(OLD) Nintendo OpenRC Mariokart (OLD)

thingiverse

Update: Major changes have been made to the Kart's design, with the rear axle now boasting super stability thanks to bigger gears that deliver more torque. The body of the Kart now features M logos, and a servo saver fix has been implemented, accompanied by a new servo push rod (users will need to drill a hole for the servo side). Furthermore, different diameters of axle and bearing blocks are available for those who have experienced loose joints or mates. A new rear chassis with a stronger motor mount has also been introduced. Update: The rear axle has encountered issues with some users, prompting me to create a brand-new version. Update: A Facebook user discovered a thin wall on the front body fender, leading to the introduction of an updated front body part called Front Body Thin Wall Fixed. Support my work by becoming a patron on Patreon: https://www.patreon.com/Metalurgiasdesigns If you like this project, please visit my Facebook page and show your appreciation with a like: https://www.facebook.com/Metalurgiasdesigns/ Fastener kits are available here: https://www.etsy.com/listing/610456453/openrc-mariokart-fastener-kit-rc?ref=shop_home_active_1 To make the assembly process easier, arrange the files according to the picture above. Please respect the license under which this project is released. Thank you! This is my version of the OpenRC car, and it's my first major project. You can print everything in PLA except for the tires, which are made from TPU. The car utilizes bearings identical to those found in Daniel Noree's F1 design, and I'd like to give him credit as his design was a significant inspiration for me and this project. You can print most of the parts without support, except for the Rear Body and Front Rim. Things you'll need to purchase: 1. Filament 2. M3 screws and nuts (available at your local hardware store or through the link provided) * DIN 934 M3 Nuts (x21) * DIN 7991 M3X8 (x15) * DIN 7991 M3X10 (x22) * DIN 7991 M3X16 (x8) 3. The same bearings used in Daniel Noree's F1 design 4. You can choose your preferred electronics, including a motor, ESC, battery, charger, radio control, and receiver I'll be releasing a video soon to feature the car and demonstrate the assembly process. If you like this project, please visit my Facebook page and show your appreciation with a like: https://www.facebook.com/Metalurgiasdesigns/ Consider supporting me on Patreon. Your contribution will greatly help me: https://www.patreon.com/Metalurgiasdesigns Thank you for your support, and I hope you enjoy the project!