Beriev S-13
| Company type | Military aircraft project |
|---|---|
| Industry | Aerospace |
| Founded | 1960 |
| Founder | Georgy Beriev |
| Headquarters | Taganrog , Soviet Union |
| Products | Reconnaissance aircraft (project) |
The Beriev S-13 represented a Soviet attempt to replicate the Lockheed U-2C through reverse engineering, initiated in the early 1960s within the Soviet Union.
History
On 1 May 1960, Francis Gary Powers undertook a U-2 reconnaissance flight originating from northern Pakistan that traversed Soviet airspace. While passing over the Ural Mountains, the aircraft entered the engagement zone of Soviet surface-to-air missiles. An S-75 Dvina missile (NATO reporting name: SA-2 Guideline) struck the plane, causing it to disintegrate; nonetheless, much of the wreckage remained largely intact. Although the Soviet Union possessed a comparable high-altitude reconnaissance platform—the Yakovlev Yak-25RV—this model was restricted to domestic operations for political reasons and primarily served to simulate U-2 flights for air defense training purposes. The Yak-25RV lacked the capability to achieve the U-2’s operational ceiling of approximately 21,335–25,900 m (69,997–84,974 ft).[1]
Following the shootdown, Soviet aerospace engineers conducted a thorough examination of the recovered U-2 components. Under the direction of Georgy Beriev at OKB-49 in Taganrog, the findings prompted a Council of Ministers decree on 28 June 1960 mandating replication of both the aircraft and its Pratt & Whitney J75-P-13 engine. The engine was reverse-engineered by OKB-16 in Kazan, led by Professor F. Zubets, resulting in the RD-16-75 variant.Cite error: The opening <ref> tag is malformed or has a bad name On 23 August 1960, an order was issued by the USSR Council of Ministers for five S-13 aircraft, with two units intended for operational use by the Soviet Air Forces upon completion of testing.
The project operated under stringent deadlines to fully analyze and reproduce all U-2 components while adapting them to meet Soviet military aviation standards, including integration of the AFA-60 camera system. The S-13 was designed to fulfill roles such as aerial surveillance, meteorological observation, and balloon interception.
By 1 April 1961, construction of the first fuselage was finalized. However, on 12 May 1962, the Council of Ministers terminated the program abruptly after recognizing that slow-moving targets at extreme altitudes could be effectively neutralized by both American and Soviet air defenses. For extended surveillance missions, reconnaissance satellites offered superior capabilities. For rapid-response intelligence gathering, high-speed reconnaissance platforms like the Tsybin RSR were preferred—similar to how the United States utilized the Lockheed SR-71 Blackbird. Although no completed S-13 aircraft ever flew, the developmental process yielded important knowledge regarding materials, alloys, and manufacturing techniques that influenced subsequent Soviet aerospace projects.[2]
Fragments of the original U-2 are preserved and displayed at Moscow’s Central Museum of the Armed Forces in Monino.