The MICH 2000 is a Ukrainian reverse‑engineered flying‑wing strike drone derived from China’s ZTK‑150. Built for the SBU’s Alpha unit, it carries a 60 kg warhead, has an approximate 2,000 km range and costs about $48,000 in base form. Developers reportedly photographed a Chinese production line during 2023 training after a technology sale was blocked; early prototypes faced crashes and EW losses but series production continued. A follow‑on MICH+ ups warhead weight to 70 kg while targeting a lower price.
Ukraine’s MICH 2000: A $48K Reverse‑Engineered Long‑Range Drone That Helped Destroy a Russian Tu‑95MS
Credit: Volodymyr Zelenskyy
A Ukrainian flying‑wing strike drone identified as the MICH 2000 has been credited with damaging and ultimately destroying a Tupolev Tu‑95MS at Russia’s Engels‑2 air base, according to a factory report published by defense outlet Oboronka. The MICH 2000 is reportedly a reverse‑engineered variant of China’s ZTK‑150 and was developed for the SBU’s Alpha special operations unit.
Design, Specs and Origins
Manufacturer and Role: Built by an unnamed Ukrainian producer specifically for the SBU 'Alpha' unit, the MICH 2000 is a flying‑wing strike drone designed for deep strikes against high‑value targets.
Performance: The base configuration carries up to a 60 kg warhead, has a stated range of about 2,000 km, and costs roughly $48,000—approximately $2,000 less than the Chinese ZTK‑150 it was modeled on.
Provenance: According to the report, Ukrainian developers covertly photographed a Chinese ZTK‑150 production line while attending pilot training in late 2023 after Beijing declined to sell production technology. The article was reportedly cleared in advance by both the manufacturer and the SBU.
Development And Early Testing
Testing was challenging. The first homebuilt prototype crashed around 1 km into its maiden flight in summer 2024, and Russian electronic‑warfare systems downed the third test airframe. In the type’s first combat deployment later that year, one of three drones was shot down while the others missed the target by about 10 meters. Despite early setbacks, Alpha ordered series production.
Localization And Countermeasures
The manufacturer says little of the original ZTK‑150 remains beyond the silhouette: over two years Ukrainian suppliers localized engines, warheads, fuselages and rocket boosters across dozens of firms, boosting domestic content to about 85% by value. However, that share falls to roughly 55% when fitted with a jam‑resistant CRPA navigation antenna, because those modules cost $20,000–$25,000 and are produced by only a handful of vendors worldwide. Ukraine has pursued jam‑resistant navigation across its strike drone fleet since at least 2025.
Production And Operational Use
The company behind the MICH 2000 currently reports producing around 6,000 drones a year across eight variants, offering analog, digital, or Starlink communications options, and reinvesting about $1 million a month in R&D while scaling toward 10,000 units annually. By contrast, Fire Point—the maker of the much larger FP‑1—has stated ambitions of 100,000 drones per year.
According to the manufacturer, Alpha has launched thousands of MICH 2000s against hundreds of targets, including logistics hubs, electronic‑warfare installations and ports. Satellite imagery and SBU statements linked a MICH 2000 strike to the destruction of a Tu‑95MS at Engels‑2; the SBU said the aircraft’s tail section was torn off in the attack.
Variants
A successor, the MICH+, reportedly removes forward canards, increases the warhead to 70 kg, reduces range to about 600 km and targets a lower unit price near $40,000.
Source Notes: This summary is based on a factory report published by Oboronka and statements attributed to the manufacturer and SBU. Some details—such as exact production figures and operational claims—come from the manufacturer and may not be independently verifiable.
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