Drone CHCNAV X500

Main Features

• 
  Reliable Design

  Adjusts altitude to avoid crashes. Landing even if a propeller malfunctions.

• 
  Hot-Swap Batteries

  Seamless takeoffs and continuous power for multiple flights.

• 
  Intelligent Battery Station

  Functions as a power bank for greater efficiency in the field.

• 
  Lightweight and Portable

  Single-person operation and easy transport.

  High Performance

  The X500 supports a 5 kg payload capacity and offers a flight endurance of 58 minutes, or up to 50 minutes when equipped with the CHCNAV AA10 LiDAR. Its IP55 rating and 12 m/s wind resistance enable reliable performance in challenging environments.

  Optimal Flight Safety

  The X500 features robust redundancy with dual GNSS, triple IMU backups, dual-redundant flight control, and safe return strategies. Its millimeter-wave radar ensures precise obstacle detection and avoidance, including trees, buildings, and towers. The V-SLAM visual positioning system enables landings on moving vehicles and vessels.

  Efficient Energy System

  Paired with the BS10 charging station, which holds up to six batteries, it allows fast charging from 20% to 90% in just 40 minutes ensuring uninterrupted operation throughout

  Versatile Payload Options

  The X500 supports up to 3 concurrent payloads and is compatible with CHCNAV LiDARs and cameras. Its open SDK interface facilitates integration with third-party devices, enabling customization for specific mission requirements. Built on the universal Mavlink protocol, it ensures adaptability to multiple applications.

  Long-Range Operation

  The X500 uses CHCNAV’s video transmission system with a range of up to 20 km. Advanced algorithms optimize HD video transmission by minimizing latency and enhancing reliability. Its 1080p HD FPV feed and 10.1″ large-screen remote control provide intuitive operating experience.

  Intelligent Flight Software

  CHCNAV SmartGo ground control software supports diverse flight path options, including rectangular, strip, polygonal, and facade routes. It provides real-time updates on the drone’s status, heading, and surrounding obstacles, ensuring enhanced safety for beyond-visual-line-of-sight (BVLOS) operations.