊
So terrible charge curve and bad range to summarize.
249 miles of range at 70mph and a charging speed of under 100 kwh at 55% is just silly.
The upcoming Ram charger seems like the better option for towing.
As a Tesla fanboy I like to say this is a fair and balanced review. Great job.
Tesla fanboys are the worst.
How do you define a Fanboy?
Real Tesla Fanboys would smash their keyboards over such balanced reviewing.
Also towing a trailer how the heck do you back it into a charger? There are no pull up next to chargers like a gas pump? There is no way you can drop the trailer 15 times on a long distance drive pulling a camper.
I am disappointed, I was expecting more range.. this video will make me reconsider buying CT
Buy ice vehicle it won’t disappoint
If anybody ever tries a roadside rescue with a tow strap, dial 91 and then standby.