Martyn Tech

A Ukrainian defense technology company has unveiled a heavy quadcopter drone designed specifically for satellite-controlled strikes, precision minelaying, and logistics resupply at ranges and from positions that conventional radio-controlled drones cannot reach, delivering a capability that Ukrainian frontline units requested directly as the nature of drone warfare on their front evolved in ways that ground-based radio communication could not keep pace with. Martyn Tech presented the Adis, a satellite-linked heavy-lift bomber drone that allows its operator to fly missions from any location in the world, removing the traditional constraint that placed drone pilots within a few kilometers of the targets they were attacking. The satellite communication link that distinguishes Adis from most battlefield drones in current use eliminates what engineers call the radio horizon problem. A conventional drone controlled by a ground-based radio transmitter can only fly as far as the radio signal can reach, which in practice means the operator must be within roughly 10 to 30 kilometers (6.2 to 18.6 miles) of the aircraft depending on terrain, antenna systems, and electronic warfare conditions. That proximity requirement has placed Ukrainian drone operators in significant danger throughout the conflict, as Russian forces have learned to locate drone control stations through radio frequency detection and engage them with artillery and counter-drone systems. A drone that communicates through commercial satellite networks rather than a direct radio link severs that geographic connection between operator and aircraft, allowing the pilot to work from a location far from the front while the drone operates in the contested airspace above it. Illia Samoshkin, head of Martyn Tech, described what drove the Adis's development and what the company has built into the platform that it cannot yet fully disclose: "Adis is not just a new drone, it is the logical evolution of our product line. It was created in direct response to requests from the front for performing complex strike missions, minelaying, and logistics in conditions of limited radio horizon. The drone has also been integrated into combat scenarios that will inflict critical losses on the enemy, but we will be able to talk about those only after our victory." The operational performance figures Martyn Tech has confirmed from testing give a concrete picture of what Adis can carry and how far. The drone's standard combat radius reaches 20 km (12.4 miles) with a 10 kg (22 lb) payload, the baseline specification that defines its frontline utility for strike missions and resupply. Testing exceeded that baseline in both directions: the aircraft carried 12 kg (26.5 lb) across 20 km (12.4 miles), demonstrating payload margin above the nominal specification, and completed a 50 km (31 miles) flight carrying 3 kg (6.6 lb), showing that extended-range missions are achievable when payload requirements are lighter. Endurance on a single battery charge reaches approximately one hour, with total range and duration limited only by battery capacity rather than any fixed design constraint. The drone carries its operator's name on more than a metaphorical level. Adis is named for a serviceman of the 72nd Separate Mechanized Brigade named after the Black Zaporozhians, who fought under the call sign Adis and was killed in June 2022 in Donetsk Oblast defending Ukraine from Russian aggression. The brigade that lost him has been one of the most heavily engaged Ukrainian formations throughout the conflict, fighting in the Donetsk direction where some of the war's most intense ground combat has occurred. Naming a drone after a fallen soldier from that unit, one designed to perform the missions that cost him his life at ranges that would keep future operators safer, carries weight that purely technical descriptions of the platform cannot convey. The modular construction that allows rapid reconfiguration between mission types is a practical response to the operational reality that Ukrainian drone units face. A platform that requires separate variants for strike, logistics, and minelaying missions imposes significant logistics and training burdens on units that may need to switch between those roles within the same operational day. The Adis framework accommodates all three: strike missions dropping various types of munitions on enemy positions, equipment, and personnel; precision minelaying using the drone's ability to land at any point along its route to place mines on enemy logistics routes with accuracy that neither artillery nor aerial scattering can approach; and logistics resupply delivering water, food, medical supplies, and ammunition to forward positions that conventional ground delivery cannot reach safely. The flight characteristics optimized for night operations reflect another lesson learned directly from the conflict. Daytime drone operations over contested airspace expose aircraft to visual detection and optical tracking systems that increasingly equip Russian defensive positions. The Adis's 65 km/h (40.4 mph) cruise speed and 400-meter (1,312-foot) standard operating altitude, combined with the acoustic signature profile of a multi-rotor airframe at that height and speed, make it effectively inaudible and invisible to ground observers in darkness. The maximum speed of 90 km/h (55.9 mph) provides an evasion margin when the aircraft needs to exit a defended area quickly after payload release. The dual camera system provides target detection at 600 meters (1,969 feet) in daylight and 150 meters (492 feet) in darkness, covering the identification ranges that strike mission profiles typically require.

Martyn Tech

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Martyn Tech

Ukraine’s new heavy drone lets operators attack from anywhere on Earth

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