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11:30:57 / Torrance, US
Built here.
Built to last.
Unmatched capability at a fraction of legacy cost, built in-house for reliability and performance.
Mega
Giga
Power
30kw of peak payload power
Payload Mass
3,000 kg of available payload mass
Payload Volume
3m x 2.7m payload deck to host the largest antennas and instruments
Propulsion
20 kW hall effect thrusters to support rapid orbit raise (< 3 months LEO to MEO) and station-keeping
Thermal
Robust thermal control and significant dissipation to ensure stable operations over mission lifetime
Avionics
Redundant computing, sensors, and control systems to maximize reliability
Comms
High throughput with link margins support demanding missions
Power
110 kW of array power for the most demanding space applications
Payload Mass
15,000 kg available payload mass
Payload Volume
Expanded 6.2m x 6.2m payload deck
Propulsion
4- 20 kW hall effect thrusters for orbit transfer and station-keeping
Thermal
30 kW+ heat rejection
Avionics
Redundant computing, sensors, and control systems to maximize reliability
Comms
The highest throughput and link margins
Mega
Giga
Mass
600 M³
Mass
600 M³
Mass
600 M³
Coming Soon
Mission possible
Heritage
01
First mission in space
02
Critical subsystems demonstrated
03
LEO
Launch Date:
Jan 2025
Status:
Success
Status:
Success
Gravitas
01
Full 20kW satellite
02
12 Payloads
03
LEO to MEO orbit raise
Launch Date:
March 2026
Status:
Preparing for launch
Status:
Preparing for launch
Trinity
01
3 satellites, 3 orbits
02
Long-range optical mesh
03
LEO, MEO, and GTO operations
Launch Date:
Feb 2027
Status:
In development
Status:
In development
Next Mission
T-24D
14:33:53
Gravitas Launch
March 2026