Sub-Meter Smart Antenna with Enhanced Reliability

Meter-level accuracy GNSS smart antenna featuring advanced interference detection and spoofing protection for demanding dynamic applications

Promotion Product-SOR-1612

Promotion Product-SOR-1612

LOCOSYS SOR-1612 is a high-performance dual-band GNSS RTK module that designed for applications requiring centimeter level positioning accuracy.

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Promotion Product-BK-1612-15

Promotion Product-BK-1612-15

BK-1612-15 is a receiving module that supports Dual-Band & Multi-Mode.

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How Can Drone Manufacturers Ensure Stable GPS Performance in High-Dynamic Flight Conditions?

Our L1 Smart Antenna is specifically engineered for outstanding resilience in dynamic environments, delivering consistent meter-level accuracy even during aggressive maneuvers and rapid altitude changes. The enhanced RF sensitivity and advanced interference detection ensure your drone navigation systems maintain reliable positioning throughout complex flight profiles. Contact our technical team to discover how our smart antenna solution can enhance your UAV platform's navigation reliability.

Built on LOCOSYS's comprehensive GNSS technology foundation, the L1 Smart Antenna integrates seamlessly into B2B applications spanning drone navigation, precision agriculture, IoT tracking, and autonomous vehicle systems. The device's outstanding resilience in dynamic environments combined with advanced security features makes it an ideal positioning solution for manufacturers and system integrators requiring dependable meter-level accuracy without compromising on signal integrity or operational stability in real-world deployment conditions.

L1 Smart Antenna

Sub meter Smart Antenna
Sub meter Smart Antenna

Features

With LOCOSYS’s expertise in design and system integration, the device offers meter-level accuracy while maintaining outstanding resilience in dynamic environments. The chipset delivers enhanced RF sensitivity under patch antenna and weak signal conditions, supported by advanced interference and spoofing detection mechanisms that further strengthen system reliability.

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