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Rogue Space Systems received Phase II STTR awards in July 2023 to continue development of the described technologies.
Rogue Space Systems rescheduled the Orbot demonstration mission to 2024 and will use a 16U cubesat called Laura-1 to test rendezvous and proximity operations, potentially with a second 3U spacecraft called Barry-2.
Rogue Space Systems previously received two Phase 1 contracts worth a combined $500,000 to study the feasibility of the cubesat dispenser and magnetic stabilization technologies.
Rogue Space Systems is partnering with the University of Illinois to produce a prototype dispenser that can host and deploy cubesats with either tabbed or railed frames.
With a Phase II STTR award working with the University of Illinois, Rogue Space Systems plans to develop a functional multi-purpose CubeSat dispenser system prototype to resolve frame style and dispenser system incompatibilities.
Rogue Space Systems plans to fly its first payload, Barry-1, on a SpaceX Transporter-9 rideshare mission no earlier than October to test computing software and the ability to aggregate and process data from multiple sensors in real time.
Rogue Space Systems partnered with the University of Utah and the University of Illinois to deliver the AFWERX STTR contracts.
The two SpaceWERX Phase 2 contracts awarded to Rogue Space Systems are worth $3,000,000 in total.
Rogue Space Systems has received more than $7,000,000 in total government funding.
Rogue Space Systems designs satellite vehicles and subsystems to provide on-orbit services to satellite operators.
Rogue Space Systems partnered with SAIC to develop Orbots, including two cubesats that were slated for a demonstration mission in 2023.
Rogue Space Systems is raising venture capital to support plans to perform its first satellite servicing mission by 2026.
Rogue Space Systems will test both internal and customer-developed algorithms on Barry-1.
Rogue Space Systems was contracted by IVO to perform in-space testing and validation of IVO’s Quantum Drives on Barry-1.
Barry-1 will test Rogue Space Systems’ Scalable Compute Platform (SCP) and its ability to aggregate data from multiple sensors and process that data in real time.
In the past 18 months, Rogue Space Systems has successfully delivered 14 SpaceWERX and AFWERX SBIR/STTR contracts valued at more than $3,250,000.
Rogue Space Systems has an additional payload hosting on Barry-1 that will be disclosed after the smallsat completes initial commissioning.
Rogue Space Systems and Eastern Michigan University began collaborating in 2021 to advance debris detection and electronic propulsion technologies.
Rogue Space signed a partnership with defense contractor SAIC to build space-servicing and surveillance satellites.
The National Science Foundation awarded a $271,381 research and development grant to Eastern Michigan University and Rogue Space Systems for a project on a new type of electronic propulsion thruster.