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Weighing in at a whopping 44.2 pounds, here is my initial design for my battle bot! Still needs a spinning drum on the other side for an active weapon, but the chassis, powertrain, and wedge are all done and ready to be built.
The chassis plate is 1/2" HDPE, the frame is 3/4in steel tubing, the wedge is 1/4in steel plate, the top armor is 1/4in polycarbonate, and the side armor is 1/8in steel plate.
Powered by two harbor freight drill motors on 10,000mAh of 22.2v lithium batteries, it should be powerful enough to hold it's own. Plans are to attach a spinning drum with nuts welded onto the outside onto the front with an angle grinder motor. This will (hopefully) fling the enemy robot across the arena, flip them, or tear into their armor.
The 30lb class is not very popular in the US, so I'm building for a 60lb class bot. If I need to add another two wheels and motors I will, but we'll see how this does.
Do you think the botbitz 85a ESCs will be enough?
Weighing in at a whopping 44.2 pounds, here is my initial design for my battle bot! Still needs a spinning drum on the other side for an active weapon, but the chassis, powertrain, and wedge are all done and ready to be built.
The chassis plate is 1/2" HDPE, the frame is 3/4in steel tubing, the wedge is 1/4in steel plate, the top armor is 1/4in polycarbonate, and the side armor is 1/8in steel plate.
Powered by two harbor freight drill motors on 10,000mAh of 22.2v lithium batteries, it should be powerful enough to hold it's own. Plans are to attach a spinning drum with nuts welded onto the outside onto the front with an angle grinder motor. This will (hopefully) fling the enemy robot across the arena, flip them, or tear into their armor.
The 30lb class is not very popular in the US, so I'm building for a 60lb class bot. If I need to add another two wheels and motors I will, but we'll see how this does.
Do you think the botbitz 85a ESCs will be enough?
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