spacecraft
OTP-2B: One Provider for Orbital Compute
Rogue’s OTP-2B is a Gen 3 Scalable Compute, SDA & KA transceiver equipped Orbital Micro Data Center that serves as an in space validation testbed, complementing your ground labs and accelerating your path to in space data center operations. This platform offers:
- Ability to run autonomy stacks in-situ on Gen 3 Edge Compute to validate decision‑making against real orbital data: not just simulations.
- “Compute-as-a-service” from orbit allowing container shipment to high-performance to Scalable Compute PlatformTM with update or full reflash capability in flight over Ka-band communications.
- Repeatable, multi-tenant on-orbit testbed with high-rate links for space software hosting.
- Turnkey launch, integration, licensing, and 24/7 ops with integrated edge/cloud compute, create one accountable provider for orbital compute, autonomy, and hosting.
Limited payload slots remaining for OTP-2B — Inquire today!
OTP-2B Specifications
| OPERATIONS | Launch | Net October 2026 (T-18) | |
| Orbit | 500-600km, SSO, 97.5° | ||
| Mission Life | 5 Years | ||
| STRUCTURE | Volume | 8U | |
| Mass | 16kg | ||
| Power | 25W OAP | ||
| SOFTWARE | Software Hosting Format | Docker Container | |
| Software Hosting Platform | Rogue Scalable Compute Platform (SCP) | ||
| SCP Hardware | 248 TOPs, 12-core Arm® Cortex 64-bit CPU,
2048-core GPU with 64 Tensor Cores, 64GB 256-bit LPDDR |
||
| OPTICAL SENSORS | MFOV | Spectrum | RGB |
| Focal Length | 35mm | ||
| FOV | 12.7 deg | ||
| NFOV | Spectrum | Monochrome + NIR | |
| Focal Length | 100mm | ||
| FOV | 4.46 deg | ||
| TT&C | Ka-Band (Tx/Rx) | Up to 600 Mbps | |
| S-Band (Tx/Rx) | Up to 100 kbps | ||
| X-Band (Tx) | Up to 125 Mbps | ||
| ADCS | Absolute Knowledge Error | <0.08 deg | |
| Absolute Pointing Error | <0.5 deg | ||
| Maximum Slew Rate | <2 deg/s | ||
OTP-2B Mission Features
| Feature | What it enables for you | Why it matters to your mission |
|
Real orbital edge compute |
Access a GPU‑accelerated micro data center testbed in LEO | Run AI/ML and autonomy workloads in orbit, not just lightweight experiments getting true orbital edge performance |
| No‑new‑satellite CaaS model | Rent compute, slots, and data as a service | Avoid capex and operational burden of building a bus and ground segment while keeping full mission agility |
| Evidence for future programs | Receive structured post‑mission data and artifacts n your timeline | Walk into proposals and downselects with hard on‑orbit performance, safety, and cyber evidence instead of assumptions. |
| Predictable lab‑to‑orbit timeline | Use a standardized integration flow and mission cadence | Move from lab demo to on‑orbit campaign in months, aligning with rapid prototyping and innovation timelines |
| Rapid path to flight heritage | Fly software on a persistent on‑orbit testbed |
Prove autonomy, SDA, AI, and comms in real space without owning a satellite, so you clear gates and win programs faster |
Upcoming Missions
| SPACECRAFT | DATE | LAUNCH VEHICLE | PAYLOADS MANIFESTED | BUS CAPABILITIES | DROP-OFF ORBIT | AVAILABILITY |
| OTP-1/ BARRY-1 |
NOV 11, 2023 | SPACEX’S FALCON 9 | SCP EDGE COMPUTING PLATFORM, 4X WIDE FIELD OF VIEW OPTIC SENSORS | 3 AXIS POINTING, EDGE COMPUTING PLATFORM, PROPULSION | LEO-SSO | MISSION COMPLETE |
| OTP-2 | LAUNCHED Q1 2025 | SPACEX’S FALCON 9 | QUANTUM DRIVE PROPULSION, FUSION/WATER PROPULSION QUANTUM ENCRYPTION AND SCP EDGE COMPUTING PLATFORM | 3 AXIS POINTING, PROPULSION, MULTIDIRECTIONAL OPTICS, NEXT GENERATION ENCRYPTION AND EDGE COMPUTING | LEO-SSO | MISSION IN PROGRESS! |
| OTP-2B | LAUNCH NET Q4 2026 | SPACEX’S FALCON 9 | MICRO DATA CENTER ACTING AS AN ORBITAL EDGE NODE OR CLUSTER: HIGH-PERFORMANCE SCP-G3 (GPU/CPU/TOPS, LARGE RAM) RUNNING CONTAINERIZED WORKLOADS | 3 AXIS POINTING, MULTI-SPECTRAL, MULTI-DISTANCE, SENSORS | LEO-SSO | SOFTWARE HOSTING AVAILABLE |
| OTP-3 | NET Q4 2027 | SPACEX’S FALCON 9 | ENERGETIC PROPULSION, ELECTRICAL PROPULSION, 6 DOF RCS, SDA OPTICS, 4X WIDE FOV OPTICS, SCP EDGE COMPUTING PLATFORM, RPO OPTICS, DOCKING PORT WITH ELECTRICAL AND DATA PORTS, DOCKING EXPERIMENT | RPOD, SDA, EDGE COMPUTING, 6-DOF MANEUVERING, HIGH DELTA-V, REMOTE SENSING: MULTISPECTRAL, HYPERSPECTRAL AND SWIR | LEO-SSO | HARDWARE & SOFTWARE HOSTING AVAILABLE |
| OTP-4 | NET Q4 2027 | SPACEX’S FALCON 9 | ENERGETIC PROPULSION, ELECTRICAL PROPULSION, 6 DOF RCS, SDA OPTICS, 4X WIDE FOV OPTICS, SCP EDGE COMPUTING PLATFORM, RPO OPTICS, DOCKING PORT WITH ELECTRICAL AND DATA PORTS, DOCKING EXPERIMENT | RPOD, SDA, EDGE COMPUTING, 6-DOF MANEUVERING, HIGH DELTA-V, REMOTE SENSING: MULTISPECTRAL, HYPERSPECTRAL AND SWIR | LEO-SSO | HARDWARE & SOFTWARE HOSTING AVAILABLE |
| ORBOT-1 | NET Q1 2028 | SPACEX’S FALCON 9 | ENERGETIC PROPULSION, ELECTRICAL PROPULSION, 6 DOF RCS, SDA OPTICS, 4X WIDE FOV OPTICS, SCP EDGE COMPUTING PLATFORM, RPO OPTICS, DOCKING PORT WITH ELECTRICAL AND REFUELING PORT, DOCKING, GRAPPLING ARM | RPOD, SDA, EDGE COMPUTING, 6-DOF MANEUVERING, HIGH DELTA-V, GRAPPLING, PLUGGABLE PAYLOAD CONTAINERIZATION | LEO-SSO | HARDWARE & SOFTWARE HOSTING AVAILABLE |