EFIX FL3 Product Review
Experience Reliable Communication with the EFIX FL3 UHF Radio Modem
The EFIX FL3 is an advanced UHF radio modem designed with EFIX’s unmatched technical expertise and years of field experience. Built to ensure robust performance in demanding environments, this UHF radio modem delivers reliable base-to-rover RTK GNSS corrections, making it an indispensable tool for surveying and geospatial applications.
Unmatched Long-Distance Performance
The EFIX FL3 is engineered for exceptional long-distance communication, enabling GNSS corrections over vast areas. With a range of up to 30 km or more under optimal conditions, it allows a single base to serve multiple rovers efficiently. Whether in open fields or urban environments, this UHF radio modem for GNSS ensures accurate data transmission.
Effortless Configuration for Enhanced Productivity
- User-Friendly Interface: Equipped with a 1x LCD display, 3x LED indicators, and 5x function buttons, the EFIX FL3 UHF radio modem simplifies setup and operation.
- Customizable Settings: Operators can preset commonly used frequency channels and adjust transmission power from 5 to 28 W to suit project-specific requirements. Starting this UHF radio modem is as easy as pressing a button.
- 410 MHz to 470 MHz Frequency: Designed to operate seamlessly within this range, the 410 MHz to 470 MHz radio modem supports flexible and reliable communication.
Built for Durability in Rugged Conditions
The EFIX FL3 UHF radio modem is built to withstand harsh working conditions:
- IP67 Rating: Dustproof and waterproof for reliable performance in tough environments.
- Robust Metal Housing: Ensures durability and longevity.
- Enhanced Heat Radiator: Keeps the system cool and stable during prolonged use.
Why Choose the EFIX FL3 for GNSS Applications?
When it comes to delivering accurate RTK corrections for GNSS systems, the EFIX FL3 UHF radio modem stands out as the go-to solution. Its innovative features and customizable parameters make it the ideal GNSS external radio for professionals who demand precision and reliability.
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