Unmanned Helicopter
Concept
K-RACER is an advanced aerial logistics solution developed to tackle pressing social challenges, including labor shortages driven by a declining birthrate and an aging population, as well as the growing impact of natural disasters.
Leveraging the unique advantages of unmanned aircraft, K-RACER offers innovative solutions for these issues.
It combines Kawasaki Heavy Industries’ extensive expertise in helicopter development with the high-performance small-engine technology cultivated through its motorcycle business. This fusion enables K-RACER to overcome the limitations of conventional drones by achieving:
Leveraging the unique advantages of unmanned aircraft, K-RACER offers innovative solutions for these issues.
It combines Kawasaki Heavy Industries’ extensive expertise in helicopter development with the high-performance small-engine technology cultivated through its motorcycle business. This fusion enables K-RACER to overcome the limitations of conventional drones by achieving:
- Heavy cargo transportation
- Long-range and extended-duration flights
- Reliable performance in strong wind conditions
Additionally, it features simple tablet-based controls unique to unmanned aircraft and is also capable of fully automated flight.
Use Cases
The second-generation demonstration model, K-RACER-X2, has already proven its capabilities in real industrial infrastructure settings.
▼Mountainous Cargo Transport

▼Transmission Tower Cargo Transport

▼Emergency Supply Delivery

▼Wind Turbine Blade Maintenance

Roadmap
We are currently conducting Proof of Concept (PoC) tests across various use cases. In 2025, we obtained approval in Japan for Beyond Visual Line of Sight (BVLOS) operations, enabling us to advance our flight testing efforts. We are developing the mass-production model in parallel while incorporating data and operational know-how obtained from these PoCs.
Looking ahead, we are also exploring the adoption of power units aligned with future decarbonization goals, as we strive to lead the next industrial revolution in the skies.
Looking ahead, we are also exploring the adoption of power units aligned with future decarbonization goals, as we strive to lead the next industrial revolution in the skies.
K-RACER-X2 Specifications
| Rotor diameter | 7.0m |
|---|---|
| Height | 2.0m |
| Max. payload | 200kg |
| Powerplant | Reciprocating engine |
| Fuel type | High-octane gasoline |
| Cruise speed | Approx. 140km/h |
| Range | 100km or more |
| Endurance | 1 hour |
| Wind resistance | Approx. 18m/s |
Related news
| Dec. 15, 2025 | |
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| Dec. 1, 2025 | |
| Mar. 13, 2025 | |
| Jan. 14, 2025 | |
| Jan. 12, 2024 | |
| Nov. 14, 2023 |
Contact
If you need more information about our business,
please feel free to contact us.





