Unlock Superior Precision with the Comnav N5 RTK GNSS Receiver

The Comnav N5 RTK GNSS Receiver redefines reliability and efficiency for professionals in land surveying and construction. With advanced features and cutting-edge technology, this GNSS receiver is the ultimate tool for achieving precise measurements, even in challenging environments. Whether you’re conducting intricate land surveys or managing demanding construction projects, the Comnav N5 is engineered to meet your needs with unparalleled accuracy and ease.

Designed for Efficiency

One of the standout features of the Comnav N5 GNSS Receiver is its ability to perform successive tilting measurements with centimeter-level accuracy. This eliminates the need for constant adjustments, significantly increasing your productivity. Integrated with an IMU tilt sensor, the device ensures accurate readings without the hassle of magnetic interference or frequent recalibrations, making it a game-changer for professionals in the field.

Reliable and Robust Performance

Thanks to its full constellation tracking, the Comnav N5 provides reliable positioning data, even in areas with weak satellite signals. The self-developed core algorithm and 6800mAh large Li-battery ensure uninterrupted performance, allowing you to focus on your work without worrying about battery life. The rugged housing guarantees durability, making it a dependable piece of land surveying equipment in harsh conditions.

Key Features of the Comnav N5

• IMU Tilt Sensor: Enables seamless tilt compensation for precise measurements, saving time and effort.
• Enhanced OLED Display: Delivers clear visibility, even in bright outdoor conditions.
• 6800mAh Large Li-Battery: Offers extended operational time for uninterrupted workflows.
• Full Constellation Tracking: Ensures reliable data acquisition in diverse environments.
• Web-Based UI: Simplifies configuration and operation through an intuitive interface.
• Rugged Housing: Built to withstand the rigors of fieldwork.
• Adjustable Internal UHF: Provides flexibility for network RTK positioning.