Frame material is not a manufacturing footnote. It is a decision about durability, engineering and scale.
Most people notice a bicycle’s silhouette, color or components. We also look at what is harder to see: the raw material, the manufacturing process and the possibility of keeping the product in service for years.
At MYKE, we are developing the concept of a monocoque frame made from recycled thermoplastic enriched with graphene. The approach brings together integrated design, material reuse and an industrial process focused on repeatability.
We do not choose a material for what it promises. We choose an engineering path that must prove itself in real-world use.
What role does graphene play?
Graphene is a form of carbon with properties of interest to materials science. When added to a polymer, its effects depend on practical variables: formulation, concentration, dispersion, processing and the geometry of the part. There is no automatic performance gain simply because graphene is present.
Our development work explores these possibilities for a frame designed around the demands of shared mobility, including daily wear, stability, maintenance and consistent manufacturing.
Design and manufacturing must evolve together
A monocoque frame allows forms that go beyond traditional tubes. Yet an appealing shape only matters if it can be manufactured consistently, inspected, serviced where appropriate and integrated with the rest of the bicycle.
Thermoplastic injection molding is an industrial route that can support repeatability at volume. Economic feasibility and mechanical performance still depend on process validation, tooling, fatigue testing and long-term behavior.
Real innovation needs to work in the factory, on the street and at the end of its lifecycle.
Less hype. More engineering.
Recycled plastic does not remove environmental responsibility; it calls for traceability, resin quality and lifecycle assessment. Similarly, graphene does not automatically make a product superior to aluminum or carbon fiber. Each is a different engineering solution with its own trade-offs.
Our view is simple: the future of mobility deserves materials rethought with discipline. That is the work we want to do at MYKE.
MOVE QUIETLY.