The startup develops satellite-tracking antenna positioners specifically designed for low-orbit satellites, enabling precise tracking of these objects in real-time. This technology enhances operational efficiency for private space companies by ensuring reliable communication and data acquisition from low-orbit assets.
Funding
Funding not disclosed
Founders
Product
Problem
The increasing number of low Earth orbit (LEO) satellites requires ground infrastructure that can reliably track and communicate with these fast-moving objects. Existing antenna systems often struggle to maintain continuous connectivity as satellites pass overhead, leading to data loss and operational inefficiencies.
Solution
GTL Systems provides advanced 3-axis antenna positioners designed specifically for tracking LEO satellites. These systems incorporate a unique tilt axis that prevents data loss when satellites pass directly overhead, eliminating the keyhole effect. GTL's antenna systems feature real-time status monitoring and predictive maintenance capabilities, reducing maintenance costs and enabling installation in diverse environments. The company's solutions support dual-band (S/X) operation, with optional Ka-band support, and are available in 4m and 7m configurations, as well as radome-protected versions.
Target Audience
GTL's primary customers are private space companies and government organizations deploying and operating LEO satellite constellations, as well as research institutions and telecommunications providers requiring reliable ground station infrastructure.
Features
- 3-axis drive control with a 7° tilt axis to eliminate the keyhole effect
- Mechanical Failure Preventive Module (MFPM) for real-time antenna status monitoring and predictive maintenance
- Detachable design for customized antenna configurations and easy upgrades
- Dual-band (S/X) operation with optional Ka-band support
- Available in 4m (RV-423) and 7m (RV-700) gateway antenna systems
- Radome (R-Cube) option for protection against extreme weather conditions
- Compatibility with various development environments