From a sketch to working hardware: mechanical design, composites and additive parts, engineered for manufacture. Early prototypes are printed in-house for quick fit checks and iteration; production goes to trusted specialist suppliers, chosen to suit the part. One point of contact from concept to delivered parts.
Concept to manufacture — CAD, design-for-manufacture, tolerancing and detailed part design across disciplines.
Carbon and advanced composites — from aerospace structures to racing shells and bicycle frames.
3D scanning, CFD modelling and real-world testing to understand and reduce drag.
In-house printing for rapid prototypes and fit checks; end-use parts sourced from specialist suppliers in the right material and process.
Fast iteration from sketch to working hardware for sports projects, startups and manufacturers.
Bike-specific computer and camera mounts — designed and printed in-house, to fit your setup exactly.
Mechanical design for the team behind the CIRRUS real-world aerodynamic measurement system.
Mechanical design for a small startup producing a next-generation 3D-printed bicycle. Yet to be announced.

Design work on new racing boats and accessories — building on shell-manufacturing experience.

Aerodynamic optimisation of cargo bicycles for the London logistics firm Pedal Me.

Design of a large trailer towed behind cargo bikes for the bicycle-servicing company Fettle.
Bike-specific computer and camera mounts, designed and 3D-printed to order for riders.