The Airframe

PLATFORM OVERVIEW

Every subsystem of the Skyliner platform is engineered for uninterrupted stratospheric operation — lightweight, redundant, and fully autonomous.

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Engineered For The Stratosphere

Envelope & Lift

Envelope & Lift

Multi-cell hydrogen-lift envelopes provide buoyant lift with segmented redundancy for pressure management across the flight envelope.

Gondola

Gondola

A composite gondola houses avionics, compute, and payload with vibration isolation and thermal management for sensitive electronics.

Solar Power

Solar Power

High-efficiency thin-film arrays span the upper surfaces, harvesting energy through daylight to power flight and mission systems.

Batteries

Batteries

High-density structural energy storage carries the platform through the night, sized for full-power operation across the darkest seasons.

Propulsion

Propulsion

Redundant electric propulsion units deliver precise station-keeping and repositioning with minimal power draw.

Compute

Compute

Rugged edge AI compute performs on-board inference and sensor fusion, delivering insight instead of raw data downlinks.

Cooling

Cooling

Passive and active thermal systems maintain safe operating temperatures for compute and batteries in thin, cold air.

ISR Payload

ISR Payload

Modular payload bays accept EO/IR imaging, SIGINT, and communications relay packages tailored to each mission.

Safety Systems

Safety Systems

Layered redundancy, autonomous fault handling, and controlled-descent logic keep the platform safe through any anomaly.

Weight Budget

Mass Allocation

Every gram is accounted for. The platform's weight budget balances structure, power, and payload for maximum persistence.

Structure & Envelope
34%
Solar & Batteries
31%
Propulsion
11%
Payload & Compute
16%
Reserve Margin
8%