This company provides in-space logistics and payload hosting services using its extensible Orbot platform. They offer mission operations, satellite servicing, cargo hauling, and support for in-space manufacturing. The core value lies in providing reusable, modular infrastructure for diverse on-orbit demonstrations and operational missions.
Funding
$330K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
The increasing number of satellites in orbit, coupled with the accumulation of space debris from previous launches and satellite failures, poses a significant collision risk to operational spacecraft. Existing solutions for satellite maintenance, debris removal, and mission extension are often costly and lack the flexibility to address diverse in-space challenges.
Solution
Rogue Space Systems develops and operates a fleet of versatile robotic spacecraft, known as Orbots™, designed for a range of in-space services, including satellite inspection, maintenance, relocation, and debris removal. These autonomous spacecraft are equipped with robotic arms and advanced sensors, enabling them to perform close-proximity operations, diagnose satellite issues, and execute repairs or upgrades. Rogue's Orbots™ can extend satellite lifespans through refueling, station keeping, and power augmentation, while also reducing collision risks by removing debris and relocating operational spacecraft. The company's mission services aim to provide cost-effective and sustainable solutions for managing and maintaining assets in low Earth orbit, supporting the growth of the space economy.
Target Audience
Rogue Space Systems targets satellite operators, space agencies, and commercial entities seeking to extend the lifespan of their assets, mitigate collision risks, and enable in-space manufacturing and logistics.
Features
- Orbot™ spacecraft with precise 6-degree of freedom control for close inspection and docking
- Robotic arms for satellite servicing, repair, and debris capture
- High-definition imaging and video capture for detailed satellite assessment
- Autonomous AI for on-demand decision-making and reduced ground support costs
- Payload hosting capabilities for on-orbit testing and operations
- Scalable Compute Platform (SCP) for real-time data processing and AI computations
- Extensible Orbot™ Platform with plug-and-play payload modules for customized missions