Earth Observation Ground Stations
Gaia™ 100
By combining years of experience, an extensive installed base and lessons learned from the emerging New Space sector, Orbit is rethinking traditional ground stations – making them more compact and cost-effective – to address the dynamic needs of its EO and constellation customers. The company’s Gaia 100 family comprises cost-effective, high-performance terrestrial terminals for proven and reliable connectivity with LEO/MEO satellites.
- No “key hole”, for continuous tracking
- Real 3-axis system – EL, Tilt and AZ – for greater availability and reliability
- Heavy duty by design for multi mission operation
- Cloud connectivity ready
- Built-in, step-track-based Advanced Control Loop, for superior performance
- Innovative GaiaLink™ software, for ease of integration and operation
- Radome covered, for anytime/anywhere operation
- Short lead time
- Multiple configurations (from L- to K-band) in a single platform
- Mature product with multiple installations around the globe
Gaia™ 100 Tri-Band
By combining years of experience, an extensive installed base and lessons learned from the emerging New Space sector, Orbit is rethinking traditional ground stations – making them more compact and cost-effective – to address the dynamic needs of its EO and constellation customers. The company’s Gaia 100 family comprises cost-effective, high-performance terrestrial terminals for proven and reliable connectivity with LEO/MEO satellites.
- No “key hole”, for continuous tracking
- Real 3-axis system – EL, Tilt and AZ – for greater availability and reliability
- Heavy duty by design for multi mission operation
- Cloud connectivity ready
- Built-in, step-track-based Advanced Control Loop, for superior performance
- Innovative GaiaLink™ software, for ease of integration and operation
- Radome covered, for anytime/anywhere operation
- Short lead time
- Multiple configurations (from L- to K-band) in a single platform
- Mature product with multiple installations around the globe
Gaia™ 200
High-performance, high-resolution satellite tracking
The Gaia 200 Earth Observation series is ideally suited for the demanding application requirements and bandwidth needs of mid- to high-resolution satellites. Supporting antennas ranging from 2.4-4.5 meters, these ground stations guarantee maximum reliability and tracking performance for satellite owners, resellers and providers of high resolution imagery processing.
- Incorporates Orbit’s Advanced Control Loop™ algorithm to meet the rigorous accuracy requirements of Ka-band
- Dual S/X auto-track feed that supports RHCP and LHCP polarization simultaneously
- Elevation over Azimuth technology
- Tilt correction eliminates keyhole at zenith
- Single and dual band feeds designed for max G/T
- Dual polarization RHCP/LHCP
- Indoor/outdoor antenna controller for mission planning
- Self-diagnostic system
Gaia™ 300
Superior, high-gain satellite tracking performance
The Gaia 300 Earth Observation series is designed to meet the high-gain requirements of LEO and MEO satellites. Supporting antennas ranging from 5-6.3 meters, these high-capacity ground stations are built to download data reliably from horizon to horizon even under cloudy sky conditions. They are commonly deployed for satellite owners, government agencies and large resellers.
- Incorporates Orbit’s Advanced Control Loop™ algorithm to meet the rigorous accuracy requirements of Ka-band
- Dual S/X auto-track feed that supports RHCP and LHCP polarization simultaneously
- Elevation over Azimuth technology
- Tilt correction eliminates keyhole at zenith
- Single and dual band feeds designed for max G/T
- Dual polarization RHCP/LHCP
- Indoor/outdoor antenna controller for mission planning
- Self-diagnostic system
Gaia™ 400
Heavy-duty, high-resolution satellite tracking
The Gaia 400 Earth Observation series is Orbit’s high-end ground station solution for advanced, high-resolution LEO and MEO satellites. Supporting antennas ranging from 7.3-11 meters, these heavy-duty ground stations are built to download massive amounts of data from horizon to horizon, even under adverse wind and weather conditions. They are commonly deployed in hubs for satellite owners, government agencies and large resellers.
- Incorporates Orbit’s Advanced Control Loop™ algorithm to meet the rigorous accuracy requirements of Ka-band
- Dual S/X auto-track feed that supports RHCP and LHCP polarization simultaneously
- Elevation over Azimuth technology
- Tilt correction eliminates keyhole at zenith
- Single and dual band feeds designed for max G/T
- Dual polarization RHCP/LHCP
- Indoor/outdoor antenna controller for mission planning
- Self-diagnostic system
Audio Management Systems
Gaia™ 100
By combining years of experience, an extensive installed base and lessons learned from the emerging New Space sector, Orbit is rethinking traditional ground stations – making them more compact and cost-effective – to address the dynamic needs of its EO and constellation customers. The company’s Gaia 100 family comprises cost-effective, high-performance terrestrial terminals for proven and reliable connectivity with LEO/MEO satellites.
- No “key hole”, for continuous tracking
- Real 3-axis system – EL, Tilt and AZ – for greater availability and reliability
- Heavy duty by design for multi mission operation
- Cloud connectivity ready
- Built-in, step-track-based Advanced Control Loop, for superior performance
- Innovative GaiaLink™ software, for ease of integration and operation
- Radome covered, for anytime/anywhere operation
- Short lead time
- Multiple configurations (from L- to K-band) in a single platform
- Mature product with multiple installations around the globe
Gaia™ 100 Tri-Band
By combining years of experience, an extensive installed base and lessons learned from the emerging New Space sector, Orbit is rethinking traditional ground stations – making them more compact and cost-effective – to address the dynamic needs of its EO and constellation customers. The company’s Gaia 100 family comprises cost-effective, high-performance terrestrial terminals for proven and reliable connectivity with LEO/MEO satellites.
- No “key hole”, for continuous tracking
- Real 3-axis system – EL, Tilt and AZ – for greater availability and reliability
- Heavy duty by design for multi mission operation
- Cloud connectivity ready
- Built-in, step-track-based Advanced Control Loop, for superior performance
- Innovative GaiaLink™ software, for ease of integration and operation
- Radome covered, for anytime/anywhere operation
- Short lead time
- Multiple configurations (from L- to K-band) in a single platform
- Mature product with multiple installations around the globe
Resources
Gaia™ 200
High-performance, high-resolution satellite tracking
The Gaia 200 Earth Observation series is ideally suited for the demanding application requirements and bandwidth needs of mid- to high-resolution satellites. Supporting antennas ranging from 2.4-4.5 meters, these ground stations guarantee maximum reliability and tracking performance for satellite owners, resellers and providers of high resolution imagery processing.
- Incorporates Orbit’s Advanced Control Loop™ algorithm to meet the rigorous accuracy requirements of Ka-band
- Dual S/X auto-track feed that supports RHCP and LHCP polarization simultaneously
- Elevation over Azimuth technology
- Tilt correction eliminates keyhole at zenith
- Single and dual band feeds designed for max G/T
- Dual polarization RHCP/LHCP
- Indoor/outdoor antenna controller for mission planning
- Self-diagnostic system
Resources
Brochure Gaia™ 200
Gaia™ 300
Superior, high-gain satellite tracking performance
The Gaia 300 Earth Observation series is designed to meet the high-gain requirements of LEO and MEO satellites. Supporting antennas ranging from 5-6.3 meters, these high-capacity ground stations are built to download data reliably from horizon to horizon even under cloudy sky conditions. They are commonly deployed for satellite owners, government agencies and large resellers.
- Incorporates Orbit’s Advanced Control Loop™ algorithm to meet the rigorous accuracy requirements of Ka-band
- Dual S/X auto-track feed that supports RHCP and LHCP polarization simultaneously
- Elevation over Azimuth technology
- Tilt correction eliminates keyhole at zenith
- Single and dual band feeds designed for max G/T
- Dual polarization RHCP/LHCP
- Indoor/outdoor antenna controller for mission planning
- Self-diagnostic system
Resources
Brochure Gaia™ 300
Gaia™ 400
Heavy-duty, high-resolution satellite tracking
The Gaia 400 Earth Observation series is Orbit’s high-end ground station solution for advanced, high-resolution LEO and MEO satellites. Supporting antennas ranging from 7.3-11 meters, these heavy-duty ground stations are built to download massive amounts of data from horizon to horizon, even under adverse wind and weather conditions. They are commonly deployed in hubs for satellite owners, government agencies and large resellers.
- Incorporates Orbit’s Advanced Control Loop™ algorithm to meet the rigorous accuracy requirements of Ka-band
- Dual S/X auto-track feed that supports RHCP and LHCP polarization simultaneously
- Elevation over Azimuth technology
- Tilt correction eliminates keyhole at zenith
- Single and dual band feeds designed for max G/T
- Dual polarization RHCP/LHCP
- Indoor/outdoor antenna controller for mission planning
- Self-diagnostic system
Resources
Brochure Gaia™ 400
Gaia™ 100
By combining years of experience, an extensive installed base and lessons learned from the emerging New Space sector, Orbit is rethinking traditional ground stations – making them more compact and cost-effective – to address the dynamic needs of its EO and constellation customers. The company’s Gaia 100 family comprises cost-effective, high-performance terrestrial terminals for proven and reliable connectivity with LEO/MEO satellites.
- No “key hole”, for continuous tracking
- Real 3-axis system – EL, Tilt and AZ – for greater availability and reliability
- Heavy duty by design for multi mission operation
- Cloud connectivity ready
- Built-in, step-track-based Advanced Control Loop, for superior performance
- Innovative GaiaLink™ software, for ease of integration and operation
- Radome covered, for anytime/anywhere operation
- Short lead time
- Multiple configurations (from L- to K-band) in a single platform
- Mature product with multiple installations around the globe
Gaia™ 100 Tri-Band
By combining years of experience, an extensive installed base and lessons learned from the emerging New Space sector, Orbit is rethinking traditional ground stations – making them more compact and cost-effective – to address the dynamic needs of its EO and constellation customers. The company’s Gaia 100 family comprises cost-effective, high-performance terrestrial terminals for proven and reliable connectivity with LEO/MEO satellites.
- No “key hole”, for continuous tracking
- Real 3-axis system – EL, Tilt and AZ – for greater availability and reliability
- Heavy duty by design for multi mission operation
- Cloud connectivity ready
- Built-in, step-track-based Advanced Control Loop, for superior performance
- Innovative GaiaLink™ software, for ease of integration and operation
- Radome covered, for anytime/anywhere operation
- Short lead time
- Multiple configurations (from L- to K-band) in a single platform
- Mature product with multiple installations around the globe
Resources
Gaia™ 200
High-performance, high-resolution satellite tracking
The Gaia 200 Earth Observation series is ideally suited for the demanding application requirements and bandwidth needs of mid- to high-resolution satellites. Supporting antennas ranging from 2.4-4.5 meters, these ground stations guarantee maximum reliability and tracking performance for satellite owners, resellers and providers of high resolution imagery processing.
- Incorporates Orbit’s Advanced Control Loop™ algorithm to meet the rigorous accuracy requirements of Ka-band
- Dual S/X auto-track feed that supports RHCP and LHCP polarization simultaneously
- Elevation over Azimuth technology
- Tilt correction eliminates keyhole at zenith
- Single and dual band feeds designed for max G/T
- Dual polarization RHCP/LHCP
- Indoor/outdoor antenna controller for mission planning
- Self-diagnostic system
Resources
Brochure Gaia™ 200
Gaia™ 300
Superior, high-gain satellite tracking performance
The Gaia 300 Earth Observation series is designed to meet the high-gain requirements of LEO and MEO satellites. Supporting antennas ranging from 5-6.3 meters, these high-capacity ground stations are built to download data reliably from horizon to horizon even under cloudy sky conditions. They are commonly deployed for satellite owners, government agencies and large resellers.
- Incorporates Orbit’s Advanced Control Loop™ algorithm to meet the rigorous accuracy requirements of Ka-band
- Dual S/X auto-track feed that supports RHCP and LHCP polarization simultaneously
- Elevation over Azimuth technology
- Tilt correction eliminates keyhole at zenith
- Single and dual band feeds designed for max G/T
- Dual polarization RHCP/LHCP
- Indoor/outdoor antenna controller for mission planning
- Self-diagnostic system
Resources
Brochure Gaia™ 300
Gaia™ 400
Heavy-duty, high-resolution satellite tracking
he Gaia 400 Earth Observation series is Orbit’s high-end ground station solution for advanced, high-resolution LEO and MEO satellites. Supporting antennas ranging from 7.3-11 meters, these heavy-duty ground stations are built to download massive amounts of data from horizon to horizon, even under adverse wind and weather conditions. They are commonly deployed in hubs for satellite owners, government agencies and large resellers.
- Incorporates Orbit’s Advanced Control Loop™ algorithm to meet the rigorous accuracy requirements of Ka-band
- Dual S/X auto-track feed that supports RHCP and LHCP polarization simultaneously
- Elevation over Azimuth technology
- Tilt correction eliminates keyhole at zenith
- Single and dual band feeds designed for max G/T
- Dual polarization RHCP/LHCP
- Indoor/outdoor antenna controller for mission planning
- Self-diagnostic system
Resources
Brochure Gaia™ 400
Why Choose Orbit
Full hemispheric coverage
Radome allows for anytime, anywhere
Maintenance free, designed for intensive operation
Cloud connectivity
Why Choose Orbit
Full hemispheric coverage
Radome allows for anytime, anywhere
Maintenance free, designed for intensive operation
Cloud connectivity