ZELO
KAVO SPM X ZELO T1000 Carbon Fiber Children's Racing Balance Bike
KAVO SPM X ZELO T1000 Carbon Fiber Children's Racing Balance Bike
The entire bike uses Japan Toray's T1000 high elastic modulus carbon fiber to achieve lightweight and high rigidity. With every pedal stroke, it achieves Maximum Power Transfer with Minimal Energy Loss, instantly transmitting propulsion to the road surface, thereby surpassing competitors in acceleration performance.
Core Advantages|Core Advantages
🔹 T1000 Carbon Fiber Frame|Extreme rigidity, ultimate transmission
The entire bike is made of Toray T1000 high modulus carbon fiber from Japan, which is lightweight and highly rigid, achieving Maximum Power Transfer with Minimal Energy Loss with every pedal stroke, delivering propulsion instantly to the ground and leading acceleration performance ahead of competitors.
🔹 Race Geometry|Race geometry design, precise control
Based on data, the geometry angles and wheelbase ratio are tuned to create the perfect balance of ultimate stability and responsive handling, allowing kids to maintain absolute confidence even when cornering at high speeds. Designed for race. Tuned for control.
🔹 Monocoque Carbon Construction|One-piece molding, seamless strength
KAVO uses Monocoque Technology; T1000 carbon fiber reduces structural weaknesses and enhances overall durability while maintaining Featherweight Racing Performance.
🔹 Ultra-Light. Ultra-Fast.
Precisely controlling frame weight brings Lightning Start & Agile Handling, allowing children to seize the advantage at starts and turns, excelling in both offense and defense. From Local Tracks to Global Podiums
KAVO is not only designed for domestic competitions; every inch of its detail is a response to the global arena.
Global Standard. Local Domination.
KAVO Carbon Fiber Frame Product Specification Document
Product Information
- Product Name: KAVO Carbon Fiber Frame
- Model: zelo
- Material: Carbon Fiber
- Company Name: Yiqiao Leisure Co., Ltd.
- Company Address: 7th Floor, No. 27, Xinchang Street, Fengshan District, Kaohsiung City, Taiwan
1. Main Components
|
Component |
Description |
|
T1000 Carbon Fiber |
High-strength carbon fiber providing excellent strength and rigidity. |
|
Epoxy Resin |
Used as an adhesive for carbon fiber, enhancing structural stability. |
|
Reinforcing Materials |
Optional fibers (such as aramid fiber) to improve toughness. |
2. Auxiliary Components
|
Component |
Description |
|
Filler |
Improves resin flow and reduces costs (e.g., talc powder). |
|
Catalyst |
Accelerates the resin curing process, ensuring quality formation. |
|
Antioxidant |
Increases the durability of the resin, preventing aging. |
3. Physical Properties
|
Property |
Value |
|
Density |
Approximately 1.6 g/cm³ |
|
Tensile Strength |
Approximately 5000 MPa |
|
Bending Strength |
Approximately 7000 MPa |
|
Elastic Modulus |
Approximately 230 GPa |
4. Application Characteristics
- Weight: Lightweight design suitable for racing and high-performance cycling.
- Rigidity: Provides exceptional rigidity, enhancing riding stability.
- Durability: Excellent impact resistance and wear resistance.
5. Manufacturing Process
- Hand Layup: Manually stacking carbon fiber layers to achieve the desired strength and shape.
- Vacuum Infusion: Using vacuum technology to remove bubbles, ensuring even resin distribution.
- High-Temperature Curing: Curing the resin at high temperatures to enhance strength and stability.
