Septentrio mosaic-x5: The Ultimate Resilient GNSS Receiver for UAV
The rapid evolution of the drone industry is intrinsically linked to advancements in positioning technology. High-precision, reliable navigation is the cornerstone…
The rapid evolution of the drone industry is intrinsically linked to advancements in positioning technology. High-precision, reliable navigation is the cornerstone…
The lighting drone industry represents one of the most visually spectacular and technically demanding applications of unmanned aerial systems, where flawless…
In the demanding field of aerial surveying and mapping, the accuracy and reliability of the positioning system are not just features—they…
In the demanding field of aerial surveying and mapping, the accuracy and reliability of positioning data directly determine the quality and…
In the spectacular world of aerial light shows, where hundreds or even thousands of drones create synchronized visual masterpieces against the…
In the rapidly evolving drone industry, reliable and precise positioning is not just a feature – it’s a fundamental requirement. The Septentrio…
The Core Role of High-Precision Timing and Positioning in Drone Swarms Against the backdrop of the rapid development of modern UAV…
As the logistics industry transitions toward automation and intelligence, drones have evolved from conceptual applications to key carriers for last-mile delivery, warehouse inventory management, and cross-regional material transportation. Modern logistics demands on drones have surpassed “stable flight” to focus on “precision delivery, efficient scheduling, and full-process controllability” — from short-distance deliveries between urban buildings to material transportation in remote areas, and automated sorting docking in large warehouses. Centimeter-level positioning accuracy, anti-interference stability, and low-latency signal response directly determine the efficiency, safety, and cost control of logistics operations.
In modern fire rescue operations, the complexity, danger, and uncertainty of fire scenes place extremely high demands on rescue efficiency and accuracy. Traditional ground reconnaissance is plagued by pain points such as limited visibility, hazardous environments, and delayed data. Firefighting UAVs equipped with high-precision positioning and anti-jamming technology have emerged as key equipment to break through the bottlenecks in rescue operations.
A compact, high‑performance GNSS receiver offering centimeter‑level accuracy, 100Hz RTK, anti‑jamming, PPP‑RTK, and ultra‑low power consumption for drones, robots, and autonomous systems.