GNSS RTK Datalink AX-R1

GNSS RTK Datalink AX-R1

The AX-R1 is a high-quality, 866 MHz Indian license-free band UHF external datalink designed for GNSS RTK survey system. This device will extend your RTK work region. Fully metal construction provides high performance and rugged dependability for the toughest environment.

866 MHz License Free Indian Frequency
Low Transmit Power of 1W
Multiple Baud Rate Support
Rugged Metal Construction

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Description

The AX-R1 is a high-quality, 866 MHz Indian license-free band UHF external datalink designed for GNSS RTK survey system. This device will extend your RTK work region. Fully metal construction provides high performance and rugged dependability for the toughest environment.

Key Benefits

Applications

Technical Details

The AX-R1 features advanced UHF radio technology operating in the 866 MHz license-free Indian frequency band. The rugged metal construction ensures reliable performance in harsh field conditions, while the IP66 rating provides protection against dust and water ingress. The device supports multiple connectivity options including serial DB9 for data transmission and Lemo/ODU connectors for power.

About GNSS RTK Datalink AX-R1

The AX-R1 is a high-quality, 866 MHz Indian license-free band UHF external datalink designed for GNSS RTK survey system. This device will extend your RTK work region. Fully metal construction provides high performance and rugged dependability for the toughest environment.

Why Choose Apogee

Apogee Precision LLP offers ISO-certified manufacturing, pan-India dealer support, and 15+ years of precision agriculture experience. Contact us for a demo, quote, or installation guidance on GNSS RTK Datalink AX-R1.

Frequently Asked Questions

What is Designed for GNSS RTK Survey Systems?

Specifically engineered to work seamlessly with GNSS RTK survey systems for precise positioning and data transmission.

What is Operates with 866 MHz License Free Indian Frequency?

Uses the 866 MHz license-free frequency band in India, eliminating licensing requirements and associated costs.