At first I didn't understand what vehicle you were referring to until I searched online and found it sold for $98 - $124 at Walmart. Here's an idea when you're fully rehabilitated you should send you used one for the foundation of this DYI project.🤔🤔🤔. This is a great project when I retire.
I tested almost every electric scooter. Here's my choice. The best electric scooters ever produced are: amzn.to/2PBrnAk amzn.to/2YJCaMR amzn.to/2Pfge9i
Dżefrej z Texasu. There so expensive aren’t they, elec scooters have been around for 20+ years the tech is retrospectively unchanged (common battery’s are now l ion, common motors brushless). If anything has change it’s an increased demand for personal green mobility! If startups can knock them out to leave on pavements they should be cheaper to buy!
Also, it's fairly expensive! Click on all the links and add the prices up! 2 batteries for £11 something, times by the amount needed, add the £96 odd for the brushless motor and £40 odd for the battery modulator, or whatever it is, and it stacks up. Might be cheaper just buying a cheap secondhand scooter or even a really cheap car!
£286 plus just for the batteries!!!!! Omg, then there's the machining, and the aluminium sheeting etc etc. You'd be looking at over £400!!!!! You can buy them cheaper than that in the UK. 🤪
One suggestion for improvement: I would have *wrapped the skateboard griptape around the aluminium cover* instead of just cutting off the excess width. Looks cleaner (blacked out theme!), protects the edges from scratching, prevents the griptape from peeling off.
Plus would probably help add to the waterproofing. It's the little details.. only thing is you then wouldn't have access to anything in the compartment without cutting & replacing the grip tape.
@@zro6828 What I actually meant was wrapping the griptape all around the cover alone while it is still unassembled @8:24 and mounting the whole thing to the compartment then ;) In case one would be worried about waterproofing this way, just a little bit of silicone put on the contact surfaces would surely solve that issue.
Wow this is incredible. Looks like a beauty. It’s Amazing what can be done, with a little know how. Excellent job. I wonder if this guy ever rides the scooter? I hope so. 👊
I'm riding an electric scooter in Japan. The law is strict in Japan, so it's hard to play! The video was very interesting :) I'll come back again! With love from Japan :)
I just modified a razor-100 scooter for better stability by adding a wheelbase in the rear and front.now it can't tip when I ride it.it only took me a few days to get it right but it works well for me.i like people who are thinkers.nice job on that.
Cool project !!! But.... I'd rather have information ( and a how to build vid) on your home made spot welder you used for making the battery pack.... I could really use a welder like that for my projects!!
7Ah/50V battery, and the motor rated power is 350W. So at rated speed you reach 7A (350W = 50V * 7A). If your battery is fully charged you should ride for 1 hour at rated speed. What is the rated speed.. i Don't know.
It looked like it tops out around 31km per hour, which is 19 miles per hour. So about 19 miles...theoretically. That lines up roughly with a basic maxim for any electric vehicle with a fairly upright stance. That is below 20 mph, watt hours per mile is less then the mph number. At 20 it breaks even and beyond 20 mph whpm will be higher then mph. Theoretically. So 19mph sustained speed uses roughly 18.5 whpm. 350/18.5 = 18.9, or 19 miles range. Bingo. Its as true on a mountain bike as on a scooter. However... ALL of that is assuming you never stop once the whole ride. Every time you stop and have to re-accelerate, that costs significant amounts of energy. Also, there are losses to hysteresis. Also, a batteries rated capacity is not its true capacity. The more load you put on the battery, known as the "C rate", the less total energy you will be able to pull out for that charge cycle. In the case of this scooter, the motor is rated for 350w continuous and 750w maximum and I assume 48v standard batteries. That means it draws 7.3 and 15 amps respectively. 7.3 amps out of a 7ah battery is a C rate of 1, which is ok. 15 amps draw out of a 7ah battery is a C rate of 2 which may reduce its effective capacity some. ALSO Electric motors are much less efficient at speeds near 0. Sooo not only does accelerating use more energy due to physics, it also requires running the motor at speeds where it is less efficient AND stresses the batteries with this particular setup, reducing effective capacity. So if you are riding this in the city, and just hopping on it and letting the motor do all the work....less then 10 miles range. If you put in some effort and kick off really hard to get some speed on the scooter before you engage the motor....14-15 miles range. Hope that answers your question :)
I have to give credit when it is due,, The Scooter you made looks great and i wish i had been able to stay in college as i started learning electronics and when i watch video's like this it goes to show that anything is possible when you know how,, i bought an electric Scooter for £550 in the sales,, and i seen the KPH you was doing! i think your scooter weighs less than mine hence the speed but you go faster than a commercially bought scooter,, if i had of had a dad when growing up i would like him to have been an electrical engineer, i did get to know a great electrical engineer but he was so busy and near to retirement so i never got to learn anything, although i am very grateful that he fixed and serviced my LYNN AXSIS Record player,, 10 out of 10 for the video and work done,,,
It's never to late to start! If you focus and don't make excuses you can also learn these skills. And maybe even one day you can inspire someone as this video inspires you :)
@M.N. Projects : In 3:14 we can see that there are a blue and a black cable at the end of the Battery Protection Board. But where do you have put them in and how does the Battery have at the end one black and red cable? So what you've done with the black and blue cable? And is it hard to find a yellow clip thing, which you can see in 3:19 where you've put the black and red cable in to connect it to the controller. It would be great, if you/or anybody can help me, who knows the right answer, greetings!
Good job! But i expected to see the batteries placed in the scooter HANDLE. It's completely empty and useful for this job. There shouldn't be necessary to modify treadle part (base) of the scooter. Can you construct another version with batteries placed in the handle?? Anyway i really like the electronic material used here. Professional!
Goddammit if I didn't think exactly the same thing.... That would look sick and offer more battery and controller space, just raise the sides up a little more and you should be able to get 60v battery and controller inside. And put steel dropouts on it instead of aluminum... And bigger motor. LoL
@@johnshore3095 - That would be cool, It's usually programed into the controller not to dump power when you first start off so you don't wheelie but if you program the controller yourself then you can count on needing a wheelie bar. LoL I've been on 36v 1000w scooters w/o an issue but I have yet to try one of those 60v 2000w or 3000w ones, I've heard that they have been known to wheelie at 30+ mph.
I loved this video! Thanks! can u show in another video or explain me here better how to solder the batteries together on both sides of the battery pack, and how to solder the wires of the battery's protector?
Awesome build man it looks factory built!! Was the speed km/h or mph? Ive been wanting to do projects like this and getting into welding but im a little anxious about the battery building part since thats the most expensive component😭
Very nice project! You might want to add a thermo sensor into the battery section in case those 1865's over heat. They are known to catch fire. Sensor could disable the circuit if heat exceeds "X" degrees. By the way, do you have the machine that spot welds the battery connections?
Cabeca The battery in my electric scooter never heats up more than 10-15 degree in winter and 20-25 degree in summer. If you placed a proper battery, you don't need thermo sensor.
That's actually pretty cool..... I'd be a little more aggressive w/ the power if I built one but I like it. Very simple platform and mods w/ nothing being too hard... I would have preferred you to use steel dropouts cause aluminum can deform w/ high torque motors. You either got ridiculously lucky or you put ALOT of thought into this... I'm gonna go w/ the latter. LoL Nice build....
And he/she is absolutely right. Been visiting one of the european capitals last month and the amount of drunk retards (mostly british) on those scooters on sidewalks was insane. No wonder they get on average 40-50 people in just one hospital with broken arms, legs, jaws, noses every day! It's a great mean of transportation... until you hand it over to a brain dead retard of which there are many these days.
Awesome. None of the links were working. Can you suggest links to building a 48v battery and ones I don't have to weld connection too? I've seen stick on tabs
seems to me like one of the razor scooters....but cant find any with that wide handlebars..... looks identical to that one perhaps... www.amazon.com/Osprey-Scooter-Terrain-Pneumatic-Trail/dp/B07TYPXG1B/ref=pd_lpo_sbs_468_t_1?_encoding=UTF8&refRID=RVJ74E256P9JPNE94NSN
I converted a Razor Scooter back in 1996, and I still have it. I built up the Footboard for battery storage. A Computer Fan cooled the electronics when turned-on. I also used the Trigger Mechanism from a variable-speed Battery Drill for the Throttle Control. This throttle was mounted on The Footboard, and operated with the front part of the foot. I always wanted to "fly" through a Speed Camera with it, exceeding the speed limit, but it became scary to ride at 20kM/h! It only had a very poor rear brake. How things have changed since 1996, with much-improved components and batteries. Nice build, Greetings from Australia.
Hello, nice work. I would like to know what is the approximately power when you ride at 25 km/h. And if you also have the speed for the max power you can reach, it will be great. Thanks
Super interesting. I wonder how much he spent on the whole scooter. And how much he saved ? If he spoke a little it would of been good to understand what all the parts r called. Thanks anyway for the upload.that was great dude!
cool video for learning how to build it etc, but he did not save money. parts 413 USD / 347 EUR + shipping 25-35USD or more without tax, + man-hours. as you can buy 350w no brand scooter on Aliexpr. for 255EUR and brand scooter for 325EUR .. mybe if project for scooter will be bigger. with 2000w-3000w motor what will drive 50-70km/h :)
It may look easy but he has a lot of professional equipment to carry out these works and its always more imvolving than meets the eye.
outside of the welding I think most all of it could be done with a hand drill, grinder and soldering iron.
@@WIZERD51 and a spot welder if you're making a battery.
I am just amazed by the lack of pot holes in the road.
Great job very creative. Only downside is zero suspension.
Please do a diy video on converting a knee scooter into a seated electric scooter. Please pretty please! I’ll bet you’ll go viral!
At first I didn't understand what vehicle you were referring to until I searched online and found it sold for $98 - $124 at Walmart. Here's an idea when you're fully rehabilitated you should send you used one for the foundation of this DYI project.🤔🤔🤔. This is a great project when I retire.
It's amazing how everything you build looks so professionally done! I guess you can say it is! So lucky to have such a skill!!
١ض
٩
Love how stealth and simple it is! Great job on the scooter.
You are a Genius with Mad Doctor Skills Son. NOW it's time to go into mass production and make DOUGH-LO
I will be your 1st Customer.
I tested almost every electric scooter. Here's my choice. The best electric scooters ever produced are:
amzn.to/2PBrnAk
amzn.to/2YJCaMR
amzn.to/2Pfge9i
465 $???? Fucking stupid price.
@@dzefrejzteksasu.6339 čech ?
Dżefrej z Texasu. There so expensive aren’t they, elec scooters have been around for 20+ years the tech is retrospectively unchanged (common battery’s are now l ion, common motors brushless). If anything has change it’s an increased demand for personal green mobility! If startups can knock them out to leave on pavements they should be cheaper to buy!
Great video. I am watching so many videos like this one from different channels now a days.
bob and vagene
@@ЯлгуунБаатар Putin Putin Rush B.
You should consider selling these.
I really love how this turned out. I am really inspired with your work and I am planning to engineer like you someday.
Looks very clean for a homemade project!
professionally made!
Love how now days you can see someone craft nice project only get to see it now a year late but a year later still as interesting to watch 👌🏼
Simple yet awesome look, and it goes pretty fast. Nice job 👍🏼
Absolutely genius.
Though I wonder what the speed and range is, cause this might be a wonderful short range commuter for work.
Job well done sir 👍🏻
The speedometer shows it going 31mph on the flat. At least I think it's mph, could be kph.
Also, it's fairly expensive! Click on all the links and add the prices up! 2 batteries for £11 something, times by the amount needed, add the £96 odd for the brushless motor and £40 odd for the battery modulator, or whatever it is, and it stacks up. Might be cheaper just buying a cheap secondhand scooter or even a really cheap car!
£286 plus just for the batteries!!!!! Omg, then there's the machining, and the aluminium sheeting etc etc. You'd be looking at over £400!!!!! You can buy them cheaper than that in the UK. 🤪
@jimmy87251 I just clicked on the links the video poster left in the description. That takes you to banggood. That site must be very expensive then. 🤪
@@zanhari1Are you nuts ? Ofc it's km/h.
This is great! I need to adapt this to my manual wheelchair.
wow that will be good! a wheelchair dont need so much power.. you only need a good car battery
0
One suggestion for improvement: I would have *wrapped the skateboard griptape around the aluminium cover* instead of just cutting off the excess width. Looks cleaner (blacked out theme!), protects the edges from scratching, prevents the griptape from peeling off.
Plus would probably help add to the waterproofing. It's the little details.. only thing is you then wouldn't have access to anything in the compartment without cutting & replacing the grip tape.
@@zro6828 What I actually meant was wrapping the griptape all around the cover alone while it is still unassembled @8:24 and mounting the whole thing to the compartment then ;) In case one would be worried about waterproofing this way, just a little bit of silicone put on the contact surfaces would surely solve that issue.
i'm on the step after removing brakes and my mom is coming home in an hour what do i do
Wow this is incredible. Looks like a beauty. It’s Amazing what can be done, with a little know how. Excellent job. I wonder if this guy ever rides the scooter? I hope so. 👊
ي ق
Plpl
it is very important to have a good and reliable electric motor
The most cleanest e scooter project👍
Getting buffed bro? Nice biceps. This was a great project. I love your videos!
Two hours ago there were only 2 views, now it's 3,564! You're doing a good job, man.
I am also liked
ELEGANT, PRACTICAL AND FAST. CONGRATULATIONS
Nice job even through you can buy one cheaper it's the sense of pride of what you built.
Great Job.
in cheaper bikes are worse parts
£60 is cheap and faster
Thank you for providing this video this is wonderful- I need a way to get to work more efficiently
I'm assuming that shot around 9:30 is a speedometer. But I can't tell if it's in mph or kph. If anyone knows I'm curious how fast these can get going.
i think its miles per hour..
it’s kmh it is going 18 mph
I'm riding an electric scooter in Japan. The law is strict in Japan, so it's hard to play! The video was very interesting :) I'll come back again! With love from Japan :)
Best ever bro... Love from South India.. Always love your work...❤️❤️😎👍👍👍👌👌👌👌👌
I just modified a razor-100 scooter for better stability by adding a wheelbase in the rear and front.now it can't tip when I ride it.it only took me a few days to get it right but it works well for me.i like people who are thinkers.nice job on that.
Pretty sweet ride, all you need now is a windmill to charge it with (hint, hint)
Great content as always, thanks for sharing.
Cheers
Cool project !!! But.... I'd rather have information ( and a how to build vid) on your home made spot welder you used for making the battery pack.... I could really use a welder like that for my projects!!
Still looking for a parts list with Pictures? Let me know and I'll post it or send it to you.
U r genius bro ! Well done !
Electric bum in home made!
how long is the ride for 1 full charge?
7Ah/50V battery, and the motor rated power is 350W. So at rated speed you reach 7A (350W = 50V * 7A). If your battery is fully charged you should ride for 1 hour at rated speed.
What is the rated speed.. i Don't know.
It looked like it tops out around 31km per hour, which is 19 miles per hour. So about 19 miles...theoretically.
That lines up roughly with a basic maxim for any electric vehicle with a fairly upright stance. That is below 20 mph, watt hours per mile is less then the mph number. At 20 it breaks even and beyond 20 mph whpm will be higher then mph. Theoretically. So 19mph sustained speed uses roughly 18.5 whpm. 350/18.5 = 18.9, or 19 miles range. Bingo. Its as true on a mountain bike as on a scooter.
However...
ALL of that is assuming you never stop once the whole ride. Every time you stop and have to re-accelerate, that costs significant amounts of energy. Also, there are losses to hysteresis. Also, a batteries rated capacity is not its true capacity. The more load you put on the battery, known as the "C rate", the less total energy you will be able to pull out for that charge cycle. In the case of this scooter, the motor is rated for 350w continuous and 750w maximum and I assume 48v standard batteries. That means it draws 7.3 and 15 amps respectively. 7.3 amps out of a 7ah battery is a C rate of 1, which is ok. 15 amps draw out of a 7ah battery is a C rate of 2 which may reduce its effective capacity some. ALSO Electric motors are much less efficient at speeds near 0.
Sooo not only does accelerating use more energy due to physics, it also requires running the motor at speeds where it is less efficient AND stresses the batteries with this particular setup, reducing effective capacity.
So if you are riding this in the city, and just hopping on it and letting the motor do all the work....less then 10 miles range. If you put in some effort and kick off really hard to get some speed on the scooter before you engage the motor....14-15 miles range.
Hope that answers your question :)
Nice one mate! How long can the battery lasts on a single charge?
probably 1km
Id rather walk 😁
Cleanest build that i have seen
Good electric scooter, congratulations 👍👍👍
sweet job there mate
That is an understatement
That is like production model
I want to know if you could turn that battery pack on its side and put in a second one.
Probably not. The base hase to be built taller to fit them. He already had to cut a hole for the bms
I have to give credit when it is due,, The Scooter you made looks great and i wish i had been able to stay in college as i started learning electronics and when i watch video's like this it goes to show that anything is possible when you know how,, i bought an electric Scooter for £550 in the sales,, and i seen the KPH you was doing! i think your scooter weighs less than mine hence the speed but you go faster than a commercially bought scooter,, if i had of had a dad when growing up i would like him to have been an electrical engineer, i did get to know a great electrical engineer but he was so busy and near to retirement so i never got to learn anything, although i am very grateful that he fixed and serviced my LYNN AXSIS Record player,, 10 out of 10 for the video and work done,,,
It's never to late to start! If you focus and don't make excuses you can also learn these skills. And maybe even one day you can inspire someone as this video inspires you :)
Neat work. Congratulations!
All parts so expensive..but your work is worth less.....nice work keep it up
Nice project, God bless you. This is going to help a lot of us enthusiasts out here. One day I've to try making one for me too.
Regards
#SportyMonk
I like his ideas
Amazing projects
Świetny projekt a wykonanie jeszcze lepsze 👏👍
ض1
1
nice
Very nice piece of craftmanship there pal!
You did a good job on the project.
@M.N. Projects : In 3:14 we can see that there are a blue and a black cable at the end of the Battery Protection Board. But where do you have put them in and how does the Battery have at the end one black and red cable? So what you've done with the black and blue cable? And is it hard to find a yellow clip thing, which you can see in 3:19 where you've put the black and red cable in to connect it to the controller.
It would be great, if you/or anybody can help me, who knows the right answer, greetings!
All needed parts cost arround 250-300 dollar or more . u can buy directly new scooter for that
man you missed the DIY pleasure, Is not for everyone but for me makes the difference :-)
yep, where is the fun in just buy it? Everyone can do that, nothing special.
why buy a crappy ev-scooter if you can make a better one
What size battery did he used?
@@Eckoolt looks like standard lithium batteries grouped into a cell
Good job! But i expected to see the batteries placed in the scooter HANDLE. It's completely empty and useful for this job. There shouldn't be necessary to modify treadle part (base) of the scooter. Can you construct another version with batteries placed in the handle??
Anyway i really like the electronic material used here. Professional!
Must be coincidence that youtube puts an ad for a scooter that looks exactly like what you built within your video.
😁😁That is a encouragement. Made it look like it's impossible to do. But he actually made it. Brilliant job man.👏👏👏👏
Ingenious welding skill and engineering you should be making electric motorcycles!!
Cool video. I think using an old skateboard deck for would give you more foot space and could look cooler
Goddammit if I didn't think exactly the same thing.... That would look sick and offer more battery and controller space, just raise the sides up a little more and you should be able to get 60v battery and controller inside. And put steel dropouts on it instead of aluminum... And bigger motor. LoL
@@xpndblhero5170 and some skate board "wheelie" wheels on an outrigger at the back when doing wheelies with 750Watts! Like the dragsters have..
@@johnshore3095 - That would be cool, It's usually programed into the controller not to dump power when you first start off so you don't wheelie but if you program the controller yourself then you can count on needing a wheelie bar. LoL I've been on 36v 1000w scooters w/o an issue but I have yet to try one of those 60v 2000w or 3000w ones, I've heard that they have been known to wheelie at 30+ mph.
Super job! But very very small battery! Gan you go 5 miles with it?
I loved this video! Thanks! can u show in another video or explain me here better how to solder the batteries together on both sides of the battery pack, and how to solder the wires of the battery's protector?
This guy is unbelievably smart is there anything he can’t make lol
I need to know how he made his soldering gun.
Okay, you're an absolute beast with the tools. But how much did it cost though?
Hi I just seen the kit for 60 on ebay and amazon
@@cronmasterdan That exact kit? I can do 30 mph with that one?
shouldnt you pack the steering column bearings outside of the column THEN insert them ? just asking not hating.
Still very petty though??
Amazing! You should Patent that and go into Production!
Love it. Thanks for sharing👍🏼
Nice
works-man with all the right gears
oh this is very expert work, really smart Scooter
Awesome build man it looks factory built!! Was the speed km/h or mph? Ive been wanting to do projects like this and getting into welding but im a little anxious about the battery building part since thats the most expensive component😭
nice and clean job, but you are a fearless driver. Please be careful.
Wow this guy know what he 's doing. Awesome!!!
👏👏👏👏 the best video on electric DIY scooter assembly ever..wow great work and pretty clean too...
Very good. You don't have balancing circuitry in your battery though.
Very nice project! You might want to add a thermo sensor into the battery section in case those 1865's over heat. They are known to catch fire. Sensor could disable the circuit if heat exceeds "X" degrees. By the way, do you have the machine that spot welds the battery connections?
Cabeca
The battery in my electric scooter never heats up more than 10-15 degree in winter and 20-25 degree in summer.
If you placed a proper battery, you don't need thermo sensor.
Turn out great. I like the color.
Another awesome video. Thanks for making stuff all the time!
That's solid should last as long as the batteries hold out good job
I like videos that walk the talk, than talk the walk. New sub here!
That's actually pretty cool..... I'd be a little more aggressive w/ the power if I built one but I like it. Very simple platform and mods w/ nothing being too hard... I would have preferred you to use steel dropouts cause aluminum can deform w/ high torque motors. You either got ridiculously lucky or you put ALOT of thought into this... I'm gonna go w/ the latter. LoL
Nice build....
XPNDBLhero you go man
KEWL!!! I stay amazed any time i watch your vids! You're GENIOUS !!! Thank you so much! ❤
Good Build.. Awesome.
Greatwork.
Of course
Meanwhile, a minister in the German Ministry of Transport: This is dangerous and is prohibited .... :-P
And he/she is absolutely right. Been visiting one of the european capitals last month and the amount of drunk retards (mostly british) on those scooters on sidewalks was insane. No wonder they get on average 40-50 people in just one hospital with broken arms, legs, jaws, noses every day!
It's a great mean of transportation... until you hand it over to a brain dead retard of which there are many these days.
I can see this as a valid commercial product. Scalable to weight classes.
Great, how much cost spend on it?
Doesn't battery get hot when riding? shouldn't you add vents for it?
Was thinking the same thing
I have to clap for this one.
😎😁😋🤩
Nice thank you - looks great!
How much for one of these ? 🤷🏾♂️
You can easy build this with hoverboard parts, we have some building videos :P
Hey very inspiring cant wait to see whats next. 😀
Foi o melhor 👏🏻🤝🏻
478sifvxhkzaolhvt.
How did you come up with wheelbase length? Can you manufacture an extended cargo unit?
Молодец, с меня лайк и подписка;)
really nice, good job!
Hello my friend
I enjoyed watching full view. your video very pro. i love it
Thank you for awesome sharing
Have a fantastic day
Awesome. None of the links were working. Can you suggest links to building a 48v battery and ones I don't have to weld connection too? I've seen stick on tabs
link to scooter itselve?? :) thanks! still looking for a good conversion scooter.
seems to me like one of the razor scooters....but cant find any with that wide handlebars..... looks identical to that one perhaps...
www.amazon.com/Osprey-Scooter-Terrain-Pneumatic-Trail/dp/B07TYPXG1B/ref=pd_lpo_sbs_468_t_1?_encoding=UTF8&refRID=RVJ74E256P9JPNE94NSN
I converted a Razor Scooter back in 1996, and I still have it. I built up the Footboard for battery storage. A Computer Fan cooled the electronics when turned-on. I also used the Trigger Mechanism from a variable-speed Battery Drill for the Throttle Control. This throttle was mounted on The Footboard, and operated with the front part of the foot. I always wanted to "fly" through a Speed Camera with it, exceeding the speed limit, but it became scary to ride at 20kM/h! It only had a very poor rear brake. How things have changed since 1996, with much-improved components and batteries. Nice build, Greetings from Australia.
Excelente trabalho 👍👍👍
Did you test the range ? Could anyone tell me a realistic range ?
я бы еще и переднее колесо подключил! прикольно замерить скорость!
Полный привод. Зачем,а дрифтовать как?
You should have painted the plywood black, water resistantly glued it in and said nothing about it being ply. Cheers good job.
That's alot of skills....from electric to manual handling of the metal bits ....I couldn't put a screw on my dualtron that was stuck
Hello, nice work. I would like to know what is the approximately power when you ride at 25 km/h. And if you also have the speed for the max power you can reach, it will be great. Thanks
Super interesting. I wonder how much he spent on the whole scooter. And how much he saved ? If he spoke a little it would of been good to understand what all the parts r called. Thanks anyway for the upload.that was great dude!
cool video for learning how to build it etc, but he did not save money. parts 413 USD / 347 EUR + shipping 25-35USD or more without tax, + man-hours. as you can buy 350w no brand scooter on Aliexpr. for 255EUR and brand scooter for 325EUR .. mybe if project for scooter will be bigger. with 2000w-3000w motor what will drive 50-70km/h :)
Hello, thank you for the video, I see that you have a charging socket, where is that connected to? BMS or the controller or the batteries? Thanks.
Nice work, looks out of factory finish. But the total cost of parts is more than a Xiaomi 365 scooter