Elistair Launches Tethered Module for Parrot ANAFI UKR
The new air module enables extended drone flight for reconnaissance missions via a continuous power link.
Updated on Oct. 21, 2026 in Robotics
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Elistair has released a tethered air module designed to provide uninterrupted flight time for the Parrot ANAFI UKR micro-UAV. The system connects drones to power-supplying ground stations for long-duration surveillance operations.
Why it matters
By providing a continuous power source through a micro-tether, this module eliminates the flight time limitations inherent in battery-operated drones. This enhancement supports critical intelligence, surveillance, and reconnaissance missions that require long-term aerial monitoring.
The module allows for continuous flight by linking to Elistair Safe-T and Ligh-T tether stations, with the entire system ready for operation in under two minutes. Elistair products are currently used across 70 countries.
The players
Elistair
The company specializes in tethered drone technology and maintains operations in France and North Carolina.
Parrot
A manufacturer of drone technology that produces the ANAFI range in the United States and South Korea.
The details
The new air module integrates directly with the Parrot ANAFI UKR, which was first introduced at the 2025 Paris Air Show. The hardware utilizes a micro-tether to provide steady power, enabling drones to remain airborne for hours during surveillance missions.
Timeline
Parrot introduced the ANAFI UKR at the 2025 Paris Air Show.
Elistair released the tethered air module on October 21, 2026.
The Tech Race
This release follows the trend of increasing drone endurance to replace traditional battery-limited flight cycles. It positions Elistair against other providers of high-persistence aerial surveillance hardware.
Operators can now deploy surveillance systems that are ready for flight in under two minutes, significantly reducing setup times for reconnaissance tasks. The ability to maintain continuous power eliminates the need for frequent battery swaps in the field.
The takeaway
Tethered drone systems are shifting the industry standard away from short-burst battery flights toward persistent aerial coverage. Users looking to enhance their surveillance capabilities should consider whether tethered modules meet their specific mission duration requirements.
Further reading
For more developments in drone capability, visit the Robotics section.
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Do you support the use of tethered drones for persistent aerial surveillance in your community?
