Wheel Technology
Wheel Engineering
PRECISE SCIENCE & PROVEN FIELD PERFORMANCE
Carbon Spokes
40% less mass than conventional steel. Reduced rotating mass directly translates to superior responsiveness and acceleration.
Structural Safety
Certified 4000N tensile capacity. Exceeding standard steel fatigue thresholds for ultimate structural reliability.
Paint-Free Finish
Raw structural surface technology saves 20-30g per rim while eliminating coating delamination risks under thermal load.
Precision Ratchet
36T Precision system for 10° instantaneous engagement. Floating dual-ratchet architecture ensures total power transfer.
Spoke Hole Reinforcement
Reinforced rim wall around each spoke hole via robotic precision drilling. Optimizes stress distribution, reduces fatigue load, enhances impact resistance and long-term structural integrity.
System Synergy
Fully matched hubs, rims, and spokes. Interface stress reduction through bespoke aerospace-grade engineering.
Technical Deep Dive
Tapered Connection
Instead of unreliable adhesive bonding, each spoke utilizes a precision-machined tapered conical interface. Mechanically pressed under 4000N axial tension.
| Connection Type | Mechanical Interference Fit |
| Max Capacity | 4000 N |
High-Grade Carbon Layup
Using Toray T700, T800, and T1000 PrePreg. Digital orientation control increases system rigidity by 5%.
| Materials | Toray T700 / T800 / T1000 |
| Process | Digitally Controlled Layup |
Balanced Tension Lacing
Hand-finished to a tolerance of ≤ 5kgf tension variance. Side-loaded 16 times to eliminate early settlement and ensure life-long true rolling.
| Tension Variance | ≤ 5 kgf |
| Runout Tolerance | ≤ 0.2 mm |
Aerospace CNC Hubs
Monolithic CNC machining from aerospace-grade alloy. Optimized flange geometry reduces aerodynamic drag and maximizes torsional stiffness.
| Manufacturing | Monolithic CNC Machined |
| Bearing Grade | High-Performance Sealed |