Forged Wheels
Custom Motorcycle Wheels
Technical Specifications & Custom Options
| # | Available Options / Specifications |
|---|---|
| Material | Aerospace-grade 6061-T6 or 7075-T6 Aluminum |
| Manufacturing Method | Hot Forging + CNC Finish Machining |
| Wheel Sizes | 15" – 21" (Standard & Custom Sizes Available) |
| Width Options | 3.0" – 8.5" (Wider upon request) |
| Hub Compatibility | Adjustable for Honda, Yamaha, Ducati, HD, etc. |
| Load Rating | Up to 300kg (dynamic load tested) |
| Finishes | Gloss/Matte Black, Brushed, Gold, Anodized |
| Custom Engravings | Laser-etched logos, patterns, or text |
Why Choose Our Custom Forged Motorcycle Wheels?
Our wheels start as billet aluminum, heated and forged under extreme pressure for a denser, stronger structure. Compared to cast wheels, forging eliminates weak points, making our wheels 30% stronger yet lighter.
Each wheel is computer-machined to exact measurements, ensuring:
Perfectly balanced rotation (less vibration at high speeds)
True fitment (no clearance issues with brakes or suspension)
Smoother ride quality (optimized for your bike’s weight distribution)
Bespoke Design Choices
Spoke Patterns – 3-spoke, 5-spoke, or mesh designs for style + aerodynamics.
Offset & Width – Adjust for tire size and handling preferences.
Surface Finishes – Paint, powder coat, or polished bare metal.
✅ Superior Strength: Hot-forged from high-grade aluminum for unbeatable durability.
✅ Lightweight Performance: Reduces unsprung weight for better acceleration & handling.
✅ Precision CNC Machining: Ensures perfect balance, reduced vibration, and brake compatibility.
✅ Exclusive Finishes: From matte black to polished chrome, your vision becomes reality.
What Are Manufacturing process of Custom Forged Wheels?
The production of custom forged wheels represents a perfect fusion of technology and artistry, with manufacturing processes far more intricate and precise than casting, typically involving multiple critical stages from digital modeling to final quality inspection.
1. In the design phase, modern customization has become fully digitized.
Professional engineers first determine key parameters based on the vehicle model, including wheel dimensions, ET value (offset), PCD value (bolt pattern diameter), etc., ensuring the wheels perfectly match the vehicle's suspension system. Subsequently, specialized software such as UG or CATIA is used for 3D modeling, with every spoke’s angle, curvature, and cross-sectional dimensions undergoing hundreds of CAE simulation iterations for optimization. Taking a five-spoke wheel design as an example, its 72° evenly distributed geometric layout requires validation via ANSYS finite element analysis to ensure stress distribution deviation remains below 3% when each spoke bears a radial load of 1.5 tons. The virtual model must also pass 100,000 fatigue test cycles without developing cracks before proceeding to physical manufacturing.
Professional engineers first determine key parameters based on the vehicle model, including wheel dimensions, ET value (offset), PCD value (bolt pattern diameter), etc., ensuring the wheels perfectly match the vehicle's suspension system. Subsequently, specialized software such as UG or CATIA is used for 3D modeling, with every spoke’s angle, curvature, and cross-sectional dimensions undergoing hundreds of CAE simulation iterations for optimization. Taking a five-spoke wheel design as an example, its 72° evenly distributed geometric layout requires validation via ANSYS finite element analysis to ensure stress distribution deviation remains below 3% when each spoke bears a radial load of 1.5 tons. The virtual model must also pass 100,000 fatigue test cycles without developing cracks before proceeding to physical manufacturing.
2. The forging and machining stages are pivotal to achieving superior quality.
Aerospace-grade 6061-T6 aluminum alloy blanks undergo multiple forging processes to achieve dense molecular alignment, followed by heat treatment to enhance material hardness. High-precision CNC machining then ensures dimensional accuracy and dynamic balance performance. Surface treatments, such as polishing, electroplating, or powder coating, are tailored to customer preferences, not only enhancing aesthetics but also forming corrosion-resistant protective layers.
Aerospace-grade 6061-T6 aluminum alloy blanks undergo multiple forging processes to achieve dense molecular alignment, followed by heat treatment to enhance material hardness. High-precision CNC machining then ensures dimensional accuracy and dynamic balance performance. Surface treatments, such as polishing, electroplating, or powder coating, are tailored to customer preferences, not only enhancing aesthetics but also forming corrosion-resistant protective layers.
3. Quality inspection adheres strictly to international standards.
Before your wheels ship, they undergo:
✔ X-Ray Inspection – Checks for internal flaws.
✔ Dynamic Load Test – Simulates years of road stress in hours.
✔ Impact Resistance Test – Ensures they withstand potholes and rough terrain.
