Orbot™ Platform
Rogue Space Systems Corp.
The Orbot™ Platform is a modular, autonomous orbital robot designed for a full spectrum of in-space operations, from inspection and payload hosting to transport and compute delivery, without ground-in-the-loop control.
Typed specifications1 values
Discloses 0 of 7 fields engineers filter by in this category (category median 3).
- Flight heritage
- Barry-1 (3U CubeSat, SSO, 2023) product page
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As published by the supplier6 lines, in the manufacturer's own wording
- Scalable form factor
- CubeSat-class to ESPA-class
- Ai-enabled scalable compute platform (SCP)
- up to 248 TOPS
- Multi-spectral imaging
- visible, IR, LIDAR
- Autonomous proximity operations
- & 6DOF maneuvering
- Extensible payload bays
- with standardized interfaces
- Flight heritage
- Barry-1 (3U CubeSat, SSO, 2023)
About
The Orbot™ Platform is Rogue Space Systems’ autonomous orbital robot, a modular spacecraft platform engineered for close-proximity operations in demanding orbital environments. It is scalable from CubeSat-class to ESPA-class form factors, adapting to various mission profiles. Each Orbot™ integrates AI-enabled onboard processing, multi-spectral imaging (visible, IR, LIDAR), autonomous proximity operations capability, and extensible payload bays. This allows the spacecraft to inspect, host payloads, transport, and deliver compute autonomously. The platform is built on proven heritage from the Orbital Test Platforms (OTP) program, including Barry-1 (3U CubeSat, SSO, 2023) and future missions like OTP-2, OTP-2B, OTP-3, Orbot-1, and Orbot-2 (ESPA-class RPO/D demonstrators). The Orbot™ Gen-2 is an ESPA-class version with full 6DOF maneuvering, multi-spectral sensing, a robotic grappling arm, a refueling port, and pluggable payload containerization, designed for docking, inspection, payload hosting, logistics, and space domain awareness, with a roadmap toward ISAM and life extension. Key technologies include AI-driven guidance, navigation, and control (GNC) for autonomous rendezvous, proximity operations, and docking; multi-spectral imaging for satellite health diagnostics and space object characterization; a modular architecture with extensible payload bays and standardized interfaces; and a Scalable Compute Platform (SCP) delivering up to 248 TOPS for edge computing, real-time inference, sensor fusion, and autonomous decision-making. Future capabilities include servicing and life extension, refueling and logistics depots, docking and ISAM enabling architecture, and debris management and remediation.
Documentation
No public datasheet yet — request the datasheet / ICD from the supplier.