Beriev Be-12 ‘Mail’

Be-12P-200 RA-00046.
(photo, Leonid Faerberg)

Key Facts

Main Role:	Maritime reconnaissance and utility amphibian
Configuration:	High-mounted gull-winged twin-turboprop amphibian
Country:	Russia
Current Status:	In Military Service

Development

Two previously unknown types of large flying boat made their first appearance at the Soviet Aviation Day flypast of 1961. The swept wing, jet powered, Beriev Be-10 was one of the stars of the show; whilst another Beriev design, the turboprop engined Be-12 attracted little attention. Widely assumed to be a simple conversion of the 1949 vintage Be-6, the Be-12 was overlooked in many contemporary press reports. Not long after, however, the Soviet Naval Air Force chose the Be-12 to be the standard equipment of its coastal anti-submarine force, and the Be-10 was never to be seen in public again. Three decades on, the Be-12 was still in widespread service around Russia’s coasts, and had become renown for its versatility and robustness.

The Beriev Design Bureau, located at Taganrog near Rostov on the Azov Sea, has vast experience of designing ocean-going flying boats. Formed on August 6, 1934, with Georgii Mikhailovich Beriev as chief designer, it was responsible for the hugely successful MBR-2 short range reconnaissance flying boat of World War 2. This was followed in 1947 by the Be-6 (NATO code name ‘Madge’), a long range reconnaissance flying boat in a similar class to the Martin PBM Mariner, which featured a gull wing arrangement for mounting its two piston engines. Beriev’s next major design was the Be-10, a large twin-jet fast attack flying boat, with sharply swept wings and tail surfaces, powered by two Lyulka AL-7RV turbojets tucked under the wing roots.

In the late nineteen-fifties, the US Navy began development of the first Polaris nuclear missile submarines (the SSBN-608 USS George Washington class, first commissioned on December 30, 1959). Due to range and accuracy limitations, the Polaris A-1 missile needed to be launched from a position fairly close to the coast of the target country – especially one as large as the Soviet Union. Consequently, the AV-MF (Aviatsiya Voenno-Morskovo Flota – Soviet Naval Air Force) issued a requirement in 1956 for an aircraft capable of detecting and killing nuclear missile submarines in the coastal waters of the USSR.

It was anticipated that surface ships or shore based direction finding stations would indicate the approximate location of an enemy submarine. An ASW aircraft would then follow up with short range radar, MAD probe and sonobouys to locate and classify the target. An attack would then take place, usually in co-operation with surface ships. Although the Be-6 had been progressively updated, the AV-MF needed a larger aircraft capable of carrying all the necessary weapons and up-to-date sensor equipment.

Accordingly, while development of the Be-10 continued, Beriev began work on a completely new design for a slower more comprehensively equipped aircraft. In the late fifties, Beriev is thought to have flown an experimental Be-6 converted with turboprop engines. This probably led to consideration of a turboprop powered aircraft based on the Be-6 layout. In the event, the new design shared only the gull-wing layout and twin tail of the old Be-6. A design proposal was submitted to officials in November 1957 and soon accepted. The Be-12 was only slightly smaller than the Be-10, but much lighter, and with a similar hull shape.

Both the Be-10 and Be-12 were first revealed to the rest of the world at the Soviet Aviation Day Airshow at Tushino Airport, Moscow, on July 9, 1961. During the two hour flypast, a formation of four Be-10s was followed by a single example of the Be-12. Western observers were informed that the Be-10 had already entered AV-MF service, and assumed that the Be-12 was merely a one-off turboprop development of the ageing Be-6. The NATO reporting names ‘Mallow and ‘Mail’ were allocated to the Be-10 and Be-12 respectively. At this time, Western naval air forces were rapidly phasing out the use of maritime patrol flying boats, in favour of more efficient long-range landplane types such as the Lockheed P-3 Orion and Avro Shackleton, and it was widely expected that the Soviet Union would follow suit.

In the meantime, the AV-MF had discovered that the emphasis on performance had imposed serious limitations in the operational capability of the Be-10. Further development of the Be-10 was therefore cancelled in favour of using land-based Tupolev Tu-16 ‘Badger’ bombers adapted for the naval role. In contrast to the Be-10, the Be-12 prototypes were fitted with an extensive sensor fit, including a Magnetic Anomaly Detection probe, and a small internal weapons bay in the rear hull, as well as external wing pylons. The first prototype retained the retractable ‘dustbin’ search radar installation used on the Be-6, and made its first flight on 18 October 1960. Unfortunately it crashed on 24 November 1961 with the loss of 3 crew, after mishandling by the pilots. The second prototype feature a number of design changes, including relocation of the engines from below the wings to above the wings, and the addition of a prominent nose search radar in place of the ventral ‘dustbin’. It made its first flight in 1962 and immediately resumed service trials. With long endurance and the potential for taking over many of the Be-6s secondary roles as well, the Be-12 was approved for AV-MF service.

Series production started in 1963, at GAZ 86 at Taganrog. Production ceased in 1973 after a run of 143 aircraft (including prototypes). Production then switched to the Tupolev Tu-142 Bear-F. The Be-12 officially entered service with the AV-MF in Spring 1964. The semi-official nickname of ‘Tchaika'(Seagull) was quickly given because of its wing form. Its main role was ASW patrol, operating out to 345 nm (500 km, 310 miles) from shore. By 1967 the Be-12 had replaced the Be-6 in front-line duties and began to take on second line roles. These eventually included coastal surveillance, multi-sensor reconnaissance, anti-shipping patrol, photographic survey, naval co-operation, transport, and Search and Rescue.

The Be-12 made another airshow appearance on July 9, 1967. Three aircraft taxied out and took-off at the start of the military portion of the Soviet Aviation Day display at Domodedevo Airport. This time there was no mistaking their operational status.

Over the years, the Beriev Be-12 has gained a total of 44 FAI recognized world records for aircraft in its class – all the records possible! During the period October 23-27, 1964, a stripped down aircraft designated M-12 set six new climb to height records for Class C.3 Group II turboprop amphibians, including an altitude of 12,185 m (39,977 ft) without payload, and an altitude of 9,352 m (30,682 ft) with 10,000 kg (22,046 lb) payload. These were followed by various speed and payload records. A pure flying boat version, with landing gear deleted, has also established a number of records in Class C.2 Group II for turboprop flying boats, using the same M-12 designation.

A number of equipment improvements were made during and after the production run of the Be-12. The initial ASW avionics suite was progressively upgraded. The original drum-shaped nose radome was replaced from about 1970 by a new radome which was flattened top and bottom to an oval shape. This was noticeable because the original radome had been plain grey in colour, while the new shape was coloured white over it’s lower three-quarters. ESM receivers and a tail warning system were also added and the engines were upgraded from the AI-20D series 3 to the series 4 standard.

From the mid 1960s, US Navy SSBN submarines were progressively equipped to carry the improved Polaris A-3 missile, which featured a much longer range and enhanced accuracy. This allowed effective submarine operations to take place much further away from the Soviet coast. Thus the coastal ASW patrol role of the Be-12 declined in importance from 1970 onwards, in favour of more secondary roles. At the same time, anti-submarine operations were increasingly taken over by specialised shipboard ASW helicopters and more sophisticated Il-38 ‘May’ landplanes.

As a result, from 1972 onwards four surplus aircraft were converted to the high speed Search and Rescue role and designated Be-12PS (Poiskovo-Spasatelynyi – Search Rescue). Equipment changes included the removal of ASW equipment and the addition of a big fuselage door under the starboard wing trailing edge. Ten new-build aircraft were also produced to this standard. An earlier attempt at producing a dedicated SAR variant, the Be-14, had been abandoned as the extensive changes specified – including removal of the main weapons bay, installation of a floor inside the fuselage and removal of the MAD detector boom – proved too costly.

Like the Be-6 before it, the Be-12 took on many non-military tasks for the Soviet/Russian government, such as fishery protection, whaling patrol, Arctic base supply transport, mapping, geophysical survey, utility transport etc…these missions were flown by standard AV-MF aircraft. The aircraft is highly regarded by crews, being highly reliable and very manoeuvrable, with powerful responsive engines. However, flying in it is a test of endurance, since the noise and vibration from the engines is particularly penetrating.

Following the break-up of the Soviet Union, the Beriev factory attempted to gain commercial sales from various versions of the Be-12. Seven redundant ASW examples were acquired from the AV-MF in 1991 for refurbishment and conversion.

Two aircraft were converted to the fire-bomber role, designated Be-12P (Protivopozarnyi – Fire protection). The modifications included the addition of twin water scoops mounted behind the hull step, and the installation of a metal 4.5 tonne capacity water tank in the rear weapons bay. Two further 0.75 tonne capacity water tanks were fitted in the forward stores position behind the cockpit, with extra drop doors in the hull below. Small overflow portholes were also fitted in the upper fuselage over the water tanks. Conversion work took place at the Irkutsk factory in Northern Siberia near Lake Baikal, with thorough drop testing trials at Taganrog during 1992. The first prototype Be-12P was a refurbished ASW machine coded yellow 40. This machine flew in standard AV-MF colours. A second prototype, registered RA-00073, flew in demonstrator colours and has appeared at the MAKS Moscow air show. Beriev eventually abandoned certification plans in favour of the more capable Be-200 jet amphibian.

Three other ex-military aircraft were converted during 1992-93 to Be-12NKh cargo transport aircraft, with an enlarged cargo hatch in the fuselage and the removal of all ASW equipment. Unfortunately, two of the aircraft suffered accidents and this project was abandoned.

The aircraft was obviously extremely well built, since aircraft returned to Taganrog for conversion showed virtually no signs of corrosion after years of service.

The Be-12 has served with all four of the Soviet Fleet’s Naval Aviation forces during its career: Black Sea, Northern, Baltic and Pacific. Peak strength in the mid 1970s comprised four full aviation regiments (some twelve squadrons of eight aircraft each), together with a number of independent squadrons. During the 1970s some of these regiments partially re-equipped with the Ilyushin Il-38 ‘May’, but in 1990 the Be-12 still outnumbered the newcomer by 1.5:1. Very low attrition has kept the number in service at a steady 75-90 aircraft since the early 1980s.

In an attempt to improve the surveillance of the US 6th Fleet in the Mediterranean, three Be-12s of the Black Sea Fleet deployed to Cairo West (and later to Mersa Matruh), Egypt, from 1968. The aircraft appeared in full Egyptian air force markings, including aircraft serial number 4385, but were AV-MF crewed and operated. These aircraft operated alongside AV-MF Tu-16s initially, and later with Il-38s, both types in Egyptian markings. The aircraft departed in July 1972 when President Sadat severed ties with the USSR.

Four aircraft were exported to Vietnam in 1981. Specially adapted to tropical operations these aircraft operated from Cam Ranh Bay, to watch over the US 7th Fleet. Reports of the Be-12 operating from Syria have not been substantiated. Despite some reports, the type was not supplied to China.

At midnight on December 31, 1991, the Soviet Union was officially dissolved and most its constituent states recombined as the CIS (Commonwealth of Independent States). The Russian Federation Navy took over operations of most former Soviet naval air force aircraft. Ukraine declined to join the CIS, and Russia was faced with ceding control of any Black Sea fleet aircraft and bases on Ukraine territory to the Ukrainian Navy. Fortunately, a deal was negotiated to divide the assets between the two countries.

According to official figures released in 1993, the Russian Navy had some 55 operational Be-12s in service (plus 22 in reserve storage), compared to only 36 Ilyushin Il-38s. By 2005 this number had dwindled to only twelve.

Whether hunting submarines, flying rescue missions or supplying Arctic bases, the versatile Be-12 amphibian has been faithfully serving the CIS and USSR for over forty years. With no direct replacement in sight, the Be-12 looks set to soldier on well into the 21st century. A remarkable record for an aircraft configuration regarded in the West as obsolete in 1960, four years before it even entered service.

Be-12 ‘6’. (photo, US Navy)	Be-12 ’24’. (photo, US Navy)

Variants

Requirement Specification: Not known
Manufacturers Designation: Izdeliye ‘Ye’

Development History:
Be-12 1st prototype	Two AI-20 engines mounted in nacelles under the wing. Initsiativa-2B Radar in retractable ventral ‘dustbin’, not in nose. Gun turret on rear fuselage. Wingtip anti-flutter weights added later.
Be-12 2nd prototype	Engines located in nacelles above the wing. Nose mounted radar. Gun turret deleted.
Be-12	Initial production version of standard ASW variant. Cylindrical ‘drum’ radome for Initsiativa-2B nose radar. AI-20DK engines located above the wings. (Izdeliye Ye)
Be-12	Late production/retrofit. Initsiativa-2B radar in wider ‘oval section’ radome. AI-20DM engines. ESM receivers and RWR added. (Izdeliye Ye)
Be-12	Four aircraft with specially modified engines and equipment for tropical operation. Exported to Vietnam 1981.
Be-12	One aircraft fitted with dummy in-flight refuelling probe mounted above the nose for flight tests in the 1970s.
Be-12	Two aircraft modified to test Gagara-1 infra-red submarine sensor. Receiver head installed in special hatch behind weapons bay. 1968-70. One additional aircraft modified 1983 for testing improved Nablyudatel-1 IR sensor.
Be-12	One aircraft modified to test anti-icing systems. ASW equipment in cabin removed to accommodate test equipment and engineers. late 1960s-early 1970s.
M-12	Stripped-down example of Be-12 used for record breaking flights. All unnecessary equipment removed and engines tuned. Crew reduced to two. Holds 42 FAI world records for turboprop amphibians. Later returned to standard configuration.
Be-12EKO	Designation applied to projected version for ecological monitoring. 1991. Not built
Be-12I	Designation applied projected version for civil scientific research. Various sensors fitted. 1991. Not built
Be-12LL	One aircraft modified to test homing system of 3M-80 ‘Moskit’ anti-shipping missile. Nose radar replaced by conical missile seeker head. Monitoring equipment in weapons bay. 1980.
Be-12N	ASW version fitted with computer-controlled Nartsiss search/attack system. Revised avionics, new MAD sensor, Initsiativa-2BN radar, new sonobuoys. (Izdeliye YeN)
Be-12NKh	Civil passenger/cargo transport version. ASW equipment removed and enlarged hatch installed. Additional cabin windows for passengers. Three Be-12 converted 1992-93.
Be-12P	Fire-bomber version with MAD and ASW gear removed and 4500 lit tank installed in central hull and 2 x 750 lit tanks further forward – filled by water scoops. Water dumping system installed. Four Be-12 converted 1992. (Izdeliye YeP)
Be-12P-200	Fire-bomber version similar to Be-12P but used to test equipment intended for Be-200 amphibian. One Be-12 converted 1994.
Be-12PS	Reduced specification maritime SAR variant carrying life rafts and survival kit in droppable capsules. Extra fuselage hatch under starboard wing trailing edge. 6 crew. MAD tail sting retained to maintain aircraft c.g. position. Daylight operation only. (Izdeliye 3Ye)
Be-12SK	One aircraft converted to carry SK-1 nuclear depth charge. Electrically heated weapons bay. 1961. (Izdeliye YeSK)
Be-14	Advanced all-weather day/night SAR version with weapons bay replaced by flat floor space. Special SAR and medical equipment. Large door on port side. No MAD tail sting. 6 crew. AI-20D engines. Only one built. (Izdeliye 2Ye)

Be-12 ’25’ yellow at Monino Museum. (photo, not known)	Be-12 ’20’ yellow. (photo, Russian Navy)

History

Key Dates:
28 March 1956		Soviet Government issues official requirement for an aircraft to replace the Be-6.
November 1957		Be-12 initial design submitted for approval.
30 June 1960		First prototype Be-12 completed.
18 October 1960		Maiden flight of first prototype.
9 July 1961		First public appearance of first prototype – at Tushino airshow.
24 November 1961		First prototype crashes, with loss of 3 crew.
2 March 1962		Work begins on Be-14 variant.
September 1962		Second prototype Be-12 completed.
19 July 1963		State testing commences.
12 December 1963		First Be-12 production aircraft completed.
Spring 1964		Be-12 enters AV-MF service.
23-27 October 1964		M-12 makes initial series of record-setting flights.
20 April 1965		State testing finished.
1965		Be-14 prototype completed.
29 November 1968		Be-12 officially accepted for AV-MF service.
Summer 1972		First Be-12PS conversion completed.
November 1973		Series production ends with last new-build Be-12PS.
April 1976		Be-12N enters service.
27 April 1992		Prototype Be-12P firebomber makes maiden flight.
23 July 1993		Be-12P used to fight fire near village of Listvianka.
6-11 October 1994		Be-12NKh used to deliver 30T of cargo to earthquake victims in Yuzhno-Kurilsk.

Be-12 ’83’. (photo, US Navy)	Be-12 ’85’ yellow. (photo, US Navy)

Operators

Military Operators

“Egypt”	(3 AV-MF aircraft in UAR markings 1968-71)
Russia – AV-MF (navy)+VVS (air force)	140 Be-12/Be-12PS/Be-12N aircraft
Ukraine – Navy	14 Be-12/Be-12PS/Be-12N aircraft
Vietnam – Air Force	4 Be-12

Government Agencies

Russia – Avialesoochrana (Federal Forestry Service)

2 Be-12P

Civilian Operators

TANTK Beriev

various for test and sales demonstrations

Be-12P demonstrator RA-00073 taxying. (photo, Gerard Helmer)	Front view of Be-12 showing the hull shape. (photo, Peter de Jong)

Specifications

Beriev Be-12
Accomodation: Four: 2 pilots, navigator, radio/sensors operator
Dimensions: Length 30.11 m (98 ft 9 in); Height 7.94 m (26 ft 1 in); Wing Span 29.84 m (97 ft 11 in); Wing Area 99.00 sq m (1,066 sq ft)
Engines: Two 3,863 kW (5,180 shp) ZMDB Progress (Ivchenko) AI-20DK or AI-20DM turboprop engines.
Weights: Empty operating 24,500 kg (54,013 lb), Max Take-off 36,000 kg (79,366 lb).
Performance: Max. Level Speed 285 kts (530 km/h, 329 mph) at 10,000 ft (3,050 m); Cruising speed 173 kts (320 km/h, 199 mph) at 1000 ft (300 m); Initial rate of climb 912 m (2,990 ft) per minute; Service ceiling 11,000 m (36,090 ft) reduced to 8,000 m (26,246 ft) during service; Range with full payload 810 nm (1500 km, 932 miles); Max ferry range with full equipment 4047 nm (7500 km, 4660 miles).
Armament: Depth charges and sonobuoys in internal fuselage bays. Provision for one large and one small external stores pylon under each outer wing panel, for mines, bombs, Anti Shipping Missiles and homing torpedoes or rockets. Maximum weapons load 3000 kg (6,614 lb), normal weapons load 1500 kg (3307 lb).

Water take-off for the Be-12P-200. (photo, Jos Schoofs)	The distinctive taxi stance of the Be-12P-200. (photo, Jim Newton)

Production

Design Centre

Head of Design Team: G.M. Beriev (basic design), Viktor Ponomaryov (civil conversions)
Design Offices: OKB Beriev, 1 Aviatorov Square, 347923, Taganrog, Russia*

Manufacture

GAZ-86* (Taganrog)
Version	Quantity	Assembly Location	Time Period
Be-12 prototypes	2	Taganrog	1959-Sept 1962
Be-12	130	Taganrog	1963-June 1973
Be-14	1	Taganrog	1965
Be-12PS	10 + 4 conv.	Taganrog/Yevpatoria	1972-Nov 1973
Be-12N	(27 conv.)	Yevpatoria	1976-1977
Be-12NKh	(2 conv.)	Taganrog	1992-1993
Be-12P	(4 conv.)	Irkutsk	1992-1994
Be-12P-200	(1 conv.)	Taganrog	1995
Total:	143

Total Produced: 143 a/c (all variants)
* later Joint Stock Company TANTK named for G.M. Beriev, Taganrog.

Production List

‘More Than Half a Century of Soviet Transports’ Aviation Hobby Shop
by Peter Hilman et al.
The Aviation Hobby Shop, UK, June 2004 ISBN: ?
* Includes Be-12 production list

Topside pass for the Be-12P-200. (photo, Jos Schoofs)

More Information

Books

‘Beriev Be-12 Amphibian Aircraft’ (AviaPress Bookshop)
by Anatoliy Artemyev
Major, Ukraine, 2001 ISBN: 5 93445 007 7
* Very well illustrated history of the Be-12, with scale plans. English summary text.

‘Samolety TANTK G.M. Berieva 1945-1968′ (AviaPress Bookshop)
by G.S. Panatov, A.N. Zablotskii i A.I. Sal’nikov

Restart+, Russia, 2001 ISBN: 5 94141 003 4
* Detailed history of all postwar Beriev aircraft, including unbuilt projects. Many illustrations.

‘Samolet-amfibija Be-12′ (AviaPress Booskhop)
by A.N. Zablotskii
Eksprint, Russia, 2001 ISBN: 5-94038-016-6
* Complete history of the Be-12, with many photos.

‘Protivolodochnye Samolety’ (AviaPress Booskhop)
by Anatoliy Artemyev
AST, Russia, Jan 2002 ISBN: 5 27103 870 X
* Comprehensive history of postwar AV-MF ASW aircraft, including 5 chapters on the Be-12.

International Air Power Review Vol.4
AIRtime Publishing, UK, Spring 2002 ISBN: 1 880588 38 2
* Includes 14 page Variant File article on the Be-12

Magazines

Aviatsija i Vremya No.3 1997
* Beriev Be-12 amphibious aircraft story + scale plans
Aviatsiya Aviation Magazine No.12bis
* Feature articles on various Beriev aircraft
Air International August 1995
* Includes feature article on the Be-12 with cutaway drawing