MAGNETIC LEVITATION SYSTEM CARBON HELIX BLADES 3 blades · 90° twist · dark purple N S N S Rotor repulsion force 2–4 mm N S N S Stator Bearing gravity Magnet N42–N52 · Ø60/Ø20 · 10 mm
🧲 Zero-Friction Engineering

The rotor that
floats on
magnetic force.

At the heart of our turbine sits a passive bearing system that offloads up to 90 % of the rotor's weight — eliminating the friction that kills small wind turbines before the breeze even starts.

Scroll

A small team on a mission

TulipWindmill is a small startup, run by a small team of engineers who, convinced that Global Warming is the main challenge of our generation, built their careers in the nuclear industry — including work on ITER, the world's largest fusion energy project. That background in extreme-tolerance engineering and rigorous testing now shapes how we develop wind energy.

⚛️

Nuclear & Fusion Roots

o

We are still a startup with a very small team but Our founding engineers bring years of experience, where precision, safety margins and long-term reliability are non-negotiable.

🔬

Private R&D

We are currently developing and testing several new turbine and bearing configurations privately, refining each design before the strongest candidates go to market.

🤝

Small & Focused

A lean, hands-on team means fast iteration and direct engineering ownership — every prototype is built and tested by the people who designed it.

Interested in what
we're building?

Whether you're a potential partner, investor, or research institution — we'd like to hear from you.

Get in touch →