Designed for diverse autonomous platforms and mission environments, delivering robust positioning solutions across air, land, sea, and critical systems.
Reliable navigation in complex airspace is essential for modern UAV operations. Fly General's anti-jamming technology ensures precise flight control, stable connectivity, and resistance to both intentional and unintentional interference.
Whether for industrial inspection, commercial delivery, surveillance, or mapping missions, our integrated anti-jamming machines keep your drones on course — even in urban high-rise shielding scenarios, complex electromagnetic environments, or when facing malicious jamming and spoofing attacks.
Stable positioning for ground autonomy in the most demanding environments. Our solutions deliver centimeter-level accuracy for unmanned vehicles navigating rugged, GPS-denied, or dynamically changing terrains.
Urban canyon effects, signal multipath, and deliberate jamming can cripple ground-based autonomous systems. Fly General's multi-element antenna arrays provide robust spatial filtering, ensuring your UGVs maintain precise positioning even when satellite signals are severely compromised.
Maritime navigation resilience for coastal and open-water operations. Our systems combine multi-constellation GNSS reception with advanced anti-jamming to maintain accurate heading and position data in challenging maritime RF environments.
From environmental monitoring to maritime security, from hydrographic survey to offshore logistics — Fly General provides the navigation reliability that unmanned surface vessels demand for safe and effective autonomous operations at sea.
Precision timing and synchronization are the backbone of modern telecommunications, power grids, and data center operations. GNSS signal disruption at these facilities can cascade into widespread service failures.
Fly General's anti-jamming integrated machines provide robust protection for communication base stations, power grid stations, and other critical timing-dependent infrastructure, ensuring continuous operation even under intentional electromagnetic attack.
Our solutions integrate with the most widely adopted autonomous flight platforms and communication protocols.
Fully compatible with industry-standard flight stacks including Pixhawk, PX4, Cube, and ArduPilot for reliable plug-and-play performance.
Multiple communication interfaces including UART, CAN bus, and Ethernet adapt to diverse hardware setups for smooth data transmission.
Pre-validated modules and open APIs accelerate deployment cycles for custom autonomous solutions.
Standard positioning data output compatible with virtually all navigation systems and ground control stations.
Our engineering team is ready to discuss your specific application requirements and recommend the optimal configuration.
Contact Our Team