Image Courtesy: AirKamuy
Japan has begun deploying a new class of ultra low cost drones made largely from cardboard, signaling a shift toward mass produced, expendable systems in modern military operations. The drones are already being used by the Japan Maritime Self Defense Force, primarily as aerial targets and for testing unmanned capabilities.
The system, developed by AirKamuy, is designed around affordability and rapid production rather than durability or long term reuse. Built from corrugated cardboard with a protective coating, the drone departs from traditional aerospace manufacturing methods, as reported by Tom’s Hardware.
Known as the AirKamuy 150, the drone costs between $2,000 and $2,500 per unit, significantly lower than conventional military drones that can range from tens of thousands to millions of dollars. The simplified design allows production using standard cardboard manufacturing facilities, potentially enabling large scale output during periods of high demand.
The drone is capable of flying for around 80 minutes or covering distances of up to 50 miles, carrying payloads of approximately three pounds. It is shipped in flat packed form and can be assembled in minutes, allowing hundreds of units to be transported efficiently in a single container.
The concept behind the system focuses on swarm deployment. Rather than relying on a small number of expensive platforms, these drones can be used in large numbers for tasks such as reconnaissance, electronic interference, or acting as decoys. In some scenarios, they could be deployed to overwhelm air defense systems or absorb defensive fire before more advanced assets are used.
Military planners are increasingly exploring this approach as conflicts demonstrate the effectiveness of low cost unmanned systems. By prioritizing quantity and replaceability, these drones can be used in high risk operations without the same financial or strategic consequences as losing more advanced equipment.
There are also potential secondary advantages to the design. Cardboard structures may have lower radar visibility compared to traditional materials, making them slightly harder to detect under certain conditions. While not invisible, this could complicate tracking when deployed in large numbers.
The development reflects a broader shift in military strategy toward distributed, scalable systems. As unmanned technologies continue to evolve, the emphasis is moving away from highly specialized platforms toward flexible, rapidly deployable tools that can be produced and replaced quickly.
Japan’s adoption of the AirKamuy 150 highlights how industrial manufacturing methods are being adapted for defense applications, pointing toward a future where scale and cost efficiency play a larger role in military capability.