ELECTRICAL
Major progress was made across electrical systems, with tractive battery designs nearing completion, PCBs in testing, and the electric powertrain achieving a spinning motor with completed HV/LV and CAN connections. The electronics and software teams finalized their boards, began long term performance testing, trained new members, and developed a data analytics program to process vehicle-wide data.

MECHANICAL
Chassis and mount designs have passed structural equivalency standards, fabrication training is underway, and manufacturing is set to begin in early February. The powertrain was fully redesigned to integrate the EMRAX 228 motor with validated mounts, gearing, and chain systems, while suspension, tractive battery structures, and the driver interface dash are prototyped and moving into manufacturing. The Aerodynamics sub-team has been concerned with design iteration, utilizing CFD tools to optimize geometry of the nosecone.
