Chevy 1500 2.7L TURBOMAX 4 Cylinder Engine (L3B) Towing Review | Can It ACTUALLY TOW??
ฝัง
- เผยแพร่เมื่อ 25 ก.ค. 2024
- I review the Chevy/GMC 1500 with the 2.7L turbomax 4 cylinder engine L3B and see how well it can tow. I examine engine performance, engine specs, fuel economy, engine acceleration, engine issues all while towing my 8,000lbs travel trailer down the highway.
What I Use:
Engine Oil - amzn.to/4aEbtNE
Engine Oil Filter - amzn.to/3J1nDUM
Engine Air Filter - amzn.to/3JMmMVV
Cabin Air Filter - amzn.to/3JMZAHh
Gear Oil - amzn.to/3PoIcxa
Penetrating fluid - amzn.to/3EOclkx
Rust protection - amzn.to/3Zo0Rh6
Towing Gear:
10 ton Pintle hitch (2.5" receiver) - amzn.to/3r7Axvm
7 Ton Adjustable hitch (2" receiver) - amzn.to/46i2iAf
Adjustable Pintle hitch mount (2.5" receiver) - amzn.to/3RqHGS3
15 Ton Pintle hitch - amzn.to/45SaCqv
10,000lbs Tie Down Straps - amzn.to/3ZBnxeh
My Camera Gear:
Go Pro Hero 10 - amzn.to/3ObZdJJ
Go Pro Hero 8 - amzn.to/36grzkM
Go Pro Accessories - amzn.to/3JLhlXo
Sony A6400 - amzn.to/3vkqzob
I hope everyone is having a fantastic long weekend! I took this 2.7L turbomax engine in this chevy 1500 for a spin hooked up to my 8,000lbs enclosed travel trailer to see just how this engine performance under load.
I tested this engine about a year ago and it actually surprised me how well it performed. but this time with maximum wind resistance. I figured it would be a little bit more of a challenge on this 2.7L 4 cylinder engine.
I predicted this engine would not revv or have high engine speeds but soon into my highway towing loup I noticed I was wrong. I thought because of this engine massive 4 inch stroke, off-set cylinder and turbo it would be able to push through without downshifting that much. boy was i wrong.
over any hill this 2.7L engine was downshifting right to redline and working incredibly hard just to maintain speed. something the larger displacement V8 engine did not have to do.
I imagine we were approaching the limit of this engine and having only 2.7L of displacement is eventually going to be a limiting factor. dispite this small engine having to work very hard, our transmission temps and engine temps were all within spec and nothing overheated.
the engine itself was rather quiet at those higher RPMs and actually pretty smooth. But I can conclude if you are planning on pulling a heavy trailer with alot of wind resistance at highway speeds I would look at buyer a large engine. probably one of GM's V8's to get the job done more efficiently.
It seemed at the end of my 120 mile towing loop even on flat ground this engine was struggling getting up to 4,000rpm just to maintain our cruising speed.
overall if you are not planning on towing at highway speeds or towing as heavy this engine will do the job. but a heavy trailer at highway speeds is really pushing this engine limit.
00:00 - Intro
00:36 - Truck/Trailer Set-up
01:45 - Acceleration Test 1 (0-30mph)
02:46 - Towing in Town
03:45 - Acceleration Test 2 (35-70mph)
04:33 - 120mile Towing Loop Predictions
05:00 - Engine Torque Generation
06:14 - HIGH RPM'S Pulling Hills
08:48 - Transmission Temp
09:14 - Fuel Economy
09:28 - Driveline Issues
10:38 - DRINKING FUEL (5.9mpg)
11:06 - Appalachian Mountains
14:53 - Final Fuel Economy
15:14 - Conclusion (Buy the V8) - ยานยนต์และพาหนะ
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A little bit of a longer one, but really wanted to showcase this engine working as hard as it did! She held firm the whole way but I would caution anyone needing to tow a similar load at highway speeds and maybe looking at a larger engine. Just my thoughts! let me know what you think.
Looking forward to a towing review with the LZ0 Duramax! Hopefully you can find someone with the LZ0 and 3.73's.
Don’t think these smaller engines have longevity built into them, yeah very torque engines but I can’t see spending 60 to 70k on a throwaway engine
Iv driven the 1500 with the 2.7 and thought it was decent as I daily drive a 21 1500 with the 6.2l. Just test drove a 24 canyon and it was a blast. I think it will excel in the midsize game, super impressed. Great review!
I think GM knocked it out of the park putting this engine in the mid size trucks. those trucks will be awesome to drive. but in terms of the full size. I think it depends on what you use your truck for. just putting around town it will be perfect, but if you tow a camper trailer maybe look at the 6.2L like you have. they tow very well.
an i6 version of this engine similar to the vortec 4200 would be pretty neat to see
It's rumoured that GM was originally going to introduce this engine and an inline 6 together. but the inline 6 got ditched for some reason. would of been cool to see.
@@TheGettyAdventures maybe they had the same thoughts on the i6 that Ford did with theirs
@@stingcool9455 a north American barra would have been sick tho
@@TheGettyAdventuresA 5 or 6 cylinder version of this engine would be a great replacement for the 5.3 and even the 6.2. With ford having great success with turbo 6s Chevys missing out
@@stingcool9455unlikely to happen. that would make the lz0 redundant
Great test! Glad to see these trucks getting worked hard and handling it.
Really enjoy your real life videos, Thanks again
Watching this while riding in a Turbomax truck
Love it!
Glad you made it
Great info. Your my new motor trend tv. 👍👍
I have this engine in my 2023 Colorado and regularly tow my 4,000 pound camper with it. It does amazing in this use case! For a mid size application like this I think it's perfect! Definitely pushing it when maxing out a full size though. Awesome test nonetheless!
Love your videos! I’m from NB too.
My buddy just bought two of these trucks for his company , i was astonished at the off idle response and torque .
Great real world test. If anyone has pulled a trailer through NB they will know what they have. Edmunston to Moncton will let you know whether you are headed to the dealer when you get home.
Would certainly like to see how the 2.7 ford 6 cyl compares to the chevy 2.7 4 cyl. towing the same rig.. Enjoying your videos. Keep up the great work!!
Great review! I enjoyed it. Thanks for the info. I was thinking of buying one but, I'll stick with the 5.3
I'm impressed it did that well, that was a heck of a load for a 4cyl
Great vid! I really like the format you put the results in for the tests, put all of the scores on the screen. I’ve been watching vids on this motor for a while now, being a dieselhead, I wonder if any power adders are available for this motor? I’ve heard so much good about it. 👍🏻
Thanks for the excellent video as always Alex, this definitely answered my question of will the four banger tow my camper and it looks like it would but wouldn't be happy!! Thank you sir!!
It's tough for the camera to pick up just how large the front of the trailer is. I imagine with less weight and maybe a more aerodynamic set up you would be much better off.
My Colorado 2.8 diesel pulling 6500 lbs up big hill will rev to 3000 rpm and maintain 100kph but when I pull that load I don’t go over 100 kph and I run it in 5th gear. It’s a 6 speed and 5 th lets it run at 2000 rpm at 100 kph on flat ground. It will not downshift unless the hill is steep. It’s a 2018 and has been very impressive so far. I tow a dual axle toy hauler. I have had a construction duel axle dump trailer loaded with firewood behind it. Running approximately 9000 lbs and it had no issues.
My Titan sits around 4500rpm when towing 8k up a step grade as well. Cargo trailer.
Highway with frontal area trailer will humble even the best of tow rigs. My 7.3 gas F250 tows noticably better woth an 8300lb car + gear on an open deck, and a 12k excavator in alot of scenarios than with my 6500lb camper setup. Dont gst me wrong it does great will all three, but its amazing how the lightest trailer of the bunch produces some of the worst fuel economy and most need for lower gears.
Despite its performance its even impressive a 2.7L engine is even in the running for towing such a heavy load. As you said, keep it off the interstate, or keep lighter trailer s behind it and it really can perform surprisingly well
Very nice and interesting test. That being said, there is no way I'm giving up my 3.0 Duramax! One of the best engines I've ever had!
I think the youtuber I DO Cars just did the Duramax 3.0 tear down today and boy does it look like it had a bad time.
I believe that he came to the conclusion that the driver had put gasoline in the tank, which explains why it wasn’t a “warranty engine.”
I have the 3.0 duramax with 144k miles. I love the power/torque/mileage. But it’s been the most unreliable motor I’ve ever had. Had to replace the entire cooling system. Radiator/water pump/coolant control valve. And now both front and rear engine seals are leaking oil. Put almost 10k in repairs.
The added wind resistance of the enclosed trailer really did a number on those MPG numbers. Thanks for getting a more realistic trailer for towing tests.
I think you nailed it in the conclusion, this engine is being pushed to its max at highway speeds and that's not where I'd want to be. This is the first video that finally makes that very clear to me, so congrats on that lol, been waiting to see how this would do vs my 5.7 since like 2019 when I was researching trucks before making a purchase. Still a great little motor though, especially for a base engine. Drop 2000 pounds, maybe lose a foot of the height and width of the trailer (tow an "rpod") and it might be a nice little tugger at that point.
Exactly, Towing in town with this trailer was a very easy going, even at like 50 mph it towed very well. even if you were towing an 8,000lbs boat with less wind resistance you would probably be fine!
As the owner of the same truck / engine, with 20,000 miles on the odometer, and thousands of miles towing a 7x16 enclosed trailer weighing in on the scales at 6,000 lbs, towing up and down US east coast mountains.... I agree with your test and thoughts...
As a daily driver, and mine is daily driven often times 200 plus miles a day it is great! the truck is plenty fast, very comfortable and rides very good and MPGs are 17-21 per tank depending on what I am doing.
This truck does very well towing 6,000 lbs long distances through the hills. Surprisingly well. BUT it does drink a lot of gas. GM really should install bigger tanks on these trucks..
If I was going to tow anything more than 6,000lbs, personally, I would step up to a 3/4 ton gasser. However, if I wanted to stay in a half ton , I would not want to do it with the 2.7 OR EVEN the 5.3... I would have to find a 6.2.
Overall, I really like the truck and If I could turn back time I would still go with the 2.7 and stay away from the 5.3 lifter eater.... AND if there was a Silver SLT 6.2 crew cab 6.5 bed sitting on the lot,.... That would be hard to pass up.
Gm is dumb for only doing 24 gallon tank across the board
Does the 2.7 require 93 octane? My 5.3 only requires 87.
@@D2O2 87 is all it calls for
@@gregktm8907 Good to know. I know the 6.2s require 91 minimum.
Has it started drinking oil yet? It seems like the 2.7 Chevy likes to start drinking oil before 100K miles.
I am seriously considering this for my next truck.. I basicallh haul 4 people, 2 big dogs, and a boat around 3500lbs. That load happens about 4 times year. Seems like this would be perfect.
I think we're in the same boat, so to speak. If prices weren't so crazy I would buy one. I currently have a ram 1500 with the V6 and it works hard but tows gear and boat, about 5000lbs, a few times a year just fine. I think for the majority of us, we don't tow large loads often enough to spend the extra money for the big motors.
I would consider adding one of these to my fleet
Man, this motor looks better and better every day. I bet those living in the mountains will have a great advantage.
n/a motors do not like elevation. turbos help out a lot for those that live well above sea level
This truck has a market, but towing an 8000lb camper, isn't it. For the average person towing a small boat or small camper and going to Home Depot, it would do well. If you want to tow big, you need bigger. My friend has one in trail boss trim, and he loves it - good all around truck for what he needs.
Very nice test. I still could never bring myself to buy one 😂
Thanks for demonstrating the limits of an engine rated at 310HP 430lbft of torque & what happens when you add the equivalent of a 1-1/2 sheets (more or less) of plywood, full area into a 110km/hr wind. Great videos, truly enjoy. Thanks
Makes a huge difference. fuel economy also take a massive hit lol
its crazy how much of a difference some wind resistance can make!
I have the same thing happen when I'm towing hay, it just acts like a huge sail.
Just like a massive wind brake really. both trailer were 8,000lbs but the enclosed trailer felt twice as heavy at highway speeds.
Neat little engine if you’re not going to regularly tow. Reminder, it purpose was to replace the v6 which was the entry level engine.
I just can’t ever recall saying “ man i really want that 4 cylinder “
...@DH...7lbs boost is like adding 1/2 displacement and 14lbs boost is effective doubling of displacement. So its only a 4cyl (as far as TQ) when not in boost. I do think these will be too much wear for these engines unless it is a simple DD with under 5k towing once in a while..
Scary with how hard that engine worked on the hill. Redlining that long is definitely worrisome for me.
Did you expect a 4 cylinder 2.7 to sit comfortably at 1700rpm towing that much?
@@murrkem8239 well probably not i would guess (not to speak for him) however given that it's in a full size truck application it should have higher gearing as stated by the video poster, which would alleviate alot of this. Problem with high RPM for sustained periods is high oil temperatures, which is something you don't want in any engine for longevity.
@@murrkem8239Not with that parachute. The 5.3 and 6.2 gonna screem to with that thing on hills. Id go 3/4 ton diesel if I had to pull that around. 1/2 ton trucks skeer me with that setup no matter the engine.
@@compunerdThe higher temps will just break down the oil sooner so increase your oil changes but as long as it in range of what the engine is designed to do it shouldn't decrease the longevity as it is designed to be operated there.
@@DragonZer0 Sure, but if they get too high (the vehicle was at redline for quite a bit) it can reduce the viscosity of the oil past a certain point of being destructive due to lack of lubrication. It's not normal for a vehicle to sit at 5000 rpm unless it has a fantastic cooling solution under the hood, which I highly doubt GM put a racing grade cooling solution under the hood of that thing.
A year ago I was thinking about a tundra sr package truck, but after finding out how much the engine costs to repair and the recent problems, I'm thinking of this chevy custom with the 4 banger. Don't want or need the bells and whistles. I'm over the v8s even though I would like the sound. Just adapting to the future I guess.
I had a 2014 silverado 5.3 and I would see 27mpg highway. Mine was a single cab long bed with 3.08 gears though, I also had a 30 gallon tank, so it was great.
Wow, look at me, I'm a TurboMax 4cyl, passing a 6.7 Super Duty. I'm so strong....
But here's the deal, the Super Duty never knew that camper was hooked on... It wasn't breaking a sweat...
You Mr. TurboMax, were completely maxed out..(🤭)
And had nothing left...
And I can guarantee this will be a failed platform...
Nothing holds together long when you run it to death like this...
V8s need to stay.
I don’t think this was to prove it was a towing monster. It’s only a 1/2 ton truck anyway. Also the engines purpose was to replace the entry level v6 which was fazed out. Great little daily driver which is what many look for.
How would the 5.3 do in this test???
Good one
Agreed. I’d go for the 5.3 instead.
Can we do a towing video on fords 2.7 plz
Towing with a smaller-than-a -Pinto (2.8) V-6 is inviting trouble.
That thing will work itself to death in short order.
I had a 5.0 and now the Chevy 2.7, I tow a 7000lb travel trailer and that f150 would scream as well. I actually like the 2.7 better. On flat land it just chugs along at less than 2500rpm while the ford was locked out of 8-10th and the rpm’s was always 33-3500+
You never did a towing test with the f150 2.7
With heavier weight being towed this engine acted more like a naturally aspirated larger displacement engine with higher rpm’s.
Hi Alex, I was expecting better performance with all that hp and torque. It's still a four cylinder. Have a great week. Greg from a Hot North Carolina. It was 106f at the state capital this week. Bet that truck would run a little hot down here.
Yeah if it was built like a Fairbanks Morse inline 4 cylinder, I wouldn't mind, but these little motors don't seem to be cutting it for HD applications.
I drive a 2024 Chevy Colorado Trail Boss with the TurboMax occasionally towing a two axle open landscaping utility trailer. 60mph I get about 15mpg, 70mph it drops to under 10mpg. It just does not like going over 60mph. I watched your last video and was wandering why the 1500 was doing so much better than the mid sized with the same engine. Short answer, it's not. Great video.
Hi Alex,
I watch all of your truck tests even though I am not interested in that truck.
You vids are very informative . You definitely made me think twice about buying a GM v 8.
I recently purchased a Ridgeline. The VCM has got me worried about longevity. Cylinder deactivation doesn't seem like a good idea and I'd like to hear your thoughts on VCM.
Thank you.
Once out of max torque next stop on the tach is 5000 where peak hp lives.
Honestly like to see this redone with a truck that doesn’t have a Evap issue. I would like to know how that affects fuel economy especially the way the Turbo max is set up.
I had a 20012 5.3 Chevy, it wasn't happy towing a 7 by 10 single axle enclosed trailer with 5 chest coolers in it. Not much weight at all, maybe 1200/1500lbs. Now I have 3.5 ecoboost....night and day, the thing's a beast for a half ton.
Till you have to spend $4,000+ when you’re turbos go out.
@@joshtaylor1416 Yeah, That's what some people say. I drove tractor trailer for 44 years, during that time the several different tractors I drove, for well over a million and a half miles, I had 2 turbos go bad. Turbos have been around for a 100 years. I don't have that unfounded fear of turbo chargers. Ford along with most of the other manufactures engineered these modern engines from the ground up to be boosted motors. They didn't just hang a turbo on the side of an off the shelve motor and call it good (Like when GM tried to turn the gas 350 into a diesel and stuck them into Cadillac's back in the day) That was a huge fail. Are they an old school bullet proof Ford 300 6 cylinder or a 350 Chevy, No, but no modern engine is. So change oil every 5K, use a quality synthetic and those scary turbo chargers will be just fine.
@@grizz474 nah give it til 60,000-80,000 and you’ll need to replace them. 😂
@@joshtaylor1416 85K and still going strong! 🤞
@@grizz474 from what ive seen of them theyre super picky on maintenance. keep the oil fresh as you can, and that turbo should last. problem is turbos burn oil and the heat really kills the life span.
I think i wouldn't load more than 7k pounds with this engine and they should offer the Detroit 5.1 diesel engine in the options ,nice vid.
My friend- I really like your videos. One suggestion: can you drop the audio level when you yell? It's tough on the listener's ears when you "whooo" or otherwise raise your voice.
Both the Coyote and the 3.5 EB have much more HP and HP is what you need to fight wind resistance at high speed with a cargo trailer. My guess it that even the 3.0 duramax would have struggle to stay at 110km/h with that trailer.
The duramax wouldn't struggle as much. Those extra 40 horses would come in handy but my guess is that it would be revving a lot too.
HP gets you there and TQ keeps you there. Diesels are king for dealing with heavy loads towing,hauling,crusing down the hiways against the elements like cross winds etc.
@@leanlifter1 HP gets you there? Lmfao. All horsepower is, is torque x time.
You can't have horsepower without torque.
Torque doesn't "keep you there". Torque is what gets you there.
Horsepower is how fast you are able to go because it's a product of force over time.
@@bobvance- TQ is what allows a vehicle to Cruise at a steady state speed on the hiway without dropping gears and increasing rpm to maintain the steady state crusing travel speed. All of the fastest cars on the planet like the corvette do so using high TQ because HP cannot help move things along at high speed like TQ can. It seems you have acceleration and speed mixed up.
@@leanlifter1 What you're talking about is mostly just a function of gearing. Yes torque helps, but whenever you are figuring out how much power you need, you're going to be looking at how much horsepower you're making at a given RPM.
Torque just tells you how much horsepower you have, even at lower RPM.
A torquey diesel will make more horsepower at a lower RPM, that's why they're able to tow so well.
My wife has one for a work supplied vehicle. Currently at 221xxx kms. Serviced on time by the oil life counter, as it site the timing chains are a tad noisy on a colder start or after it's been sitting. Performance wise seems ok so far still. No crazy issues up to this point. Towed with it a couple times and it's ok. The 8 speed seems to be the weak point in my opinion, a lower rear end or 2 more gears would do wonders. Or even some fine tuning with a laptop (most stuff works better after you trim the fat). Tranny and rear end seem pretty sloppy considering the truck is 99% a commuter vehicle.
This is how my 5.3 trailboss pulls my utility trailer with my Harley on it through Montana and Wyoming 😂
I wish GM offered a select shift option to hold it in gear and utilize the torque this motor can produce. it doesn't need to shift down and rev to 4k or even 5k or even 5 k to maintain that speed.
I think that 10-speed would make a big improvement. It is a gamechanger in the new Ford Ranger with its 2.3T vs. the Colorado with more powerful 2.7T and the 8-speed.
Finally! A real world towing comparison with turbos vs. V8 engines, exactly what I knew, Turbos are not for towing heavy loads on the Highways,
I have a V8 Tundra and will never buy a V6 Turbo.
2.7 turbomax 430 lb-ft torque @ 3,000 rpm vs 5.3 383 lb-ft torque @ 4,100 rpm. 12% greater torque @ 27% less rpm.
@8:41, I take an enclosed trailer up north here in Michigan, similar to yours for snowmobiling and ATV's, not quite as heavy(5000-6500lbs), but still a lot of wind resistance. I tow with a 2009 GMC Sierra 1500 4x4 crew cab with the 5.3 V8. I encounter lots of hills that will definitely cause the downshifting. But I would say the worse culprit is NOT the hills, but a good headwind that effects my set up the most! I've towed the trailer empty (2000 lbs) into a headwind, and it felt like I was towing 8000lbs!! I didn't hear you mention this in the video?? Did you have a headwind? In some of the video it appears you do, based on the tree's branches moving towards you.
"Super Duty, that's cute", hahaha. Seems like this would be fine trailering a wind buffer in town, but stay away on a long distance trip (if it's more than just a couple times a year).
If this little 4 banger can put out that much torque at that RPM, I'd love to see what an inline 5 or 6 variant would put out. Probably wouldn't even need the Duramax 3.0.
You would not say that if you had the Duramax. An awesome engine!
@edwardpate6128 not saying that at all. I know the 3.0 Duramax is an awesome engine. Just talking from engine choice perspective.
My 23 1500 LT w/ the 2.7L caps at 9000# towing. I pull our 6000# loaded TT around Oregon and Washington fairly well with just me, the wife and our in-truck cargo (camp stove and gas, cast iron dutches, kayaks, wood, some food, loaded drink cooler). It tows pretty well on the highway at 65 to 70 MPH and up grades comfortably at around 55 MPH @ 2500 to 3500 RPM ("Off-Road" screen reads, on average, a 3-4° incline). I wouldn't want to tow much more than that though. I feel that an 8000# trailer is starting to get too close to max, especially if that was a travel trailer. TT's tend to result in your truck being loaded up with more gear for the trip, using up more of your truck's cargo capacity which affects your towing capacity, where a cargo trailer might not required a truck full of cargo.
Thanks for this vid and the one before it. I like to read the comments.
I would like to see this engine paired with the 10 speed and maybe a hybrid setup with this engine. Oh, port injection and 4wd low :)
All of the above!
I know im a fanboy of this engine as in previous comments, and i still think its better built then several of the rubber belt engines of today (lol,) but after watching some dyno runs of the ford 2.7 vs maybe the chevy 2.7, i believe gm or ford is lying on their dyno numbers. The ford 2.7 seems to be making its 325hp and 400 lbft of torque pretty much to the rear wheels, where the chevys powertrain losses make me believe the engine isnt producing its flywheel dyno power if that makes sense. As a mechanic, i cant help but wonder as well if the evap code is affecting fuel trims or derating the engine to make it do worse on this run (i know the wind resistance is real as well though.) Love the videos as always.
Nothing wrong with rubber belts at all. In fact, this engine would be considerably quieter if it had one.
Thats why carburetors rule. No computer to overrule anything, just basic physics.
@@bobvance- I like rubber belts. Ive made a LOT of money when they break and I get to replace all the valves that hit the pistons as well as a timing kit. Cost to customer as high as 4.5K depending on damage done.. Ive even seen broken plastic/aluminum timing sprockets using chains take out valves on OHV engines.
@@donreinke5863 Yeah. People don't channge them when they should. BMW was infamous for broken chain guides.
@@bobvance- GM Quad-4 and Ecotec engines also had that issue, and even the nearly indestructible Toyota 22R and 22RE engines would eventually wear out the timing components, they were one of the only engines using chains while everyone else was still using timing belts.
I put new timing chain guides, tensioners and water pump in my wifes 2011 Nissan Frontier 4.0 when she bought it with 110,000 miles on it. Also got complete engine sensor replacement.
OHV engines always get a double row roller timing set when I do chain-and-sprocket replacements on them.
1954-64 Ford Y-block engines had a super wide timing chain and Ive seen originals still in relatively good shape when Ive torn them down 60- 70 years after they were made.
Unfortunately, those engines had serious top-end lubrication issues.
Ive been repairing engines since 1972, and Ive seen a lot.
how long is that black trailer?
I have one in my sierra and i pull a 7x14 with it. I see this engine like a gasoline diesel. It has a lot torque, but only 310hp. Transmission tuning is its biggest drawback. Sometimes if you use cruise control, set your speed, go a bit faster then release the gas, it will upshift and keep it there.
As a base engine, i'm pretty happy with it. The sound is horrible tho.
Also, check your oil often because it uses a lot of oil when you work it hard.
About gears. My '23 turbomax truck gets considerably better gas mileage if i keep the tow/haul mode on (when not towing).
Cruise control, 70 mph.
Normal mode, ~1500 rpm
Tow/ haul ~2200 rpm
Drive over an overpass bridge, the gas mileage drops to 13 mpg in normal mode and only drops to 16 mpg in tow/haul mode.
Using tow/ haul mode, I get better mileage on a 15 mile daily route and i get better mileage on a 1300 mile road trip (I've done the same trip in both modes)
The engine seems more efficient at 2200 rpm than 1500 rpm...so, my theory is that 3.55 or 3.73 gears would improve gas mileage (and towing performance).
Maybe some help from the aftermarket parts community would help. Maybe Banks could engineer a legitimate cold air intake, turbo inlet, catted downpipe, etc… Should definitely help the 2.7 4 banger breathe a bit better 👍
PS - Maybe grab some older model trucks to see how they do in these tests? My vote for the first truck: 2015 Nissan Titan! It would be a fun comparison to see how far (or not) trucks have come.
Any vehicle I’ve ever owned if it needed more then 4,000 rpm for extended periods pulling a trailer it was gone. The first engine to ever impress me was the 3.5 eco boost which I love, so little gear hunting. The wear on an engine doing more then 3,000 for long periods has to be significant. No modern V8 has the torque, the new hurricane might but till now it’s the ford 3.5
I’ve had one since February. I’m getting 19.1 mpg per the computer
Haven’t done much towing yet just a couple of short trips with a 2 thousand pound trailer
So far so good
Will it last is my question?
I routinely got 22mpg with my 5.7 hemi even with mds shut off, and a 3.92 rear end. I don't see the advantage to these turbo engines, other than they're maybe saving money on material.
The engine seems fine but I don't think I would want to listen to that engine running at 5k all the time. Probably not the best choice for towing. The LZ0 with the max tow package would be a better fit for that.
You don't have to drive as fast as he is when towing. Besides, nobody is going to be towing regularly at this weight with a 4 cylinder.
Mine sits at 1500rmp all the time. Unless you put a huge load (over 3000lbs, on the drivetrain.
Under normal 95% of driving conditions, the motor doesn’t even flinch when moving a 1/2 truck around.
@@PitPwny Ah that's good to hear.
Ain't the newer H.O. 2.7 only available in newer interior trucks?
I tought the models with the old interior had the 350lbs/ft 2.7
Have the 2.7turbo GM engineer talk about the high rpms towing in the slightly hill video.?
Not to bad. The 5.3 with that trailer and weight gonna scream at 5000 rpm to on those hills at 70 or so mph. If I had that trailer id go 3/4 ton truck no matter the engine. Thats a parachute! Campers tend to cut better then those. I pulled 8k with a 2.7 on highway 60 to 65 mph never went over 3800 rpms and it was windy. If I tried 70 im sure it would jumo up alot. 8 speed holds well towing real heavy at 65 on flat land and 60 on big hills. I wasn't using tow hual but it never struggled. Big trailer like that skeers me on any 1/2 ton truck.
I wonder how the long term reliability well be through multiple owners and dozen towing scenarios. 😊
Cool color though.
As nice as both tests are showing off the trucks towing capability I don't think anyone who already has an 8,000lb enclosed or flat-deck trailer are going to go for this truck with the 2.7 in it. If they can afford such trailers in the first place they're going to default to something with a v8 or a diesel in it. While it is rated for towing 9,000lbs this thing will be seeing trailers in the 2,000-6,000lb range hooked up to it the most. I have the 2020 model year of this truck with the 2.7 and a small 2,000lb trailer is what we have because it's what we can afford. Even decent basic trailers in the medium duty range are pricey. The trailer is just for when we need to haul more than what the bed is capable of holding. Other than that 95% of the time the bed is loaded up so we don't tow very often. We've gone over the trucks "half-ton" weight limit a few times and it seems to have handled it just fine. But I don't like to exceed the rated weight when possible.
Nice video, again 🙂 but note you have a nasty gash on your front right wheel rim... 🤨
She's a rental 😉
Those mpg lol. The future isn't green.
I think it's about making unreasonable carbon emissions goals rather than raw fuel milage goals . Although both are intertwined,the smaller turbo engines despite getting similar if not worse fuel milage tend to get lower carbon emissions. I don't understand all this carbon emissions stuff though as plants love CO2 but that's the goal of these small displacement turbo engines.
it is interesting that the only V8 i've tested to this point has the best fuel economy lol
LOL.......Check Engine light. That's priceless. It's okay.....GM owners are used to that light being on all the time anyway.
F150 with 2.7 would likely be similar result. When i tow a 6000 lb camper or my 7x14 cargo trailer, i slow down to 100 kmh and lock it into 7th (1:1 ratio). Pulls better and uses noticeably less fuel just by dropping that extra 10 kmh of speed.
What about the eco boost 2.7?
I’d like to see the test results-run without a check engine light. I understand you ran the code but that doesn’t mean the computer wasn’t compensating some how or the performance wasn’t hindered in some way.
For what it is I thought it did ok! If I was pulling that ,say in a travel trailer setup,I'd simply lower my speed a bit on those hills to maybe 100km/h,given that is a 2 lane hway.But still not bad,I'd bet that old dog 5.3 wouldnt do much better
I'm excited to see how the 5.3L does in comparison. but yes if this was my personal truck I would drop the speed.
Sadly we are in a state of major disappointment across the board with trucks. No one makes a truly solid, high quality end to end truck. I bought a ‘20 Tacoma with the intention of it being another 200k miles truck. I have a 2003 Dodge Dakota with 246k miles. Still runs great. This Tacoma already had a cracked cylinder head at 68k miles. Toyota wouldn’t have covered it. Luckily I bought an extended warranty. Now the newest models of Toyota trucks seem to have a plethora of issues yet they cost 25% more. Sad.
I think if all these trucks weren't so darn expensive there would be more allowance for issues but when you are paying 60-70k for a 1500 its tough to swallow that some of these engines just aren't reliable.
Toyota isnt all its cracked up to be. After 52 years in automotive repair I know thats a fact.
Still light years better than Kia, Hyundai or anything Stellantis though.
The 2.7 Chevy has been reported to start gulping engine oil before it gets to 100K miles
@@prevost8686 Why am I not surprised.
@@prevost8686Mine has 40 000km and it uses 2 quarts between oil changes. But it tows everyday.
What’s up with the Check Engine Light?
overheated the engine.. No lol it was a EVAP code
As with all vehicle specs....just because you can, doesn't mean you should.
I almost wonder if they set these tow ratings with 'on road' use in mind. Max towing with this is ok for shunting farm equipment around your 5000 acre farm maybe, or bringing your hay to the barn.
Agreed! I also think revving this engine so high will shorten the life of it.
That's why it's called max towing. In a pinch you can get away with it but if you want to take care of your engine, you won't be redlining it 50-90% of the time. This is why it's recommended to tow around half of your tow cap.
Maybe manufacture's should rate trucks with a max tow and a constant tow rating lol!!!
I wonder how the transmission will hold up.
I know With the V8 they don't last. At my work at 60k to 80k miles good by transmission.
Time will tell, lets see how they hold up five or ten years down the road. If farmers start buying them left and right year after year you will know they can stand up to heave loads long term.
I have a couple of 2022 full size with the 2.7 turbo max. Don't top off the fuel or you do get the code and will need to have the evap canister replaced under warranty. 100,000 warranty on these engines now. I do find you need to add a quart of oil between oil changes but they have a long interval between changes. When towing you can see the oil pressure gauge dial up as needed.
PS I find my 2.7s tow better than my 5.3 equipped truck.
very interesting. because yes I fully topped off this truck (and some) for my fuel economy loop! I would agree that this engine towed my flat deck trailer better then the 5.3L so we'll have to see how the 5.3L does with this enclosed trailer when I get my hands back on that engine.
Why not compare it to ford’s 2.7L
I have been trying to get that engine on my towing loop for some time now!! It will be a great comparison.
@@TheGettyAdventureswe're waiting! Haha
2.7 ecoboost will walk all over it. Especially acceleration to 70 mph
@@HKHolyDiverWhy do you think that? They make almost the same horsepower and the Chevy makes more torque
@@dawsongranger4940 More cylinders and two turbos instead of one. I have the Ford 2.7 and it with no doubt at all will put the Chevy four banger turbo to shame! There will be no contest at all. 😎
Ford seemed pretty limited on axle options compared to in the past. I had my local dealer working to find a certain configuration and they said I couldn't get a Lariat with 3.5EB, 10-speed, and 3.73's. They said I had to take the 5.0 to get it.
First, I think for 24 you can get a 3.5L with a 3.73. I know you can get a 3.5L Powerboost with a 3.73.
Second, you should have taken the 5L/3.73 truck. I own both a GEN2 3.5L/10R80 17 501A, 4x4, 3.31crewcab truck, and a GEN3 5L/10R80 18 302A, FX4, 3.73 Crewcab truck. Both are very good, and both have been very reliable, but I prefer the 5L. It is such an underrated engine in the 1/2 ton segment.
When you want to make serious HP easily, and cheaply there is nothing in the 1/2 ton segment that's close to touching a GEN3/GEN4 Coyote. If you don't believe me look up videos of them racing modded Vettes, GTR's, 1K+ WHP 2JZ GTE cars, etc. Lowend torque is overrated. First off the GEN3/GEN4 Coyote in F150 feels as torque down low as any sub-4" bore LS. I find them to feel kind of like a LS2 down low, but with a 4.69 1st gear ratio, and a 2.98 2nd gear ratio, a lot of lowend torque becomes kind of irrelevant, especially with a 3.73 rear gear.
With that said, I've been happy with my 3.5L. (Wifes truck, and our family hauler) It's a stout little bastard. It's refined, smooth, and broad. It comes on early, but EB does lag a little bit until about 2K RPM. I will say that my EB gets noticeably better MPG's than my 5L even when I'm not running E85 in my 5L truck, which is rare. The best MPG's I've ever gotten from my 5L is about 18, and that's working to get good MPG's. My 3.5L gets around 18.5 MPG's without even trying hard, but just typical, normal driving.
Yeah this is true. I'm not sure why this guy didn't take the ten seconds it took to see which ratios went with which motors.
Adding 3.15 Non-Limited Slip Axle Ratio also requires the following changes
Add
5.0L V8 with Auto Start-Stop Technology
Remove
2.7L V6 EcoBoost® with Auto Start-Stop Technology
Adding 3.31 Non-Limited Slip Axle Ratio also requires the following changes
Add
5.0L V8 with Auto Start-Stop Technology
XLT SuperCab™ 4x4
Remove
2.7L V6 EcoBoost® with Auto Start-Stop Technology
XLT SuperCab™ 4x2
Adding 3.31 Electronic Locking Axle Ratio also requires the following changes
Add
5.0L V8 with Auto Start-Stop Technology
Remove
2.7L V6 EcoBoost® with Auto Start-Stop Technology
So you can get the 3.73 Electronic Locking Axle Ratio and the 3.55 Electronic Locking Axle Ratio.
I don't know the dyno chart, but that thing had to rev up to find some horsepower at @7:00. Torque is torque, but that truck and trailer combo probably needs 250-300 HP to make it up the grade at 110 km/h. My 5.3 LMG would probably need 4500-5000 rpm to pull that grade at 110 km/h because thats where it finally hits 300 hp. The max speed you can crest a hill with huge trailers is a HP test, not torque test.
Lower speed needs less hp. Higher and higher speeds with that truck/trailer combo need exponentially more HP for every 10 km/h. Torque is nice but its still only 310 HP. A stock12 valve cummins would not hold 110 km/h up that grade at any rpm because the truck/trailer combo needs about 300 HP and that number don't exist anywhere in the dyno chart.
Why is your service engine soon light on?
5:55 thats not the actual turno in that truck... is it?
Sounds Like A Briggs & Stratton
If I were going to tow something like this at highway speeds on a regular basis I would look at a 3/4 ton with a gas engine instead of the diesel.
Where was turbo psi in all of this?
Max psi of this engine is 22 pounds, but it drops as RPM increase, that's why it's only 310hp. At max rpm it makes about 100lbs/ft less torque.
Interesting motor... I'll carry a full bed of lumber sticking over the back and a boat/trailer 2,500lbs... Maybe this is a good option? Seems like a vehicle that should have oil changes every 5,000km.
Test Ford 2.7 ecoboost.
It's on the top of the list.
@@TheGettyAdventures Cant wait!!!
anyone got ideas why it was really struggling at the end there? heat soaked turbo/intake system, limp mode?
Honestly In was thinking it was getting hot, maybe cutting down on peak boost, that point in the road is basically flat. no need to be revving that high.