The Unmanned Aerial Complex “ARES A1” (hereinafter referred to as “UAC ARES A1”) is the latest Ukrainian strike UAV, designed to perform combat missions involving the transportation of payloads and the engagement of enemy personnel and equipment, including armored vehicles and fortified or armored enemy positions, from the air, as well as conducting remote mining operations both day and night under various weather conditions.
The “ARES A1” UAV is equipped with an automatic control system and can be operated in manual mode (fully controlled by the operator), semi-automatic mode, or fully automatic mode (in case of communication interference, etc.). In automatic mode, the UAV performs missions based on pre-programmed coordinates and is capable of making intermediate stops during flight to deploy its payload.
The hull of the PIYAVKA-1000 is manufactured from high-strength fiberglass reinforced with polyester resins, ensuring durability, corrosion resistance, and long-term reliability in marine environments. The hull thickness ranges from approximately 6–8 mm, providing an optimal balance between structural strength and weight.
The central section of the hull houses the main cargo (warhead) compartment, while the forward and rear sections are designed to accommodate standard onboard systems and supporting equipment.
The «KOLYADА K4» Unmanned Aerial Complex (hereinafter referred to as UAC MAGURA UA) is designed to carry out combat missions involving strikes on enemy personnel, as well as on lightly and heavily armored equipment, from the air—both during the day and at night. Since 2023, the complex has been effectively used by the Armed Forces of Ukraine in the fight against the armed aggression of the Russian Federation. The UAC has successfully passed all required tests under electronic warfare (EW) conditions, including those conducted in cooperation with representatives of the State Research Institute for Testing and Certification of Weapons and Military Equipment. UAC «KOLYADА K4» has received a Standard Inventory Item Registration Certificate and has been assigned the NATO Stock Number 1550-61-017 8479. Control communication with the drone is carried out via an FHSS (Frequency Hopping Spread Spectrum) device operating in the 500–1010 MHz range. The UAV is equipped with a secure GNSS module featuring anti-spoofing functionality. Additionally, under extreme electronic warfare (EW) conditions, when GPS signals are jammed, navigation along the flight is performed manually—using analog video on frequencies of 5.8 GHz and 3.3 GHz, or digital video on frequencies 1700–2400 MHz.
The MAGURA UA Unmanned Aerial Complex (hereinafter referred to as UAC MAGURA UA) is designed to carry out combat missions involving strikes on enemy personnel, as well as on lightly and heavily armored equipment, from the air—both during the day and at night. Since 2023, the complex has been effectively used by the Armed Forces of Ukraine in the fight against the armed aggression of the Russian Federation. The UAC has successfully passed all required tests under electronic warfare (EW) conditions, including those conducted in cooperation with representatives of the State Research Institute for Testing and Certification of Weapons and Military Equipment. UAC MAGURA UA has received a Standard Inventory Item Registration Certificate and has been assigned the NATO Stock Number 1550-61 016-4321.
Control communication with the drone is carried out via an FHSS (Frequency Hopping Spectrum) device operating in the 500–1010 MHz range. The UAV is equipped with a secure GNSS module featuring anti-spoofing functionality. Additionally, under extreme electronic warfare (EW) conditions, when GPS signals are jammed, navigation along the flight is performed manually—using analog video on frequencies of 5.8 GHz and 3.3 GHz, or digital video on frequencies 1700–2400 MHz.
Unleash tactical precision with the PHOTON FPV Drone, engineered for high-performance missions. With a customizable diameter ranging from 7 to 15 inches and a flight range of up to 25 km, PHOTON supports advanced payloads including thermal cameras, night vision optics, and optional homing boards with fiber optic control—ideal for reconnaissance and strike operations.
Complementing PHOTON is the FATON Automatic Target Keeping Module, a compact (100x65x20 mm, <200g) IP65-rated unit designed to autonomously guide aerial weapons. Once activated, FATON locks onto moving or stationary targets up to 1000 meters away, maintaining trajectory without operator input—even through electronic warfare zones. Its sling-mounted versatility and autopilot capabilities make it a powerful upgrade for FPV drones and loitering munitions.
Together, PHOTON and FATON redefine autonomous aerial engagement.
The VYHOR is a ground-launched, high-speed unmanned aerial vehicle engineered for short-range air defense and facility protection. Designed to intercept and neutralize aerial threats—including helicopters, reconnaissance aircraft, and attack drones like Zala, Supercam, Orlan, Geranium, and Shahed—VYHOR combines agility, speed, and autonomous targeting in a compact frame.
The “BLITZ” is a compact, multi-role unmanned aerial vehicle (UAV) engineered for tactical versatility and ease of deployment. Designed to support both offensive and intelligence missions, it offers four distinct operational modes:
The VISLUK ground drone is a robust, tracked unmanned system engineered for high-volume production and rugged terrain deployment. Designed with versatility in mind, it features proprietary control systems and programmable controllers that allow for tailored operational configurations. Its platform supports additional outputs for up to four motors or devices operating at up to 120V, making it suitable for a wide range of industrial or tactical applications. With the capability to produce hundreds of units monthly, VISLUK stands out as a scalable solution for demanding environments.
Humanitarian Demining is a certified mine action operator committed to restoring safety in post-conflict areas through advanced and responsible practices. Their operations encompass a full spectrum of services, including vegetation clearance in mined fields, non-technical and technical surveys, manual and mechanical demining, and the destruction of explosive remnants. They also focus on clearing areas affected by combat and educating local populations about the dangers of mines and unexploded ordnance. Leveraging modern unmanned technologies, their approach ensures greater efficiency, precision, and safety in mine detection and removal.
A next-generation multifunctional drone designed for aerial monitoring, security operations, reconnaissance, and specialized military missions. Equipped with an artificial intelligence system, it is capable of performing autonomous actions, including real-time target detection, identification, and tracking.
The KORT UAV is a high-speed, turbojet-powered unmanned aerial system designed for precision strike missions. Featuring autonomous navigation, inertial positioning with GNSS correction, and a solid fuel booster launch mechanism, it delivers payloads of up to 10 kg over distances of up to 450 km. With scalable production capabilities and a comprehensive deployment kit, KORT is tailored for military and specialized operational use.
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