This multi-node telemetry tracking ecosystem designed for real-time aerospace tracking, UAV flight testing, and high-altitude rocketry monitoring. Engineered around a decentralized triple-processor distributed architecture, the system provides independent processing nodes for transmission, visualization, and positioning, ensuring zero data loss and maximum operational stability.
By decoupling critical telemetry functions across dedicated microcontrollers, Guarantees continuous, lag-free performance under extreme operational conditions.
Decoupled Triple-Processor Grid: Features three independent processing modules dividing the computing workload. The airborne transmitter dedicatedly samples sensors; the ground Master drives UI rendering; the ground Slave isolates local base coordinates, communicating seamlessly over a high-speed inter-board network.
Long-Range Telemetry Subsystem: Powered by premium transceiver modules, delivering exceptional immunity to interference and a reliable line-of-sight telemetry link spanning over 15 kilometers.
Blackbox Flight Logging: Features an integrated Micro SD storage suite mounted directly onto the airborne hardware bus. It archives high-frequency orientation, altitude, and positional coordinate arrays instantly for post-flight analysis, even in the event of a total ground-link blackout.
Dual-Satellite Differential Positioning: Utilizes two positioning modules simultaneously—one on the aircraft and one at the ground station—allowing the master display processor to dynamically calculate exact vector headings and real-time absolute distances between the ground crew and the airframe.
Immersive Visual Flight UI: Displays paths instantly on a vibrant, hardware-accelerated 3.5" color TFT display screen, giving operators full control over coordinates, pitch, roll, and distance metrics without needing an external computer.
This multi-node telemetry tracking ecosystem designed for real-time aerospace tracking, UAV flight testing, and high-altitude rocketry monitoring. Engineered around a decentralized triple-processor distributed architecture, the system provides independent processing nodes for transmission, visualization, and positioning, ensuring zero data loss and maximum operational stability.
By decoupling critical telemetry functions across dedicated microcontrollers, Guarantees continuous, lag-free performance under extreme operational conditions.
Decoupled Triple-Processor Grid: Features three independent processing modules dividing the computing workload. The airborne transmitter dedicatedly samples sensors; the ground Master drives UI rendering; the ground Slave isolates local base coordinates, communicating seamlessly over a high-speed inter-board network.
Long-Range Telemetry Subsystem: Powered by premium transceiver modules, delivering exceptional immunity to interference and a reliable line-of-sight telemetry link spanning over 15 kilometers.
Blackbox Flight Logging: Features an integrated Micro SD storage suite mounted directly onto the airborne hardware bus. It archives high-frequency orientation, altitude, and positional coordinate arrays instantly for post-flight analysis, even in the event of a total ground-link blackout.
Dual-Satellite Differential Positioning: Utilizes two positioning modules simultaneously—one on the aircraft and one at the ground station—allowing the master display processor to dynamically calculate exact vector headings and real-time absolute distances between the ground crew and the airframe.
Immersive Visual Flight UI: Displays paths instantly on a vibrant, hardware-accelerated 3.5" color TFT display screen, giving operators full control over coordinates, pitch, roll, and distance metrics without needing an external computer.
