About Us
Roam's patented tilting single-blade rotor uses wind in a unique manner. Tilting enables a bigger rotor to be installed which catches more energy at low wind speeds, then flattens to ride out extreme storms, to continue producing power instead stopping.
A robust mechanism that lets it lower to the ground in 30 minutes for servicing. One blade, fewer moving parts, less to maintain. It's the core of what makes Roam work where conventional turbines can't.
Monitor every unit from one place. The Roam app gives you real-time output, total energy produced, and system status at a glance wherever you are. Power you can see, from anywhere.


benefits

benefits

benefits

benefits


We are working with a limited number of organisations to validate Roam in real operating conditions. Pilot partners get early access to the technology, direct involvement with the TouchWind engineering team, and the opportunity to shape how the product develops for their specific use case. Fill in the contact form and we'll set up a technical briefing to explore whether your situation is a good fit.
What makes Roam different from a standard wind turbine?
How much power does a Roam unit produce?
How long does installation take?
What wind speeds does Roam require to operate?
Where is Roam in its development?
How does the commercial pilot program work?
What does it cost?
Can Roam work alongside existing diesel generators or solar panels?


