We develop wireless power transmission technologies

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.

Calculate Charging Time

Drone emitter.
Compact, agile, ground-based.

Earth orbit emitter.
High precision, in-orbit delivery.

Lunar orbit emitter.
Orbit to surface energy delivery.

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)

Energy Matching

Matches power delivery to satellite needs through optimized constellation geometry and mission-aware planning.

Adaptive Optics

Enables beam focusing across varying distances

Fine Pointing Mechanism

Keeps the beam on target despite orbital drift

Space-Rated Housing

Engineered for vacuum, radiation, and temperature extremes

Long-Distance Beam Control

Precision optics maintain accuracy from orbit to surface

Wide-Area Coverage

Adjustable divergence supports multiple assets in one pass

Thermal Resilience

Built to perform during orbital thermal cycling

Autonomous Targeting

Real-time tracking of surface receivers ensures seamless delivery

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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Drone receiver.
Lightweight, flight-ready.

Earth orbit receiver.
Standard solar panels, new potential.

Lunar ground receiver.
Built for the surface.

Lightweight
Housing

Optimized for payload constraints on military drones

High-Efficiency Photovoltaics

Converts narrow-band laser wavelengths with minimal loss

Active
Cooling

Maintains receiver performance during prolonged charging

Plug-and-Play Mounting

Easily integrable on existing drone platforms

No Hardware Change Needed

Compatible with triple-junction solar panels

Static Ground Integration

Panels positioned for optimal line-of-sight

Dust-Tolerant Surfaces

Coatings resist lunar regolith interference

Night-time
Operation

Beamed energy replaces sunlight during the lunar night

Long-Term
Stability

Built for permanent surface deployment

Deepen into the tech

Technology you can trust in extreme environments

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High-Power

Tunable lasers designed for vacuum environments—safe, compact, and
energy-dense.

Optical Chain

Engineered optics maintain beam coherence across long distances and environmental variance.

Pointing System

Fine-steering units ensure beam accuracy, adapting to moving or uncooperative targets.

Thermal Control System

Passive and active cooling elements protect components from thermal fluctuation damage.

Detection and Tracking

Custom software and sensors detect target position and maintain lock for reliable delivery.

Photovoltaic Cells

Triple-junction or monochromatic cells tailored for the wavelength and mission—tested for Earth, orbit, and lunar use.