The Red Kite is a lightweight, multi-purpose fixed-wing drone engineered for performance, scalability, and cost-efficiency. Designed from the ground up for mass production, it serves as the foundation of a fully modular platform—ready to adapt to a wide range of mission profiles through various add-ons.
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Our prototype has already proven its exceptional agility, stability, and responsive handling. Despite its high-performance capabilities, the Red Kite remains remarkably easy to control, making it accessible to both experienced operators and aspiring pilots.
As an affordable Visual Line of Sight (VLOS) system, the Red Kite is ideal for target practice, detection system testing, and pilot training. It delivers reliable, repeatable performance.
Built for ease of use, its plug-and-play architecture enables rapid configuration and deployment. Hand-launch takeoff allows operations from virtually any environment, while dismountable wings ensure compact transport and efficient storage.
With optional mission modules currently in development, the Red Kite is evolving into a highly versatile aerial platform—expanding its operational capabilities while maintaining its core strengths of simplicity, agility, and affordability.
1m wingspan
10mins endurance
80km/h cruise speed
150km/h max speed
1400g empty weight
Hand launched

Special requirements for your drone?
Our engineering team is ready to adjust and customize a red kite tailored to your operational needs.

Heat generated by the engine and onboard electronics can be readily detected by thermal imaging systems, creating identifiable infrared (IR) signatures during operation.

By retracting the engine deeper into the fuselage and incorporating advanced thermal insulation, the Red Kite significantly reduces visible IR peaks and overall lower signal.
As AI and camera technologies become central to modern drone detection systems, rigorous testing is critical. While adjusting the background of our “dazzle camouflage” drone image using an LLM, we observed an unexpected anomaly in the output. Further testing using ChatGPT Pro revealed a deeper issue: the AI showed no clear sense of directional awareness. In real-world anti-drone operations, that limitation could prove disastrous.

Original picture used as input in ChatGPT. Part of the picture is intention removed, AI was given the full image.

When prompted to “make the drone roll off an assembly line,” the output revealed a clear limitation in spatial and contextual understanding.

When prompted 'indicate flying direction with arrow', the system confused front and rear of the drone on its first attempt.

On the second attempt to provide a flying direction, the system performed even worse. This indicated that dazzle camouflage can be effective against certain AI drone detection systems.
Milvus Miltech