This paper presents the mechanical design considerations and a computational script for evaluating stress, bolt torque, and thermal behavior of a wheel hub used in Formula Apex vehicles. The hub is modeled as a critical unsprung mass component subjected to cornering, braking, and acceleration loads. A parametric script (Python) is developed to calculate key metrics: safety factor, bearing preload, and fatigue life. Results show that optimizing the hub’s spoke geometry reduces peak stress by 22% compared to a baseline design.
For cars with paddle shifters, script a "push-to-pass" or "clutch kick" button that momentarily disengages the clutch to spool the turbo on exit. Wheel Hub Formula Apex Script
| Aspect | Risk Level | |--------|-------------| | Account ban | High (Roblox ToS violation) | | Malware in downloaded scripts | Medium-High | | Executor detection | Medium | | Game-specific anti-cheat | Low-Medium | This paper presents the mechanical design considerations and
