Quad 1500
(15” Quadrotor)
Specifications
Product Name: Quad Pathfinder 1500
Navigation System: GNSS + INS + Vision + Magnetometer
Datalink Options:
Primary: Doodle Labs (optional)
Optional: Starlink
Fallback: ELRS
Core Electronics: Nvidia Jetson Orin NX + STM32H7
Flight Performance:
High maneuverability
Excellent precision hover
Ideal for short-range strikes and fixed-point tasks
Combines some fixed-wing range benefits
Environmental Adaptability: Strong (High wind resistance)
Hybrid Autonomous Navigation
Through fusion of inertial and visual technologies, the system maintains high-precision navigation even in GPS-denied environments. It can autonomously strike targets under heavy electromagnetic interference, even in the absence of communication links.
Adaptive Communication
Using proven mesh radio systems such as Doodle Labs, the system can automatically detect jamming frequencies and adjust communication parameters in real time, ensuring reliable command and video links in contested electromagnetic environments.
Multimodal Sensor Fusion
Combines visual, inertial, terrain, and RF signal data to enable robust localization in GPS-degraded or denied conditions.
Edge Intelligence
Optimized AI algorithms run in real time on low-power edge devices, enabling critical functions such as target engagement even in complete communication blackout scenarios.
Advanced Visual Positioning System (VPS) for Mission-Critical Navigation
Our drone is equipped with a state-of-the-art Visual Positioning System (VPS), an advanced sensor fusion engine designed to provide high-fidelity position and velocity estimates in environments where GNSS signals are unreliable or entirely absent. This system is engineered for exceptional accuracy and robustness, ensuring mission success in the most challenging operational scenarios.
Core Functionality & Operational Advantages
High-Fidelity Hovering: Enables the drone to maintain its position with centimeter-level accuracy without GNSS, crucial for stationary tasks like inspections or surveillance.
Robust GNSS-Denied Navigation: Allows for confident and repeatable operations inside buildings, under bridges, in urban canyons, or in any environment where satellite visibility is compromised.
Enhanced Flight Safety: Provides a redundant and independent navigation source that can take over in case of GNSS failure or spoofing attacks, significantly increasing the operational reliability and safety of the platform.