• GAP2602 8-Element CRPA GPS Anti-Jamming Unit
  • GAP2602 8-Element CRPA GPS Anti-Jamming Unit
  • GAP2602 8-Element CRPA GPS Anti-Jamming Unit
  • GAP2602 8-Element CRPA GPS Anti-Jamming Unit

GAP2602 8-Element CRPA GPS Anti-Jamming Unit

The GAP2602 is a compact 8-element CRPA anti-jamming integrated GNSS terminal engineered for UAVs, unmanned ground vehicles, unmanned vessels, and other high-value navigation platforms operating in contested electromagnetic environments. It integrates an 8-channel antenna array, adaptive anti-jamming RF front-end, and high-performance GNSS receiver into a lightweight, low-profile enclosure.
  • GAP2602 8-Element CRPA GPS Anti-Jamming Unit
  • GAP2602 8-Element CRPA GPS Anti-Jamming Unit

Description

Key Features

No. Product Features
1 CRPA Antenna Quantity 8 Element high-density CRPA architecture
2 Multiple stars in one Supports BDS B1, GPS L1, GLONASS G1, and Galileo E1
3 Anti-Jamming Immunity Direction Up to 7 simultaneous jammer suppression
4 J/S Performance Parameters 110 dB single-source ISR
5 Anti-jamming type Effective against narrowband, broadband, pulse, sweep, and Gaussian jamming
6 Data Output NMEA 0183 / ublox protocol output (PVT output can be customized)
7 Port Type TTL and RF dual integration modes
8 Power Supply 24V airborne bus compatible

Technical Specifications

NO. Parameter Specification
1 Frequency BDS B1 / GPS L1 / GLONASS G1 / Galileo E1
2 Anti-jamming 110 dB ISR (single source)
3 Multi-jammer Up to 7 jammers
4 Position Accuracy ≤10 m under jamming
5 Velocity Accuracy ≤0.2 m/s
6 Timing Accuracy ≤100 ns
7 Power Input 12–34 V (24 V recommended)
8 Power Consumption ≤19 W
9 Dimensions 150 × 150 × 25 mm
10 Weight ≤720 g

Typical Applications

Ideal for UAV navigation protection, autonomous platform guidance, fleet defense, critical infrastructure timing, and secure logistics navigation. GAP2602 supports both TTL serial GNSS data injection and SMA RF replacement modes. It is similar to the 4/16/32 Element CRPA anti-jamming terminal, it is fully compatible with mainstream open-source flight controllers including PX4, Ardupilot, Pixhawk, and V5+ platforms, enabling rapid integration without modifying navigation algorithms.

 

Contact Our Engineers, Discuss Your Mission Requirements.

Call to Action