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Here is the schematic and code I made in tinkercadĢx Uxcell Shaft Coupling 2.3mm to 3mm Bore L26xD10 Robot Motor Wheel Rigid Coupler Connector: Each - $6.79 Total - $13.58ġx Momentary Hinge Metal Roller Lever Micro Switch: Total - $2.50ġx LiPo Charger 2S-3S Balance Battery Charger 7.4-11.1V: Total - $14.99ġx Male Female Bullet Connectors Power Plugs: Total - $1.25ġx 7 Round Cartridge Magazine Replacement Bullet Clip for Nerf Rival Zeus Apollo XV-700 / XVIII-700 Blasters BB035: Total - $9.00Ģx L298N Motor Drive Controller Board Module: Total - $9.00ġx IR receiver and remote: Total - $10.00ġ3x M3 3mm Female Thread Hex Metal Nut Fastener: Total - $1.Welcome to Cults, the digital marketplace for 3D printing and design. So, pressing 5 would shoot 5 bullets continuously. The 2-9 buttons shoot that number of bullets rapidly. The power button on the remote spins the flywheel while every button except 2-9 shoots 1 bullet by activating the loader. The Nerf rival assist features a IR remote and IR receiver that allow it to work from far distances as long as you have the remote.The magazine has an attachment that allows it to push the endstop when fully in. There is a mini endstop switch that detects if the magazine is in or else it won’t shoot.The Rival assist includes a 11.7 volt lipo battery that can be rechanged without fully taking it out.The LCD display shows the battery percent of the 11.7v lipo battery as wells as if the magazine Is fully pushed in.The Nerf rival assist features the following. I also used the circuits tool to create a schematic and write the code for the gauntlet which allows it to have its unique abilities. I used the design tools to make the model of the rival assist and export it to be 3D printed on my CR-10 3D printer. I utilized both functions of tinkercad to create this. The flywheel is the most important mechanism and the heart of the Nerf rival assist. When the bullet is pushed through by the loader it is then spun very fast by the flywheel and is launched forward. The flywheel uses 2 12v DC motors to spin in opposite directions to shoot the bullet.The loader is also designed to not jam the bullets and have smooth contact. It can also release multiple bullets to be shot at a time. The loader is effective because it allows one bullet at a time to be shot while restraining the others. It utilizes a gear to push the bullets forward. The loader moves the bullets to the flywheel.This was done by designing a Magazine well that can push on the lever of the magazine when it is loaded. The magwell allows the magazine to be pushed in to unload the bullets.This contraption utilizes the following 3 unique mechanisms. Here are some videos showing this in action as well as some tests
Here is the 3d Model of the nerf Rival assist in tinkercad The Nerf rival assist has proven to be able to shoot long distances, shoot at top speeds, and shoot with accuracy. What makes this special is that it can be controlled from far away because it uses an IR sensor. The nerf rival assist is an automated nerf gauntlet and turret the shoots nerf rival bullets with the press of a button. This is my own Nerf Rival assist that I designed, 3d printed, built and programmed. Hi! my name is Aaed Musa and I am 16 years old and I am an aspiring engineer.