Benchmark Space Systems, founded in 2017, is a full lifecycle in-space mobility provider that designs and builds propulsion systems for small satellites, offering solutions from mission planning through decommissioning. They provide turn-key chemical, electric, and hybrid propulsion systems for various spacecraft, including CubeSats and OTVs, operating in LEO, GEO, and beyond. Benchmark's products and services support on-orbit services like life extension, collision avoidance, and orbit adjustments, partnering with organizations requiring in-space mobility solutions. They also integrate partner technologies to provide a comprehensive suite of mobility solutions.
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The mobile test bench used for Greta tests included instruments that measured pressure and temperature to support engine optimization.
Kratos intends for the results of its JHTO testing to serve as a benchmark for future aerothermal evaluations.
The P160C solid rocket motor was tested and qualified on 24 April 2025 on the CNES-operated solid motor test bench.
Benchmark Space Systems builds propulsion systems that enable spacecraft to maneuver.
Ryan McDevitt is Chief Technology Officer of Benchmark Space Systems.
The dark matter map produced in the Webb study will serve as a reference field for future surveys and a benchmark for calibrating subsequent measurements of the cosmic mass distribution.
Existing international Section 214 foreign ownership reporting frameworks have typically centered on a 10 percent benchmark.
The ARKS team released all ARKS observations and processed data to the community, creating a benchmark dataset comparable to previous large ALMA programs focused on younger, gas-rich discs.
Arkadia Space built a new test bench at its Castellón facilities specifically for high thrust levels and long combustion cycles in six months from design to operation.
Arkadia constructed an in-house test bench capable of withstanding 250 newton thrust levels and long-duration burns to support the ARIEL qualification programme.
Benchmark tests show the method cuts network size by about 84.7 percent for the Telesat constellation compared with a full time-expanded network.
Benchmark tests show the method cuts network size by about 99.4 percent for the OneWeb constellation compared with a full time-expanded network.
Benchmark tests show the method cuts network size by about 88.9 percent for the Starlink constellation compared with a full time-expanded network.
The integration of ARCIMS with KATFISH and LARS sets a new benchmark for delivering operational capability to customers.
X-FOAM can be machined in its final form with hand tools, bench tools, or CNC machines and holds a sharp edge.
RSGEN is a fully Commercial Off-The-Shelf system that is scalable from bench-top setups to full system testing.
Each testing bench, designed in-house, focuses on key MIURA 5 subsystems, including engines, propulsion hardware, tanks, second stage, separation mechanisms, valves, and umbilicals.
The HIL test bench was developed by combining the expertise of Expleo, Connektica, NANOWAVE Technologies, and Rohde & Schwarz.
Rohde & Schwarz has custom-designed a Hardware-In-the-Loop (HIL) test bench to integrate advanced RF instrumentation for simulating and analyzing satellite payload performance under realistic conditions.
Rohde & Schwarz provides instrumentation that facilitates comprehensive system-level validation within the innovative HIL test bench.