Brisk Engineering Foundation

Innovation is not a moment of inspiration.It is the result of long-term experimentation and systematic validation.


We do not claim to define the future of the industry.

But once we had the capability and resources, we chose to allocate part of them to something more enduring —

to support innovation,

to support young engineers,

to support ideas that may not yet be visible to the market, but deserve to be tested.

Records can be broken.

Specifications can be surpassed.

What truly deserves to endure is engineering capability itself.


At Brisk, we allocate 3% of our annual revenue to support engineering and innovation initiatives.

Each year, 3 key projects are selected for sustained funding and technical mentorship.

Our focus extends beyond wheelsets to broader cycling system innovation, including:

  • Composite materials and structural engineering
  • Aerodynamic optimization
  • Lightweight functional components
  • Integrated cycling system solutions

We believe true technological progress does not lie in pushing parameters to extremes,

but in achieving holistic system balance.


We provide engineering and design students with:

  • Project funding (covering materials and testing expenses)
  • Experimental materials and component samples
  • Small-scale structural testing tools
  • Engineering methodology guidance and data analysis support

All supported projects emphasize:

  • Clear structural logic
  • Verifiable data
  • Reproducible results
  • Complete experimental processes

Participants do not simply receive resources; they engage in a full engineering cycle:

Concept → Structural Design → Prototype Development → Testing & Validation → Data Review → Iteration

The objective of each project is not merely to produce an outcome,

but to build sustainable engineering capability.


We support young engineers and independent creators in developing prototypes and validating systems.

Funding areas include:

  • Innovative cycling components or functional modules
  • Material and structural experimentation
  • Engineering validation of creative concepts

Support includes:

  • Prototype development funding
  • Material and testing support
  • Periodic design reviews
  • Data analysis and structural optimization guidance

We prioritize rigorous logic and experimental depth over commercial maturity.

Meaningful innovation must withstand verification.


Funding and materials are only the foundation.Methodology and systems matter more.

Brisk engineers participate in project reviews and technical exchanges, assisting with:

  • Test plan development
  • Data analysis frameworks
  • Structural optimization
  • Completing the validation loop

We aim for participants to master comprehensive engineering systems rather than isolated design skills.

Because long-term industry progress depends on the continuous growth of engineering capability.