Insufficient chassis rigidity and poor stress management during impact or high-load maneuvers. Resolving this prevents localized material failure and improves passenger safety through optimized energy dissipation paths.

Discontinuity between the dash panel and separate frame structures leads to poor load path management during collisions. Improving force transmission across these disparate assemblies prevents cabin intrusion and enhances occupant safety.

Insufficient dissipation of kinetic energy during collisions leads to structural intrusion and passenger injury. Improving energy absorption capacity ensures vehicle integrity and occupant safety during crash events.

Inadequate load distribution at chassis connection points leads to mechanical failure. Strengthening these joints prevents structural fatigue and improves overall vehicle rigidity.

Inadequate rigidity and poor load distribution between the radiator, subframe, and cabin assembly. Resolving this prevents mechanical vibration and improves crash energy management.