Engineering Capability

Suspension System Engineering

A well-designed suspension system is crucial to eMTB performance.

Frame Geometry Optimization

We believe that geometry defines riding experience.

We design and refine frame geometry based on:

· Target rider profile

· Riding style and terrain

· Motor and battery integration

Decisive parameters we optimize include:

· Reach & Stack

· Head angle

· Chainstay length

Structural Engineering & Strength Analysis

Durability is vital for eMTB frames.

We focus on structural integrity through:

· Reinforced motor mount design

· Stress distribution optimization

· Critical joint strengthening

Designs are configured to resist high stresses and fatigue over extended service periods.

Integration with eBike Systems

Modern eMTB frames must be designed to seamlessly accommodate various components.

We ensure compatibility with:

· Mid-drive motor systems (Bosch, Shimano, Bafang)

· Battery integration (internal / semi-integrated)

· Internal cable routing

Our engineering team prioritize both performance and clean system integration.

Manufacturing-Oriented Engineering

Engineering and production go hand in hand .

We integrate manufacturing efficiency into our frame design :

· Optimized tube shapes for forming processes

· Welding-friendly structure design

· Reduced production complexity

Consistent quality and scalable production are ensured by this approach.

Prototype Development

We enable rapid prototyping to validate products.

Our process involves:

· Sample frame production

· Assembly verification

· Performance assessment

Design iterations are driven by incorporated feedback.

Testing & Validation

Every frame undergoes strict validation to confirm safety and long-term durability.

Testing includes:

· Fatigue testing (lifecycle simulation)

· Impact testing (high-load scenarios)

· Alignment and dimensional checks

All products are developed in accordance with international standards, including EN requirements.

Development Process

We follow a structured development workflow:

Concept → Geometry Design → Engineering Analysis → Prototype → Testing → Optimization → Mass Production

Each step is focused on refining performance, reducing risk, and accelerating time-to-market.

Application-Based Engineering

We develop frames for specific riding disciplines:

Enduro eMTB

Prioritizes stability, strength, and downhill control

Trail eBike

Balanced capability for both climbing and descending

All-Mountain

Adaptable performance across varied terrain. Every frame platform is built based on actual riding requirements.