Companies

Gyrolab Electronics

Gyro-stabilised EO/IR optical gimbals for reconnaissance and targeting UAVs.

Gyrolab Electronics is a Kyiv-based optoelectronics manufacturer that builds gyro-stabilised electro-optical/infrared (EO/IR) gimbals for reconnaissance and targeting on unmanned aerial vehicles. Its GLE-6 family pairs a stabilised platform with multiple sensors: the GLE-6 ORION is a tri-sensor system combining a 30x-zoom electro-optical camera with a long-wave infrared thermal channel for round-the-clock long-range surveillance; the GLE-6 PUMA is an all-weather unit with a Full HD sensor and a navigation camera for day and low-light flight; and the GLE-6 LYNX carries dual thermal sensors for wide and narrow field-of-view observation. The company also offers the GLE-7, a multi-mission gimbal that adds a mid-wave infrared sensor and a laser rangefinder. Argos Pilot, its situational-awareness software, ties the payloads to GIS navigation, automated camera control and machine-vision tracking.

Gyrolab Electronics is part of Skyeton Holding, the Ukrainian unmanned-systems group behind the Raybird reconnaissance aircraft, which presented the GLE-6 and GLE-7 gimbals at XPONENTIAL Europe 2025. The payloads sit within Ukraine’s broader push to field domestically built optronics — alongside thermal-sensing suppliers such as Odd Systems — for the reconnaissance and strike drones supported through the Brave1 defence-technology cluster.

eo-ir gimbal gyro-stabilised optronics surveillance targeting skyeton

Products

Hardware

  • GLE-6 ORION

    Tri-sensor gyro-stabilised optical system with a 30x-zoom EO sensor and LWIR thermal channel for 24/7 long-range surveillance.

  • GLE-6 PUMA

    All-weather gyro-stabilised system with a Full HD sensor and navigation camera for day and low-light operation.

  • GLE-6 LYNX

    Optical-electronic system with dual thermal sensors for wide and narrow field-of-view observation.

  • GLE-7

    Multi-mission gimbal with EO, MWIR and laser-rangefinder sensors for surveillance and targeting.

Sources