Volta Space Technologies is a Montreal space-power company developing optical wireless power systems that transmit energy to compact receivers on lunar, orbital, aerial and remote terrestrial platforms.
Operating context
Volta develops optical wireless power transfer, with LightPort receivers intended to serve a future LightGrid lunar network. Its published ground trials establish terrestrial demonstrations, while Firefly lists LightPort as a top-deck technology payload on Blue Ghost Mission 2, currently scheduled no earlier than 2027. That current mission schedule supersedes the 2026 target in Volta's December 2025 release. The flight is a receiver-validation step toward future lunar power services, not evidence of an operating orbital utility.
Canadian footprint
Volta Space Technologies has a documented Canadian operating presence in Montreal, Quebec, Canada. Its public organization and capability evidence should be read at that location and national scope only where the cited sources explicitly support it.
Montreal, Quebec is the published city-level context for Volta Space Technologies. It does not imply a street address or exact facility location.
Volta's LightPort converts beamed optical energy into power for remote assets and is intended as the receiving element of its proposed lunar LightGrid. Volta lists a receiver configuration below 2 kg, 30 cm in diameter and above 100 W, alongside terrestrial power-beaming demonstrations. Firefly confirms a LightPort technology payload on Blue Ghost Mission 2, now scheduled no earlier than 2027. This is a receiver-validation step toward a future utility, not an operating orbital power grid.
Evidence of maturity
Terrestrial demonstrations completed according to Volta; lunar receiver demonstration remains planned. Firefly's current no-earlier-than-2027 timing supersedes the 2026 target in Volta's December 2025 announcement.
Commercial availability
Development and integration discussions with Volta for receiver interface, delivered power and pointing/thermal constraints. LightGrid commercial capacity and lunar-night service remain future plans.
Core features
Optical wireless-power receiver for integration with remote assets
Supplier configuration: below 2 kg, 30 cm diameter and above 100 W
Published ground trials include 200 m rover, 880 m stationary and 180 m moving-target demonstrations
Planned Blue Ghost Mission 2 top-deck receiver demonstration, no earlier than 2027
Future integration collaboration framework with ispace U.S.
The Canadian Space Agency awarded Volta a 2026 contract within a lunar power-architecture study and separately lists a Space Technology Development Program contribution for its POWERD optical wireless-power receiver.
CSA discloses a CAD 978,822 contribution for POWERD receiver development from September 2025 through December 2027, including a planned small-scale lunar demonstration. The contribution does not establish completed flight demonstration.
Ecosystem relationships
Lunar power study contract recipient
Canadian Space Agency
The Canadian Space Agency identifies Volta among Canadian companies awarded contracts to study lunar power architectures; the candidate does not infer selection for a flight mission or operational deployment.
Reviewed connections
Mission area · Reviewed connectionEvidence strength: Moderate
Wireless power delivery could extend operation of remote sensors or uncrewed platforms in northern environments; range, weather tolerance and safety require mission-specific validation.
Remote recharging could increase persistence for electric uncrewed systems, but the candidate does not claim a demonstrated CAF deployment.
Questions for a first conversation
01
What receiver power, pointing tolerance, thermal performance and flight-demonstration schedule are substantiated by test results?
Planned launch dates and orbital-network milestones remain prospective. U.S.-entity LEPTON funding must not be assigned to the Canadian company without recipient-specific evidence.
Original sources 10 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
Canadian Space Agency supports 2026-06-09 as the material date used for this dossier activity note.
Supports: Profile · current activity
The Canadian Space Agency awarded Volta a 2026 contract within a lunar power-architecture study and separately lists a Space Technology Development Program contribution for its POWERD optical wireless-power receiver.
Supports: Profile · profileData.currentActivity
The Canadian Space Agency awarded Volta a 2026 contract within a lunar power-architecture study and separately lists a Space Technology Development Program contribution for its POWERD optical wireless-power receiver.
Supports: Profile · operating context
The Canadian Space Agency identifies Volta among Canadian companies awarded contracts to study lunar power architectures; the candidate does not infer selection for a flight mission or operational deployment.
Supports: Profile · current activity
The Canadian Space Agency awarded Volta a 2026 contract within a lunar power-architecture study and separately lists a Space Technology Development Program contribution for its POWERD optical wireless-power receiver.
Supports: lunar power study contract recipient relationship
Source location: relationships.0.publicSummary
The Canadian Space Agency identifies Volta among Canadian companies awarded contracts to study lunar power architectures; the candidate does not infer selection for a flight mission or operational deployment.
Volta publishes ground demonstrations comprising rover power transmission at 200 m, a stationary target at 880 m and a moving target at 180 m. These are terrestrial demonstrations, not completed lunar-orbit-to-surface power delivery.
Supports: LightPort optical wireless power system · summary
Volta publishes ground demonstrations comprising rover power transmission at 200 m, a stationary target at 880 m and a moving target at 180 m. These are terrestrial demonstrations, not completed lunar-orbit-to-surface power delivery.
Supports: LightPort optical wireless power system · core features
Volta Space Technologies is a Montreal space-power company developing optical wireless power systems that transmit energy to compact receivers on lunar, orbital, aerial and remote terrestrial platforms.
Supports: Profile · description
Volta Space Technologies is a Montreal space-power company developing optical wireless power systems that transmit energy to compact receivers on lunar, orbital, aerial and remote terrestrial platforms.
Reviewed connections indicate possible relevance based on public evidence. They do not indicate procurement direction, eligibility, endorsement or customer interest.
Volta publishes ground demonstrations comprising rover power transmission at 200 m, a stationary target at 880 m and a moving target at 180 m. These are terrestrial demonstrations, not completed lunar-orbit-to-surface power delivery.
Supports: LightPort optical wireless power system · maturity
Volta publishes ground demonstrations comprising rover power transmission at 200 m, a stationary target at 880 m and a moving target at 180 m. These are terrestrial demonstrations, not completed lunar-orbit-to-surface power delivery.
Volta Space Technologies has a documented Canadian operating presence in Montreal, Quebec.
Volta's system couples a directed optical power source with a compact LightPort receiver to deliver energy without a physical tether to spacecraft, drones, uncrewed vehicles and remote sensors.
Volta Space Technologies's public evidence establishes its current role and offering, but it does not answer every access, configuration, eligibility, maturity or buyer question needed for a first business-development conversation.
Supports: Profile · operating context
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
True North Map derives this first-conversation question from the documented Volta Space Technologies capability, current evidence and the decision gap that remains.
Supports: Profile · editorial profile version
Volta Space Technologies has sufficient mapped public evidence for private reviewer consideration of the shared editorial profile template.
Supports: LightPort optical wireless power system · defence applications
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system · defence applications
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system · technical tags
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system · technicaldomainslugs
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system · technology readiness level
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system · technical tags
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system · technicaldomainslugs
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system · commercial availability
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system · summary
Volta's system couples a directed optical power source with a compact LightPort receiver to deliver energy without a physical tether to spacecraft, drones, uncrewed vehicles and remote sensors.
Supports: LightPort optical wireless power system · summary
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system · technical tags
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system · capability type
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system · core features
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system · core features
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system · technicaldomainslugs
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system · defence applications
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system · name
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system → Arctic Domain Awareness
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system → Arctic Domain Awareness
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system → Arctic Domain Awareness
Wireless power delivery could extend operation of remote sensors or uncrewed platforms in northern environments; range, weather tolerance and safety require mission-specific validation.
Supports: LightPort optical wireless power system → Arctic Domain Awareness
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system → Arctic Domain Awareness
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system → Autonomous Patrol and Monitoring
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system → Autonomous Patrol and Monitoring
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system → Autonomous Patrol and Monitoring
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Supports: LightPort optical wireless power system → Autonomous Patrol and Monitoring
Volta describes a LightPort receiver configuration below 2 kg, 30 cm diameter and above 100 W. LightGrid is its proposed orbital optical-power network; lunar utility availability is not demonstrated by the current product page.
Firefly’s current Blue Ghost Mission 2 page states launch no earlier than 2027 and lists Volta LightPort as a top-deck technology demonstration for the planned LightGrid. This supersedes the 2026 flight target still stated in Volta’s December 2025 release; it does not demonstrate an operating lunar orbital-power service.
Supports: LightPort optical wireless power system · summary
Firefly’s current Blue Ghost Mission 2 page states launch no earlier than 2027 and lists Volta LightPort as a top-deck technology demonstration for the planned LightGrid. This supersedes the 2026 flight target still stated in Volta’s December 2025 release; it does not demonstrate an operating lunar orbital-power service.
Supports: LightPort optical wireless power system · core features
Firefly’s current Blue Ghost Mission 2 page states launch no earlier than 2027 and lists Volta LightPort as a top-deck technology demonstration for the planned LightGrid. This supersedes the 2026 flight target still stated in Volta’s December 2025 release; it does not demonstrate an operating lunar orbital-power service.
Supports: LightPort optical wireless power system · commercial availability
Firefly’s current Blue Ghost Mission 2 page states launch no earlier than 2027 and lists Volta LightPort as a top-deck technology demonstration for the planned LightGrid. This supersedes the 2026 flight target still stated in Volta’s December 2025 release; it does not demonstrate an operating lunar orbital-power service.
Supports: LightPort optical wireless power system · maturity
Firefly’s current Blue Ghost Mission 2 page states launch no earlier than 2027 and lists Volta LightPort as a top-deck technology demonstration for the planned LightGrid. This supersedes the 2026 flight target still stated in Volta’s December 2025 release; it does not demonstrate an operating lunar orbital-power service.
ispace-U.S. confirms a collaboration to develop lunar-night survival capability with Volta; this is a development agreement, not evidence that the orbital power network is operating.
Directed optical power transfer; Compact platform-mounted receiver; Wireless charging across standoff distance; Lunar, orbital and terrestrial configurations
Supports: LightPort optical wireless power system · core features
The November 14, 2024 ispace U.S.–Volta agreement is an initial framework for negotiations toward future Survive the Night commercial services, LightPort integration and payload transport. It is a collaboration framework, not proof of completed integration or purchased power capacity.
Supports: LightPort optical wireless power system · commercial availability
The November 14, 2024 ispace U.S.–Volta agreement is an initial framework for negotiations toward future Survive the Night commercial services, LightPort integration and payload transport. It is a collaboration framework, not proof of completed integration or purchased power capacity.
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