ULTRALIGHT GENERATOR ENGINES
Our mission is to unleash the full potential of autonomous applications by developing the lightest, most efficient, power-dense and vibration-free engines the world has ever seen.
At INNengine we strive to empower a new era of independence and reliability, providing these applications with the freedom to operate untethered from the grid: anywhere, anytime.
Choose freedom, choose INNengine.
INNengine signifies the most remarkable revolution in internal combustion engines since the inception of the Otto engine. Its revolutionary patented technology is a breakthrough in terms of weight and size-to-power ratio, as well as efficiency, all while being completely vibration-free! These qualities make it the ideal choice for an airborne range extender generator and a compelling solution for modern propulsion needs.
1– Patented 1 Stroke® technology: 400% Specific power
2- 70% Smaller & Lighter: Compact cylindrical package
3- H2 Multifuel capabilities: For a Net-Zero clean future
4- More power with less fuel: 22% More efficient
5- 0% Vibration: Smooth noiseless performance
6- Simplicity: 60% fewer components
At INNengine we have patented and developed two disruptive engine concepts: the e-REX and the REX-B.
Both e-REX and REX-B have INNengine patented 1Stroke engine technology. This means they have 4x more power events per revolution than a conventional 4Stroke and twice more than a 2S.
INNengine is proud to announce that it is focusing its cutting-edge ultralight generator technology on the drone/UAV sector. With drones becoming increasingly critical for a wide range of applications, from aerial surveying to emergency response, the need for reliable and long-lasting power has never been greater.
By leveraging our ultralight generator technology, we can provide drones with a highly efficient and lightweight power source, enabling them to fly for hours instead of mere minutes. We believe that this technology will transform the drone industry, unlocking new capabilities and expanding the potential of this rapidly-evolving field.