CFD-led development
Concepts shaped by airflow analysis, then refined for real-world performance.
ContactEngineering better miles
Aerodynamics
with a job
to do.
CFD-driven aerodynamic devices that integrate useful storage and utility—designed for the demands of endurance cycling.
Start a design conversationAerodynamic utility
Storage that works with the airflow—integrated, accessible, and purposeful.
Endurance focused
Designed for long days where every watt saved and every gram earned matters.
The premise
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Storage does not have to be an aerodynamic afterthought.
Traditional bags and bolt-ons solve a carrying problem while often creating a drag problem. CyclingFoils explores a different answer: devices whose volume, placement, and profile are developed together—so utility becomes part of the aerodynamic solution.
From question to concept
Engineer the airflow.
Preserve the ride.
Define the mission
Bike, rider, course, duration, carried equipment, access needs, and the problem worth solving.
Model the system
We look at the bicycle and rider as one aerodynamic system—not a collection of isolated parts.
Explore with CFD
Candidate shapes are analyzed to understand pressure, separation, wake behavior, and tradeoffs.
Refine for reality
The useful concept must also be stable, serviceable, manufacturable, and appropriate for long-distance riding.
Design priorities
Purpose in every surface.
CyclingFoils is not about decoration or broad performance claims. It is about disciplined exploration: using engineering tools to develop useful devices, understand their tradeoffs, and create better starting points for testing.
Airflow first
Shape and placement begin with the pressure field around bike and rider.
Useful volume
Space for tools, nutrition, power, hydration, or mission-specific equipment.
Endurance context
Accessibility, stability, comfort, and serviceability matter over long hours.
Evidence minded
Ideas are framed as concepts until simulation and physical testing support them.
Why CyclingFoils
Built from an engineer’s instinct to ask one more question.
CyclingFoils brings an aerospace-style development mindset to bicycle aerodynamics: define the mission, model the system, challenge assumptions, and learn from the data.
The project focuses on practical aero concepts for riders who carry more because they ride farther—especially endurance and ultra-distance cyclists.
Start the conversation
What problem are you trying to solve?
Tell us about your bicycle, the equipment you need to carry, and the kind of riding you do. Photos and dimensions are welcome. We are interested in thoughtful questions, development partnerships, and real-world use cases.