Power always available.
Everywhere, Wirelessly.
Everywhere, wireless.
We deliver energy in orbit, precisely where and when it's needed, without replacing your satellite’s existing solar panels.
Ground-based Emitter. Compact, Mission-Ready, Long-Range Capable.
3 kW Laser Output
Tunable power from 100 W to 3000 W for adaptive use
Wide Field of Regard
±150° azimuth / up to 80° elevation range for high coverage
1 km Max Range
Enables safe, long-distance power transfer to drones in flight
Portable Design
Compact dimensions for mobile deployment (50×40×60 cm)
Precision and power—
high efficiency transmission. (EMITTER)
Advanced Laser Source
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Triple-Junction Cell Integration
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Patented Receiver Structure
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Precision Beam Alignment
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Earth Orbit Emitter.
High Precision, In-Orbit Delivery.
Advanced Laser Source
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Advanced Laser Source
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Advanced Laser Source
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Advanced Laser Source
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Energy Matching
Matches power delivery to satellite needs through optimized constellation geometry and mission-aware planning.
Autonomous Panel Tracking
Detects and locks onto satellite solar arrays up to 500 km away. No communication required.
Adaptive Power Targeting
Beams panels with custom-tuned power density, ensuring safe and efficient energy transfer.
Integrated Thermal Control
Manages elevated thermal loads while preserving volume and mass budgets.
Lunar Orbit Emitter.
Orbit to Moon Energy Delivery.
Advanced Laser Source
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Advanced Laser Source
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Advanced Laser Source
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Advanced Laser Source
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Polar Continuity
Continuous energy coverage at lunar poles enabled by a 10-satellite constellation.
High-Power Delivery
Up to 30 kW of wireless energy transmitted from orbit to surface per satellite.
Kilometer-Scale Targeting
Maintains beam accuracy from over 1000 km away, directly onto lunar receivers.
Multi-Asset Illumination
Adjustable beam divergence supports simultaneous power delivery to multiple surface sites.
Drone Receiver. Lightweight, Flight-ready, Tactically Discreet
Advanced Laser Source
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Advanced Laser Source
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Advanced Laser Source
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Advanced Laser Source
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Low-Profile Design
Built with low-reflectivity materials to reduce radar visibility
Stealth Optical Lock
Maintains alignment with zero RF. Immune to jamming, spoofing, or electronic attack.
Passive Thermal Dissipation
Efficient heat rejection without fans or active cooling, preserving stealth and weight constraints.
Modular Integration
Mounts easily on existing drone platforms with minimal structural impact.
Earth Orbit Receiver. Standard Solar Panels, Upgraded Performance
Advanced Laser Source
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Advanced Laser Source
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Advanced Laser Source
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Advanced Laser Source
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No Hardware Change Needed
Fully compatible with existing triple-junction solar panels, even on satellites already in orbit.
Laser-Optimized Efficiency
Panels reach higher conversion efficiency under our beam than under sunlight.
Adaptive Power Density
Beam intensity and shape are tuned to prevent panel overheating and avoid irradiating non-target satellite components.
Eclipse-Proof Operation
Maintains power supply even in full orbital darkness.
Lunar Ground Receiver. Built for the surface. Designed for permanence.
Advanced Laser Source
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Advanced Laser Source
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Advanced Laser Source
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Advanced Laser Source
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Passive Beam Capture
Optimized shape ensures peak irradiance with zero moving parts.
Self-Cleaning Optics
Mitigates dust contamination from regolith to ensure uninterrupted beam reception.
Thermal Energy Harvesting
Retains thermal energy to power auxiliary loads, like rovers, when sunlight is gone.
Integrated Energy Storage
Buffers incoming power for continuous delivery to local systems, even during beam interruptions.
Drone receiver.
Lightweight, Flight-ready, Tactically Discreet
Earth orbit receiver.
Standard Solar Panels, Upgraded Performance
Lunar ground receiver.
Built for the surface. Designed for permanence.
Low-Profile Design
Built with low-reflectivity materials to reduce radar visibility
Stealth Optical Lock
Maintains alignment with zero RF. Immune to jamming, spoofing, or electronic attack.
Passive Thermal Dissipation
Efficient heat rejection without fans or active cooling, preserving stealth and weight constraints.
Modular Integration
Mounts easily on existing drone platforms with minimal structural impact.
No Hardware Change Needed
Fully compatible with existing triple-junction solar panels, even on satellites already in orbit.
Laser-Optimized Efficiency
Panels reach higher conversion efficiency under our beam than under sunlight.
Adaptive Power Density
Beam intensity and shape are tuned to prevent panel overheating and avoid irradiating non-target satellite components.
Eclipse-Proof Operation
Maintains power supply even in full orbital darkness.
Passive Beam Capture
Optimized shape ensures peak irradiance with zero moving parts.
Self-Cleaning Optics
Mitigates dust contamination from regolith to ensure uninterrupted beam reception.
Thermal Energy Harvesting
Retains thermal energy to power auxiliary loads, like rovers, when sunlight is gone.
Integrated Energy Storage
Buffers incoming power for continuous delivery to local systems, even during beam interruptions.
High-Power Laser Source
Space-rated, tunable lasers engineered for vacuum and atmosphere. Compact, safe, and capable of delivering high power up to tens of kilowatts.
Long-Distance Optical Precision
Adaptive optics maintain beam quality and focus over thousands of kilometers, from Earth to orbit to lunar surface.
Dual-Stage Pointing System
Coarse and fine steering ensure sub-microradian accuracy, even with moving platforms or mobile ground units.
Smart Thermal Management
Integrated passive and active cooling systems handle high thermal loads while minimizing volume and mass impact.
Adaptive Detection & Tracking
Identifies and tracks targets based on object type and mission context, whether cooperative or passive, stationary or in motion.
Application-Tailored Energy Conversion
Each receiver is designed to maximize energy conversion efficiency based on mission profile, operating environment, and platform constraints.
Absorptive Structural Design
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Intelligent Safety Interlocks
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Secure Key-Controlled Activation
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Real-Time Power Monitoring
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Environmental Stability Sensors
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Absorptive Structural Design
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Yes. Our technology is fully compatible with standard triple-junction solar panels, even on satellites already in orbit. No retrofitting is needed: just direct, wireless energy delivery, including during eclipses or peak demand phases.
Absolutely. We can deliver power from one point to another on the Moon, whether to fixed assets like antennas or habitats, or to mobile targets like rovers, ensuring mission continuity in the harshest environments.
Yes. Our ground-based system can deliver targeted energy over long distances, making it ideal for emergency scenarios, remote operations, or areas with limited infrastructure.
Integration is streamlined. We customize the mechanical interface for each drone platform and co-design the connection to the onboard battery system. For accurate beam targeting, we require telemetry data from the drone during flight.
Yes. Our Enterprise Plan is tailored for group practices and multi-location organisations. Contact us for a bespoke quote based on your user base and specific requirements.
We offer a free demo and can provide trial access on request, so you can experience the platform’s features before committing to a subscription.
Yes. OptiScribe is built with end-to-end encryption, secure cloud infrastructure, and full compliance with GDPR and NHS data protection standards. Your data—and your patients’—is safe with us.
Shots from our Labs
