Over 100-mile range with a 30Ah lithium pack and speeds of easily over 35 mph should you ever be chased by a bear. - Bike pics: prior to Oct 2019 photos.google.com/share/AF1QipN67sUw0ykU-Mg5gLsOw9vF8kBMEM5cGCgCNmLT_j72h9iu5fKYFFVbLJ2Z415Umw?key=LUZqdEl1d3RjNV9id0ZvTEFickhITnBwWFZrU3hR

Did you build that? Or are you trying to be narcissistic with somebody else accomplishments?

@@FarmerFpv That's what a hub motor on the right frame can do.

And does it with a stick welder too! Respect

Emmmm I think that are km/h🤷‍♂

simplified???

Lol this must be the first welder you ever seen weld. The bike is cool and all but damn this man cannot weld to save his life. I can point out so many things that are wrong in this video. Starting with the damn flip flops. Smh.. You are not suppose to weld on paint. Grinding all those pieces down free handed is a great way to lose a finger or worse. Anybody can pick up a stick welder and bond two pieces of metal together. Which is this guy right here making the video. All in all still a cool ebike but damn take a welding course. Guarantee those welds dont hold.

The man is more electrician than fabricator. His wires, his 12 cell battery, all beautiful. But watching him for 13 minutes was like listening to nails on a chalk board. The bike statistically wont last. Will need constant maintenance.

@@1rr3l1vent8 ye you right

@@1rr3l1vent8 Stfu.. e-bike go zooom.

I tell you what great idea but I think you need a welder with out that your snookerd. But if your clever enough you can use nuts and bolts. It would take a hell of a lot. The ammout of steel he used this bike will be pretty heavy. So if he made it lighter in weight it would go faster then there his weight so all that is load. But great to watch it makes you want to get of backside and do that

Keep continuing watching DIY e-bike videos and you will be able to get a good grasp ob how it's made. I'm willing to do obe but I don't have the funds right now to do so, so in the meantime I keep watching videos to expand my knowledge.

Your aSuch a finny guy You reslly crack me up dats so very true i mean he can be sent back home for bieng out of uniform no watch no pencil can drive a bus with out those two and needs low cut black water proff shock resistant shoes.

Hes out of uniform send him back home hes a working hazard to anyone around him can hurt someone like get burnt hit or drop da flame on a person or start a fire if he touches a paste waxed floor ddaaa let try to fixx da transmission boss da plane i can drive foward but cant turn oopps sorry

This isnt baseball like oopps

@@RafaelSantos-vd6be please stop doing drugs

Rafael Santos you good bro?

it explains why he needs 2 engines 😂

@@gorudonu yu crsck me up yu da only one dar got it correct OH BY DA WAY UOU PUT A 500 CADDILAC ENGINE ON A CHEVROLET MALIBU EL CAMINO AND BURN RUBBER SLL DAY LONG LOTS OF TORQUE TO PUSH A VAN ACROOS AN INTERSECTION WITH ITS BREAK ON MUCH LIKE A PETERBUILT TRACTOR CATTEPILLAR ENGINE .

Nice job they are just jealous there not smart enough to do that lol

@@RafaelSantos-vd6be Go back to the kitchen,

@@jimfavor2081 I DONT COMPREHEND WATS DA MEANING OF GO BACK TO DA KITCHEN IS DA WIGGER PHRASE JOKE OR Wat can you EXPLAIN SUCH. AS THANKS.

Probably cheaper and more reliable than the mopeds.

No the thing is he build an Ebike, without spending close to 4,000$ which is how much a bike of that caliber would cost.

I spent more or less $700

@@albertnario4877 dude you are the king of diy ebike period

Exactly man, I tried to say that in my comment but some ignorant fools just didn't get it and showed me pictures of bikes 10 x the cost as trying to ridicule me for complimenting someone. lol

Holy Soyboy BETA MALE snowflakes.

He is working in his own workshop, he can break whatever ''rules'' he wants to as long as he is not putting others in danger.

thanks, 😆✌️

exactly sir. mas delikado kung walang bigat yung ebike tas natakbo ng 60mph. hindi ata nila maintindihan yon eh. hehe

you can do more than that..

ulysse speedometer pro

👌

yes your right for that 😅, also I need that bike for commuting.

how about this one ? himiwaybike.com/

Search his name in Facebook.

help do you know a cheap but efficient battery for a 1000w electric bike

Nope not cheap. But i dont think id be able to buy those u have. But your set up is nice

kindly explain why? im also new to welding.

Great idea, get a life 👌

Thats we call robust, safe and secure. It is better for me to feel secure and enjoy than doubt everytime i ride my bike. I have 5 Downhill bikes. I uses them on all terrain. From downhill, street dj, to casual city ride. I never doubt my bike being break or crack. So i just enjoy my ride

Exactly If build it properly it there is need to worry in the first place ,there are tones of ways to make a structure stronger without adding mass into it . if you see modern mountain bikes they are meant to endure a lot of stress and being light at the same time. there is no need to add material to feel safe .🙂

@@animateddropout8876 do you think major and sophistacated bike company didnt planned will? With all minds, multiple number of engineers and heads gathered just to make bike frames with advance machines and technology but still end up with cracks. Some even think using carbon to make frames lighter but resulted to instant breaks during race. Where as this man build bombproof with limited resources with simple engineer. If you think some weight saving help, tell that after some cracks and crash, i would prefer safer than sorry. Besides ,It will only differ some watts almost not noticeable. So why should he risk?

Carbon fiber it is known to be stronger then steel and being light it is preferred by every "every" automotive company for one reason only to save weight ( they know what they do and they ensure by testing and putting 10 times more stress that the bike can experience ) and not withstand crashes ,it is mainly designed to shatter on impact to keep the rider by absorbing some energy and dispersion and carbon is ur choice if u want to save a few seconds. But if you want to ur bike to last then aluminum is the way to go , and by adding more mass he is in greater risk as it will increase the stress in the joints and welds, making the welds want to snap when ever it hits a small bump in the road or a rock the weight will pull the bike down and the weight of the rider will act like a press adding the the stress and increasing the chance of collapse of the structure. For example imagine your high in mass and what will ur joints go through they will grind every time u walk or run and imagine ur joints 🙂 And it's not just some watt lost its some watt lost every second ( i design MTB'S I could make one which is way stronger and faster and efficient with the same material as him for even less cost and safer then his 🙂 thanks )

It doesn't even look strong

future project

You only learn fabricating things by hands on experience

I'm upgrade it to lithium ion. soon

Lipo is a type of lithium cell lol

@@mygamertag2010X lol i forgot i meant lion cells. The power of those 18650 bad boys are immense.