The Air Force Test Center at Edwards Air Force Base, California, awarded Geneva Technologies Inc. of Monument, Colorado, a $20,643,202 cost-plus-fixed-fee contract on June 24, 2026, to conduct space experimentation of novel thrusters, electronics, and techniques focused on on-orbit resiliency experiments. The 10-year contract period runs through July 2, 2036. At award, the contracting activity obligated $665,000 in fiscal 2026 research, development, test and evaluation funds against the full contract ceiling.
Background
The Space Force and the broader Department of Defense have made satellite survivability a top strategic priority as peer adversaries develop capabilities to threaten orbital assets—ranging from co-orbital interceptors and directed energy weapons to electronic jamming systems designed to degrade or deny satellite services. On-orbit propulsion is a critical survivability tool: a spacecraft that can maneuver on command, reposition to a new orbital slot, or recover propulsion function after an anomaly is far harder to target and defeat than a fixed, predictable asset on a published trajectory.
The Air Force Test Center at Edwards Air Force Base manages experimental programs that evaluate new space technologies before they transition to operational Space Force constellations and formal programs of record. AFTC mission scope bridges scientific research and acquisition readiness, making its contract awards a useful upstream signal of where Space Force investment is moving.
Geneva Technologies is not new to Air Force space test programs. The company previously received a $17.7M Air Force contract covering final design maturation, assembly, integration, testing, and delivery of the FalconSAT-11 spacecraft—a small-satellite effort executed through the Air Force Test Center that incorporates a Modular Propulsion Unit to enable orbital maneuverability and experimentation. That program gave Geneva Technologies direct experience designing and delivering flight hardware that meets AFTC integration and testing standards. Prior performance at the same test center is a strong predictor of follow-on selection, and FalconSAT-11 served as that qualification vehicle for this broader experimental propulsion effort.
Novel thruster technologies explored under programs like this typically span electric propulsion concepts—Hall-effect thrusters, gridded ion engines, pulsed plasma thrusters—alongside advanced monopropellant systems that replace toxic hydrazine with lower-hazard alternatives, cutting ground handling costs and enabling faster processing at launch facilities. The contract’s explicit inclusion of electronics and techniques alongside thruster hardware indicates the scope covers the full propulsion system chain: power processing units, thruster control electronics, and the testing methodologies used to characterize on-orbit performance.
Space propulsion research under AFTC also requires supporting ground infrastructure. On-orbit experiments depend on command, control, and telemetry systems capable of managing novel thruster firing sequences from orbit and receiving real-time telemetry from experimental payloads. The personnel capability expansion authorized under this contract likely includes mission operations specialists and data analysts alongside hardware engineers, growing Geneva Technologies’ technical bench for a sustained decade of experimental work.
Key Details
The contract is structured as cost-plus-fixed-fee, meaning Geneva Technologies recovers all allowable incurred costs plus a negotiated fixed fee regardless of final cost outcome—a structure standard for research and experimental work where the government accepts technical risk and scope evolves as the program matures. The Air Force Test Center holds contracting authority, with the experimental portfolio spanning earliest concept exploration through flight-proven demonstration.
Primary work performance is at Geneva Technologies’ Monument, Colorado, headquarters. The 10-year performance period—from the June 24, 2026, award date through July 2, 2036—gives the company a long planning horizon across multiple experiment generations. Only $665,000 of the full $20,643,202 ceiling was obligated at award from fiscal 2026 RDT&E appropriations, with remaining funds drawn down through task orders as individual experiments are defined, reviewed, and approved. The task-order structure allows the Air Force to respond to emerging propulsion priorities over the contract’s decade-long life without recompeting, providing flexibility that aligns with the experimental nature of the work.
The on-orbit component distinguishes this contract from conventional ground-based propulsion development. Ground vacuum chambers and thermal-vacuum facilities approximate space conditions but cannot replicate sustained microgravity, real orbital thermal cycling from repeated sunrise and sunset passages, or the charged-particle and radiation environment thruster systems encounter over years of on-orbit operation. Flight data collected under this contract feeds directly into Space Force acquisition evaluations, informing decisions about which experimental propulsion approaches merit transition from research into formal programs of record. Those evaluations weigh not only performance metrics but also manufacturability and cost-scalability—factors that on-orbit experiments are uniquely positioned to validate.
The contract also explicitly authorizes hardware enhancements and personnel capability expansion at Geneva Technologies. Both provisions together signal that the Air Force intends this relationship to build enduring institutional capacity at a small Colorado firm across the full decade of performance—not simply to execute a defined test and close out the effort.
What It Means for Contractors
This award reflects a deliberate Air Force and Space Force approach to propulsion innovation: use cost-plus experimental contracts with technically specialized small businesses to develop and validate next-generation capabilities outside the pace constraints of large prime-contractor development programs. Geneva Technologies’ progression from a defined satellite development contract to a decade-long, open-horizon experimental program demonstrates that prior test-center performance is the primary qualification credential—not company size, headcount, or revenue.
For small and mid-size space technology firms, the structure offers a replicable pathway. Winning an initial, bounded contract with a defined deliverable establishes a performance record within that test center evaluation framework. Executing that contract successfully against cost and schedule expectations creates the history that qualifies a firm for longer-horizon, higher-ceiling follow-on work. The cost-plus-fixed-fee mechanism makes initial entry accessible to companies with genuine technical depth but insufficient capital to absorb the financial risk that fixed-price experimental contracts impose.
The broader DoD emphasis on space resiliency also creates downstream market interest from allied partners. The Space Force satellite architecture integrates increasingly with allied constellations, and partner nations tracking U.S. experimental propulsion programs will apply data from efforts like this as they develop or procure their own maneuverable satellite systems. Firms that establish early technical leadership through Air Force Test Center programs accumulate expertise that carries foreign military sales and commercial value once technologies mature beyond the experimental stage.
Contractors pursuing Air Force Test Center experimental opportunities should monitor Broad Agency Announcements and pre-solicitation notices through SAM.gov, where early-stage concept exploration efforts surface before formal competitive acquisitions. Building a relationship with AFTC program offices during the concept phase—the approach Geneva Technologies took with FalconSAT-11—remains the most effective entry strategy for companies without an existing Air Force Test Center contract history.
