Flying Object Technologies supplies cutting‑edge UAV sub‑systems for European civil and defense markets, offering integrated datalink, remote ID, ADS‑B, and anti‑UAS solutions. The company also provides GNSS‑denied navigation and detect‑and‑avoid hardware and software to help airspace managers and manufacturers prevent collisions.
Funding
Funding not disclosed
Founders
Product
Problem
UAV operators and manufacturers in Europe face limited access to reliable, secure communication, navigation, and collision‑avoidance technologies, especially in GNSS‑denied environments and contested airspace. Existing solutions often lack integration across civilian and defense standards, creating gaps in safety, regulatory compliance, and mission effectiveness.
Solution
Flying Object Technologies provides a portfolio of integrated UAV sub‑systems that address these gaps. Their offerings include jam‑proof datalink modules for real‑time command, control, and telemetry, as well as remote ID and ADS‑B transceivers that meet civil aviation requirements. For operations where satellite navigation is unavailable or compromised, the company supplies GNSS‑denied navigation solutions that combine inertial, visual, and alternative sensor fusion. Detect‑and‑avoid (DAA) hardware and software enable airspace managers and platform manufacturers to prevent collisions with both airborne and ground obstacles. All components are designed for seamless integration into existing UAV platforms, supporting both civilian and defense use cases under NATO‑compatible standards.
Target Audience
Primary customers are UAV manufacturers, system integrators, and airspace management operators in the European civil and defense sectors seeking certified, secure sub‑systems for their platforms.
Features
- Anti‑jamming and anti‑spoofing datalink connectivity delivering high‑throughput, low‑latency command, control, video, and telemetry links
- Remote ID and ADS‑B transceiver modules that ensure regulatory compliance for civilian airspace operations
- GNSS‑denied navigation suites combining inertial measurement units, visual odometry, and alternative sensor inputs for resilient positioning
- Detect‑and‑avoid (DAA) hardware and software packages providing real‑time collision detection for airfield and in‑flight scenarios
- Portable and vehicle‑mounted anti‑UAS systems capable of detecting and neutralizing hostile UAVs
- Integration support for both civilian UAVs and defense platforms, adhering to NATO identification friend‑or‑foe (IFF) standards