In-space propulsion and mobility provider offering high-test-peroxide, ASCENT monopropellant and electric propulsion systems, including AFRL-tested thrusters for defense missions.
At a glance
- Location
- South Burlington, Vermont, United States
- Capabilities
- propulsion, Space systems
- Markets
- Defense, National security, Space
Compare companies
See this company alongside similar organizations in the directory, including capabilities, disclosed funding and matched federal activity.
Compare Benchmark Space Systems with similar companiesResearch related technology sectors
What federal contract awards are matched to Benchmark Space Systems?
Defense Tech Base tracks 3 matched federal contract awards across 1 company in this selection, with $2.1M in reported award amounts, dated Aug 08, 2025–Sep 27, 2026.
Reported award amounts are not necessarily money spent or company revenue. These matched records do not establish the company’s complete contract history.
Federal activity
Recent contract awards
View all- Matched awards
- 3
- Reported award value
- $2,135,582
- Latest award
- Sep 27, 2026
Agencies in matched awards
These are the most frequent awarding agencies in the records matched to this company, by award count.
- National Aeronautics and Space Administration 3 awards
Largest matched awards
Largest reported award amounts in this dataset. These amounts do not necessarily represent money spent or revenue received.
- SBIR PHASE II$1.1M · National Aeronautics and Space Administration · Sep 27, 2026
- PHASE II SBIR, 80NSSC25C0108, AQUILA - CHEMICAL-ELECTRIC HYBRID TRANSFER STAGE$847K · National Aeronautics and Space Administration · Aug 8, 2025
- SBIR PHASE I HEATING OF THRUSTERS REDUCED ON DEMAND (HOTROD)$225K · National Aeronautics and Space Administration · Sep 13, 2026
Most recent matched awards
National Aeronautics and Space Administration
SBIR PHASE II
National Aeronautics and Space Administration
SBIR PHASE I HEATING OF THRUSTERS REDUCED ON DEMAND (HOTROD)
National Aeronautics and Space Administration
PHASE II SBIR, 80NSSC25C0108, AQUILA - CHEMICAL-ELECTRIC HYBRID TRANSFER STAGE