Carbon ThreeSixty TFP-Developed Aerodynamic Wheel Covers Are Ready to Support Road Vehicles

Why It Matters

By slashing wheel‑induced drag and weight, the new covers can extend electric‑vehicle range and improve lap times, giving manufacturers a tangible performance edge. The automated TFP process also lowers production costs, accelerating adoption across premium and mainstream segments.

Key Takeaways

• Wheel covers can cause up to 20% of vehicle drag
• TFP design cuts three plies, reducing weight
• Stiffness jumps 223% versus traditional prepreg covers
• Automated placement shortens lead time and labor costs

Pulse Analysis

Aerodynamic efficiency has become a decisive factor in both high‑performance and electric vehicles, where every percentage of drag reduction translates into speed or range gains. Wheels, often overlooked, can generate as much as one‑fifth of a car’s total aerodynamic drag, especially when turbulent air swirls around the spokes and arches. Carbon ThreeSixty’s new wheel covers address this hidden loss by reshaping airflow, lowering rotational inertia, and thus delivering measurable improvements in vehicle efficiency and handling.

The breakthrough stems from the company’s use of tailor‑fiber‑placement (TFP), a robotic lay‑up technique that positions carbon‑fiber strands exactly where structural reinforcement is needed. Compared with conventional prepreg laminates, the TFP preform eliminates three plies, shedding weight while achieving a 223% increase in stiffness. The high‑modulus carbon weave, combined with an organic rib‑spoke architecture, also resolves drape challenges on complex wheel geometries. Resin infusion completes the part quickly and cost‑effectively, offering short lead times and reduced labor expenses.

For manufacturers, the technology promises a competitive advantage. Hypercar and supercar makers can market lighter, stiffer wheels that boost acceleration and braking, while electric‑vehicle producers gain a straightforward path to longer range without sacrificing performance. As the automotive industry scales toward mass‑market EVs, the cost‑effective, automated nature of TFP‑produced aero‑covers could see broader adoption, reshaping wheel design standards and reinforcing Carbon ThreeSixty’s position as a niche innovator in automotive composites.