Bring live GPS, GLONASS, Galileo & BeiDou satellite signals indoors. Trusted by defence, aviation, emergency services & testing facilities across India.
GPS and GNSS satellite signals travel over 24,000 km from space — by the time they reach Earth, the signals are extremely weak. Dense building materials like concrete, steel, brick, and metal roofing easily block or absorb them.
This leaves vehicles, devices, and personnel inside hangars, fire stations, warehouses, and underground facilities completely without positioning or timing signals — until now.
See How Repeaters Fix This →GPS-dependent devices lose signal the moment they enter modern concrete structures.
Electronics testing labs need live satellite signals to validate GPS-enabled products.
Police, fire and ambulance vehicles lose positioning when parked inside stations.
Aircraft GPS systems need continuous live signal even while grounded indoors.
Indoor GPS L1, GLONASS G1 & Galileo repeater. Receives satellite signals via outdoor antenna and re-radiates indoors. Covers up to 1,000 m² per unit.
Fully waterproof IP67-rated GPS/GNSS repeater for demanding indoor-outdoor environments. Ideal for workshops, industrial sites, and damp locations.
Roger GNSS line amplifier with +16dB gain for GPS L1/L2, GLONASS & Galileo. Enables longer cable runs and extends repeater coverage across large facilities.
Combined splitter and line amplifier distributing amplified GNSS signal to up to 3 separate repeater units from a single outdoor antenna.
Complete kit with everything needed for immediate indoor GPS coverage. Includes repeater unit, outdoor antenna, antenna mount, 20m RF cable, and power supply.
Extend GPS signal distribution up to several kilometres using optical fiber. Ideal for large campuses, data centres, and locations where coax cable is impractical.
A GPS repeater system is straightforward to install and requires no specialist tools. Here's how it brings live satellite signals into any building.
Install the high-gain outdoor antenna on your rooftop or wall with a clear view of the sky to receive satellite signals.
Connect the outdoor antenna to the indoor repeater unit via the supplied RF coaxial cable (up to 40m standard, longer with amplifiers).
Place and power the repeater unit inside your building. Adjust the transmission power level to match your coverage needs and prevent loopback.
Your indoor devices immediately lock onto live satellite signals. No reacquisition delays when moving between indoor and outdoor environments.
Our GPS/GNSS repeater systems are deployed across a wide range of industries throughout India where continuous satellite signal is critical.
Aircraft GPS avionics need continuous live satellite signal during maintenance, inspection, and pre-flight checks inside hangars.
Emergency response vehicles must remain "on the grid" with active GPS positioning at all times, even while inside the station.
Testing and validating GPS-enabled consumer devices, automotive modules, and IoT hardware requires a consistent live satellite signal indoors.
Military and paramilitary operations require reliable GNSS signals inside command centres, vehicle bays, and underground bunkers.
Fleet management and telematics systems require GPS lock even inside large warehouses, distribution centres, and vehicle depots.
Data centres require GPS-derived timing signals for synchronization. Repeaters deliver precise timing indoors without external antennas at every rack.
Everything you need to know about buying, installing, and operating indoor GPS/GNSS repeater systems in India.