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Voyager

retired
Technology DemonstrationsuborbitalLaunched 7/26/2006
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Mission & Launch
Launch Mission
Launch 2006-F03
Launch Vehicle
Dnepr
Launch Date
7/26/2006
Last Contact
7/26/2006
Orbit & Mass
Orbit Class
suborbital
Altitude
-3,130 km
Inclination
97.4 deg
Dry Mass
1 kg
Total Mass
1 kg
Payload Classification
Mission Type
Technology Demonstration
Payload Category
TECH
Payload Class
A
Organizations
Operator
University of Hawaii
Manufacturer
University of Hawaii
Registry
Track
Mentions
155
All verified mentions of this spacecraft in source documents.
0.0-5.0
Actions

The Voyager–Max Space initiative supports NASA’s Artemis Program.

RelationshipsGeneralValue 3.0Mar 9, 2026Strategic Investment Aims to Advance Permanent Lunar Habitat Infrastructure

Dylan Taylor is chairman and CEO of Voyager.

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GovernanceValue 3.5Mar 5, 2026Voyager outlines infrastructure-led roadmap for long-term US lunar presence

Voyager's in-situ resource utilization work on metal and oxygen production from regolith is intended to reduce dependence on supplies launched from Earth for construction and life support on the Moon.

CapabilityPlanGeneralValue 3.2Mar 5, 2026Voyager outlines infrastructure-led roadmap for long-term US lunar presence

Voyager's planned lunar infrastructure includes systems to support crews, distribute power, build communications backbones, provide on-orbit and surface computing, and enable automated logistics for continuous operations.

PlanCapabilityValue 3.6Mar 5, 2026Voyager outlines infrastructure-led roadmap for long-term US lunar presence

Voyager emphasizes dual-use technologies, scalable architectures, interoperability, and early risk retirement as design principles intended to lower technical and programmatic risk for future lunar campaigns.

CapabilityPlanGeneralValue 1.8Mar 5, 2026Voyager outlines infrastructure-led roadmap for long-term US lunar presence

Voyager has worked with NASA on the Moon to Mars Oxygen and Steel Technology program.

RelationshipsGeneralValue 3.0Mar 5, 2026Voyager outlines infrastructure-led roadmap for long-term US lunar presence

Voyager is positioning its existing mission-ready portfolio as a core asset for its lunar initiative and highlights experience designing, integrating, and operating complex space systems for government and commercial customers.

GeneralCapabilityValue 2.0Mar 5, 2026Voyager outlines infrastructure-led roadmap for long-term US lunar presence

Voyager's new lunar strategy focuses on turning high-level policy into sustained capability that endures over time.

CapabilityGeneralValue 1.1Mar 5, 2026Voyager outlines infrastructure-led roadmap for long-term US lunar presence

Voyager plans to concentrate its lunar efforts on foundational infrastructure for both human and robotic operations.

PlanGeneralValue 2.0Mar 5, 2026Voyager outlines infrastructure-led roadmap for long-term US lunar presence

Voyager's Clear Dust-Repellant Coating (CDRC) is designed to significantly reduce accumulation of lunar simulant dust on glass, metals, and a variety of fabrics.

CapabilityValue 3.8Mar 5, 2026Voyager outlines infrastructure-led roadmap for long-term US lunar presence

Voyager's objective is to be a leading player in the emerging lunar ecosystem by the end of the decade across civil, defense, and commercial markets.

PlanGeneralValue 2.0Mar 5, 2026Voyager outlines infrastructure-led roadmap for long-term US lunar presence

Voyager will pursue additional partnerships, investments, and phased development activities to match evolving government and commercial timelines.

PlanRelationshipsGrowthValue 2.0Mar 5, 2026Voyager outlines infrastructure-led roadmap for long-term US lunar presence

Voyager was previously owned by Space Perspective.

RelationshipsValue 2.5Feb 26, 2026It looks like "Voyager", which was previously owned by Space Perspective, is working in the USSF-87 SRB splashdown area to recover the SRB's out of the ocean. This same vessel was used to recover USSF-106's SRB's.

Voyager recovered the solid rocket boosters from the USSF-106 mission.

GeneralCapabilityValue 4.0Feb 26, 2026It looks like "Voyager", which was previously owned by Space Perspective, is working in the USSF-87 SRB splashdown area to recover the SRB's out of the ocean. This same vessel was used to recover USSF-106's SRB's.

Voyager is operating in the USSF-87 solid rocket booster splashdown area to recover solid rocket boosters from the ocean.

CapabilityGeneralValue 3.5Feb 26, 2026It looks like "Voyager", which was previously owned by Space Perspective, is working in the USSF-87 SRB splashdown area to recover the SRB's out of the ocean. This same vessel was used to recover USSF-106's SRB's.

Stellant Systems produces subsystems that have been operating on orbit since 1977 on the Voyager mission.

CapabilityGeneralValue 4.0Feb 23, 2026Stellant Systems: Heritage-Driven Innovation in Space

ATMOS free-flying vehicles complement Voyager’s mission management capabilities across the International Space Station and next-generation commercial platforms such as Starlab.

CapabilityGeneralValue 2.8Feb 19, 2026Collaboration Aims to Accelerate Access to Space

Voyager offers flexible access options to space and provides comprehensive mission management services for end-user missions.

CapabilityGeneralValue 2.0Feb 19, 2026Collaboration Aims to Accelerate Access to Space

Under a signed memorandum of understanding, Voyager Europe will serve as ATMOS’ integration and implementation partner.

RelationshipsValue 4.2Feb 19, 2026Collaboration Aims to Accelerate Access to Space

Voyager and ATMOS will mutually refer customers and mission opportunities across their networks.

RelationshipsValue 3.5Feb 19, 2026Collaboration Aims to Accelerate Access to Space