In Rogue’s inaugural space mission and first Orbital Test Platform flight, Barry-1 (OTP-1) we tested our advanced compute hardware, algorithms, sensor aggregation and in situ data processing. The mission achieved all of its primary mission objectives, and was also a fantastic learning opportunity for both our mission operations and engineering teams!
Barry-1 is Rogue’s inaugural space flight where we will be testing our advanced compute hardware, algorithms, sensor aggregation and in situ data processing.
spacecraft
OTP-1 lifted off from Vandenberg Space Force Station on Saturday, November 11, 2023 aboard a SpaceX’s Falcon 9 on the Transporter-9 mission. Shortly thereafter, Rogue Space achieved positive control of OTP-1, and walked it through a series of Launch and Early Operations (LEOP) steps over the course of several weeks. During its mission, OTP-1 met all its primary mission objectives. It was then ordered to go into a deorbiting-safe mode and is now decommissioned.
Services
Through Rogue Space Systems Orbital Test Platform program, customer hardware was integrated into the Orbital Test Platform spacecraft so that it could be tested along side Rogue’s new hardware and software. This cooperative approach to missions is moving Rogue faster, and also giving Rogue the ability to pre-view cutting edge technologies that it may use in its future missions.
Payload hosting is an ideal solution for in-space demonstrations for heritage and full operations. Our capable and cost effective OTP-1 3U satellite featured Rogue’s own Scalable Compute Platform (SCP) of redundant edge computing. It also carried optical sensors, 3 axis control and propulsion to supplement mission needs.
| 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 | NET 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 | SOFTWARE HOSTING AVAILABLE |
| OTP-3 | NET Q4 2026 | SPACEX’S FALCON 9 | ENERGETIC PROPULSION, ELECTRICAL PROPULSION, 6 DOF RCS, SDA OPTICS, 4X WIDE FOV OPTICS, SCP EDGE COMPUTING PLATFORM, RPO OPTICS, NEW IOT TERMINAL, LARGE STEERING MIRROR, DOCKING PORT WITH ELECTRICAL AND REFUELING PORT, DOCKING EXPERIMENT | RPOD, SDA, EDGE COMPUTING, 6-DOF MANEUVERING, HIGH DELTA-V | LEO-SSO | HARDWARE & SOFTWARE HOSTING AVAILABLE |
| OTP-4 | NET Q2 2027 | SPACEX’S FALCON 9 | ENERGETIC PROPULSION, ELECTRICAL PROPULSION, 6 DOF RCS, SDA OPTICS, 4X WIDE FOV OPTICS, SCP EDGE COMPUTING PLATFORM, RPO OPTICS, NEW IOT TERMINAL, LARGE STEERING MIRROR, DOCKING PORT WITH ELECTRICAL AND REFUELING PORT, DOCKING EXPERIMENT | RPOD, SDA, EDGE COMPUTING, 6-DOF MANEUVERING, HIGH DELTA-V | 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, NEW IOT TERMINAL, LARGE STEERING MIRROR, 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 |
(swipe to view)
Barry-1MISSION
HELLO WORLD
DATE
NOV 11, 2023
LAUNCH VEHICLE
SPACEX F9
DROP-OFF ORBIT
LEO-SSO
AVAILABILITY
SOFTWARE HOSTING AVAILABLE
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Laura-1MISSION
JE VAIS VOIR
DATE
NET Q4 2024
LAUNCH VEHICLE
SPACEX F9
DROP-OFF ORBIT
LEO-SSO
AVAILABILITY
SPACE AVAILABLE
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Laura-GEOMISSION
TBD
DATE
NET Q4 2025
LAUNCH VEHICLE
TBD
DROP-OFF ORBIT
GEO
AVAILABILITY
SPACE AVAILABLE
(swipe to view)
Fred-1MISSION
TBD
DATE
NET Q4 2025
LAUNCH VEHICLE
TBD
DROP-OFF ORBIT
LEO-SSO
AVAILABILITY
SPACE AVAILABLE
“OTP-1 was Rogue’s first incremental step to making our fully autonomous Orbot spacecraft a reality!” – Jon Beam, Co-Founder & CEO
For discussion of the OPT-1 Mission, follow Rogue Space on LinkedIn, Twitter, Facebook and Instagram.
A live broadcast of the Hello World mission will be made available at approximately 10 minutes to launch. Join us as we watch our first Orbot take flight to Lower Earth Orbit.
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