Tethered Aerostats & Helikites

Persistent Lighter-Than-Air systems optimized for heavy multi-sensor payloads, border monitoring, and steady telemetry tracking.

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Tethered Aerostats

Standard Volumes: 12 m³ up to 45 m³
Operating Altitudes: 100 to 300 meters
Flight Autonomy: Days or weeks continuously on tether lines.

Our classic aerodynamic aerostats offer rock-steady persistent air monitoring. The envelope shape reduces drag, allowing the platform to stay aloft in continuous wind gusts. Excellent choice for HD optical zoom cameras and radio relays.

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Helikites Production

Design Concept: Helium balloon combined with a kite sail
Wind Resilience: Highest in class (up to 40+ km/h gusts)
Best for: Harsh coastal operations and rapid military sensor deployment.

Helikites solve the biggest issue of lighter-than-air systems: wind handling. The integrated sail uses wind force to generate additional aerodynamic lift, meaning the stronger the wind blows, the more stable the system becomes. Ideal for unpredictable weather.

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Persistent Surveillance Technology & Extreme Weather Flight

Tethered Aerostats and Helikites represent the ultimate solution for persistent, long-duration aerial monitoring where standard drones and aircraft fail due to limited battery autonomy. Designed as stationary lighter-than-air platforms, our aerostats operate continuously for days or weeks at a time, held firmly by high-tensile mooring and tether lines. These lines not only secure the airship at altitudes up to 300 meters but can also integrate specialized data cables to transmit secure, real-time telemetry and ultra-high-definition video feeds directly to ground control stations without any signal latency.

Our unique Helikites production combines the buoyancy of a helium balloon with the aerodynamic lift of a kite sail, establishing the highest wind resilience in the LTA industry. While traditional aerostats are optimized for steady atmospheric research and broad radio relays in light-to-medium winds, Helikites excel in extreme weather and harsh coastal environments, utilizing strong wind gusts to actually increase their flight stability. Manufactured with military-grade polyurethane envelopes and heavy-duty rigging hardware, both platforms serve as rock-steady, vibration-free structures trusted globally for persistent border surveillance, scientific sensor deployment, and 24/7 tactical monitoring.