PART 3. E SCOOTER BUILD. Machining, Fusion 360, 3ddesign , SolidWorks CAD, CNC, Mechanical Mechanism
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- Опубліковано 23 лис 2024
- How to Design & Make Electric Scooter at home. Machining, Fusion 360, PTC Creo , Solidworks CAD, CNC, DFM, MasterCam
CAD/CAM and CNC Aluminum machining.
See other DIY VIDEOS at
/ @simbamkuu33
Part 1 & 2: • PART 2. E SCOOTER BUIL...
Dope this should be on sale and design should look like motorcycle
Nice work !
Une imitation de WEPED " low budget " !!! 🤔😔🤪😵💫🤯
De Hull Québec Canada !!!
This project is about the designing and building journey of the craft.
I just stumbled on your channel, and I must say I'm impressed. I'm based in Nairobi, and recently developed an interest in becoming a maker, and I've been learning how to work with Arduinos, motors, LEDs, etc. I do have 3D and CAD modeling skills. Your channel has surfaced at the right time. I think I might learn a few important concepts from you.
Hi Ken, thanks for watching and comment. I have checked out your channel and subscribed. The best way to benefit from this channel is to replicate the designs and also machining out your designs. Also make use of your 3D printers , These will also improve your understanding of manufacturing. I can be reached at simbamkuu33@gmail.com
not a practical design via weight / strength and terrain but still a dope design the weight is the biggest issue
hey great work!
1.what is the overall weight ?
2.why did you chose such a large frame?
3.what is the reason with going with a 1000w hub motor while your frame seems to be able to handle much higher tourqe.
4.what was the cost for all the metals?
5.what will you do different if this was for a commercial application ?
6. why did you go heavy not bolts and no welding ?
Hi. Thanks for watching and commenting.
The E scooter project as presented in Part 1 ua-cam.com/video/ka00fApwFk4/v-deo.html is a design and manufacturing project. I create Engineering training materials mainly for
College students and Young Engineers. The scooter Design project is a lesson in fits, tolerances and clearances. A flawless assembly can be achieved if this is done right.
1. I haven’t been able to weigh the scooter but I am able to move it around but not lift it.
2. The design style provides a lot of opportunities for the trainees to gain design/manufacturing knowledge.
3. I went with the 1000W because it came as a kit with a 16 inch wheel plus controller. I might eventually upgrade. I must admit that even 1000w with 52 volts battery is fast for me.
4. I have access to a lot of metals mainly aluminum but I would estimate it to be around
$500 ish.
5. I would have to redesign to suit a mass production process.
6. Most of my students are looking to 3D print scaled down versions. If the scooter was to be commercialized then I would definitely go for a welded frame.
@simbamkuu33 great content and response.
Will go and watch the first part.
This is awesome man , when will you be back to the mall?
I was actually there yesterday filming by the home depot. I will be back either Saturday or Sunday
Good day
Well done.
What's the weight of the final build?
Hello, Thanks for watching and commenting. I haven't weighed it yet. I am able to move it around but cannot lift it especially with the battery.
I've always thought there was no such thing as overkill because it just meant doing something right the first time around, flawlessly....I stand corrected.
I look at it more as due diligence rather than "overkill". if you iron out all the details like fits , clearances and Tolerances on the design stage (especially on this type of an assembly), you can achieve a flawless assembly process.
can you give me link where did you get battery
Hello. I will add all the links to everything including the battery on the continuation video this Tuesday. Thanks for watching .
Here is the ebay link. I bought the 52 volts version. www.ebay.com/itm/356140822735?var=625159102201
if i swhow u pics and give u my modle of scooter can u make me parts i need help on things an if i had someone like u sir to have parts made u help me out a lot i wood allwayys pay upfrunt but i rilly have small parts that need to be made for my scooter like a seet that i have pics of i like to have on my scooter i seen made buy someone way so i can work on grub hug and not have to warry about room sir i have a yume 11pluss