AsteRx RB3Pro+ GNSS Receiver

Septentrio-AsteRx-RB3Pro+

Product Information

The AsteRx RB3 Pro+ high-accuracy GNSS heading receiver is engineered to operate reliably in the most demanding environments, offering exceptional resistance to extreme temperatures, corrosion, shock, and vibration. Designed for maximum versatility, it delivers outstanding performance without compromise.

Reliable positioning in challenging environments

Featuring an ultra-rugged enclosure, advanced multi-frequency tracking, and GNSS+ algorithms, the AsteRx RB3 Pro+ is ideally suited for applications requiring precise positioning in chemically aggressive environments, severe temperatures, and high mechanical stress. Its high update rate and low-latency output provide rapid feedback during movement and rotation, ensuring responsive and accurate performance.

Accurate and dependable heading

With integrated dual-antenna capability, the AsteRx RB3 Pro+ delivers precise, reliable, and position-independent heading alongside centimetre-level RTK accuracy. GNSS-based heading provides exceptional performance in both static and dynamic conditions, eliminating reliance on vehicle dynamics or magnetic sensors.

Simple integration and control

The AsteRx RB3 Pro+ integrates seamlessly into existing systems through fully documented interfaces, commands, and data messaging. Septentrio’s open interfaces and software tools, including WebUI and RxTools, simplify receiver integration, configuration, and management.

The Chronos difference

Contact our team who will be happy to discuss the best Septentrio solution for your application.

Key Features

  • Rugged, enclosed GNSS positioning and heading receiver
  • Rugged and durable IP69K GNSS receiver
  • High-accuracy RTK positioning with all-in-view, GNSS multi-frequency satellite tracking
  • Sub-degree GNSS heading & pitch or heading & roll
  • Flexibility to be used either as rover or as base station
  • Update rate up to 100 Hz
  • GNSS+ Algorithm Suite ensure reliable performance in difficult environments including LOCK+ technology allowing robust satellite tracking under heavy vibrations and shocks
  • Fast and easy integration with the intuitive Web User Interface and support Knowledge Base