MESHOPIAModel sheet · for your workshop
RC & Mechanics
Suspension link mounts for Hornet CyberBrick crawler
Authorship, licence & source
- Original author
- Pusesis productions
- Publishing account
- Meshopia
- Licence
- CC0 · Public domain · Full terms
- Availability
- Free package hosted by MESHOPIA
- Listed contents
- 3 files · STL
- Declared source
- Printables
Read the licence terms on the original listing. This sheet does not replace those terms or grant file access or additional rights.
Project documentation
- Assembly manual
- Not identified in the file list
- Bill of materials
- Not identified in the file list
Grouped by filename, without inspecting contents. Links lead to the public model listing; this sheet does not include the documents or grant access to paid downloads.
Before making: confirm additional parts, electronics, tools, scale and mounting points with the creator. A bill of materials does not establish that the assembly has been built or tested.
Print preparation
- Print status
- Not verified
Scale modelling & compatibility
- Vehicle family
- Cars, Crawlers & Off-road
Scales and compatibility are as published. Rescaling can change tolerances, fit and hardware requirements.
Published description
Anchor pieces for the suspension rods of the Hornet crawler based on CyberBrick. The author refers to them as "STRONG," but the available documentation does not provide tests to quantify an improvement in strength. They are presented as a mounting variant, not as a certified reinforcement.
Preparation, compatibility, and printing
Identify the position of each piece and compare holes and supports with the chassis. Check that the ball joints or rods travel through their full angle without touching the anchors. Layer orientation must be studied based on the stresses of the assembly. No material or infill percentage is documented; first validate fit and movement in a static state.
Manufacturing & assembly notes
Identify the position of each piece and compare holes and supports with the chassis. Check that the ball joints or rods travel through their full angle without touching the anchors. Layer orientation must be studied based on the stresses of the assembly. No material or infill percentage is documented; first validate fit and movement in a static state.
Declared changes from the original
Imported CC0 model with an automated editorial listing; the generated photographic cover is pending.