Actually, although PLA is the easiest to print, PETG is stronger and more durable.Matholy wrote:PLA is definetly better than ABS or PETG. It's easier to print and alot stronger.
Methods like ^ are great for building, because weight is so important in battery buggy. A heavy car will really restrict the maximum speed you can take it to (which is also why 6V motor cars have posted the best times i have seen so far at invis). I highly, highly, recommend building the way SahilS did.SahilS wrote:I'm using carbon fiber tubes and 3D printed connectors connect them into a rectangle. Like how you can use connectors to connect PVC pipes... just with carbon fiber instead.
So I finished my battery buggy today and I tested it. It worked perfectly and it goes very fast. One thing I would do is use thin carbon fiber because I got tubes that were 12mm wide. You can get 8mm ones which is what I would highly suggest getting. I should've not underestimated the strength of carbon fiber. Though with how fast mine goes right now, I don't think it will make much of a difference. Carbon fiber is so light though. I held all 3 rods which I used and they felt like I was holding almost nothing. I'll post a picture of it soon.Methods like ^ are great for building, because weight is so important in battery buggy. A heavy car will really restrict the maximum speed you can take it to (which is also why 6V motor cars have posted the best times i have seen so far at invis). I highly, highly, recommend building the way SahilS did.
We have been able to produce similar results. However, we are having issues with the car skidding due to the speed. Anyone have suggestions for tiny, very dense weights that we can use (obviously can't use lead). Suggestions?SahilS wrote:So I finished my battery buggy today and I tested it. It worked perfectly and it goes very fast. One thing I would do is use thin carbon fiber because I got tubes that were 12mm wide. You can get 8mm ones which is what I would highly suggest getting. I should've not underestimated the strength of carbon fiber. Though with how fast mine goes right now, I don't think it will make much of a difference. Carbon fiber is so light though. I held all 3 rods which I used and they felt like I was holding almost nothing. I'll post a picture of it soon.Methods like ^ are great for building, because weight is so important in battery buggy. A heavy car will really restrict the maximum speed you can take it to (which is also why 6V motor cars have posted the best times i have seen so far at invis). I highly, highly, recommend building the way SahilS did.
Options to alleviate this hazard include wearing masks, having a fan or vacuum remove dust as it is created, or performing such tasks outdoors in a breeze.kinghong1970 wrote:Um... I love CF but would not expose any kids to sanding CF unless we have dust control solutions...
Don’t want to breathe in the dusts
Ok, by skidding I am going to assume you mean your wheels stop but lose traction and skid. If so then you might want to get some wheels with grippier rubber. I am using wheels from BaneBots and they work flawlessly. You could also adjust your buggy so that it goes the distance and stops precisely at the end after skidding. If you're having trouble with your braking system and want a rod to stop the wing nut then I would use a carbon fiber rod. I am using one which has a diameter of 4mm and I just cut it with a mini miter saw. I didn't wear any protective gear to keep me away from the dust but I'm fine.We have been able to produce similar results. However, we are having issues with the car skidding due to the speed. Anyone have suggestions for tiny, very dense weights that we can use (obviously can't use lead). Suggestions?
Thanks!
Were your carbon fiber tubes circular? Besides connecting them, did you use glue as well? I am kind of dissatisfied with how plain my wooden Battery Buggy looks right now, nothing like the awesome F1 Electric Vehicle that windu34 used in the 2016 science olympiad competition. Maybe I will try a 3D printed - carbon fiber one.SahilS wrote:So I finished my battery buggy today and I tested it. It worked perfectly and it goes very fast. One thing I would do is use thin carbon fiber because I got tubes that were 12mm wide. You can get 8mm ones which is what I would highly suggest getting. I should've not underestimated the strength of carbon fiber. Though with how fast mine goes right now, I don't think it will make much of a difference. Carbon fiber is so light though. I held all 3 rods which I used and they felt like I was holding almost nothing. I'll post a picture of it soon.Methods like ^ are great for building, because weight is so important in battery buggy. A heavy car will really restrict the maximum speed you can take it to (which is also why 6V motor cars have posted the best times i have seen so far at invis). I highly, highly, recommend building the way SahilS did.
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