Railway networks worldwide face adhesion losses caused by environmental deposits such as leaves, sand, dust and moisture. These conditions lead to delays, incidents, high costs and reduced performance.
These issues affect all types of rail systems—from high‑speed lines to urban networks.

We design simple, passive and universal devices capable of improving adhesion before the wheel–rail contact—without energy, electronics or maintenance.

Our technology can be integrated into existing rolling stock as well as new trains, regardless of climate, line type or operating profile. It serves both operators and infrastructure managers.

Access technical documents, diagrams, videos and publications to explore performance results, physical principles and use cases of our solution.

Making rail transport more reliable, efficient and universal through simple, robust passive solutions designed for all environments.
We focus on a simple idea: using ingenuity and passive technology to tackle a global adhesion challenge. A universal, instantly effective solution that improves braking consistency and operational safety — without electronics, maintenance or added complexity.
Across the world, railway networks face adhesion losses caused by environmental deposits such as leaf residue, sand, dust and moisture. These conditions lead to wheel slip, delays, incidents, increased energy consumption and high maintenance costs. Existing solutions are often reactive, expensive, complex or limited to specific climates.
AirflowRail Innovation develops passive devices capable of improving adhesion before the wheel–rail contact, without energy, electronics or maintenance. Our ambition is to provide a simple, universal and durable answer to a global challenge.
AirflowRail Innovation was founded from a deep interest in railway systems and their operational challenges. Field experience, the observation of the limitations of existing solutions, and the determination to propose a simpler and more effective approach led to the creation of an entirely new device.