Meshopia · EnglishEnglish
MESHOPIAScale modelling & RC

3 tagged models · Page 1 of 1

#hyper go

Discover 3D models tagged hyper go and check their print information, files and terms before downloading.Search this tag in the catalogue →
Vista de Hyper Go RC Car Shock Tower

Hyper Go RC Car Shock Tower

Hyper Go RC Car Shock Tower Purpose This model is a replacement shock tower designed for a Hyper Go RC car. It serves as a structural component intended to replace a damaged original part following a crash. Practical Uses This part is used to secure the shock absorbers and suspension arms on a Hyper Go RC vehicle. To install the component, the user must unscrew the shocks and the arms; the dismantling process requires 4 screws. Included Parts - car shock tower.stl - Part Studio 1.step

Technology
Sin probar
material
—
Difficulty
Sin especificar
Vista de Hyper Go RC Car Control Arm

Hyper Go RC Car Control Arm

Hyper Go RC Car Control Arm Purpose This model is a replacement control arm designed for a Hyper Go RC car. The author created this part as a quick fix following a breakage caused by a motor upgrade. Practical Uses It serves as a functional repair component for RC car steering systems when the original control arm is damaged or broken. Included Parts - pt 2 control arm.stl Assembly Guidance To install this part, the user must dismantle the differential box and pull off the existing arm.

Technology
Sin probar
material
—
Difficulty
Sin especificar
Vista de MJX HYPER GO RC model steering arm and suspensions hooks

MJX HYPER GO RC model steering arm and suspensions hooks

MJX HYPER GO RC model steering arm and suspensions hooks Purpose These hooks are designed specifically as replacement parts for the MJX HYPER GO RX RC car. Practical Uses They serve as replacement steering arm and suspension hooks for the MJX HYPER GO model. Included Parts - MJX HYPER GO steering arm hook - MJX HYPER GO suspension hook Printing and Assembly Guidance The author recommends printing the hooks in a horizontal orientation for best results. Based on the author's reported settings using eSun PETG-CF filament, the following parameters were used: - Infill: 100% with concentric patterns - Speed: 50mm/s constant speed for all printing fields - Temperature: 255°C nozzle / 70°C bed Users may refer to the provided QiDi studio setting screenshots for additional configuration details.

Technology
Sin probar
material
—
Difficulty
Sin especificar