ZiU (Zavod imeni Uritskogo) TROLZA Russia Trolleybuses

ZiU-5

The ZiU-5 (in Russian ЗиУ-5) is a Soviet trolleybus. The ZiU acronym stands for Zavod imeni Uritskogo (Russian Завод имени Урицкого, ЗиУ, which corresponds to Plant named after Uritskiy (Moisei Uritsky, a Russian revolutionary). This model of city trolleybus was in mass production from 1959 to 1972. Total number of produced ZiU-5s exceeds 14500 vehicles. This allowed ZiU-5 to become dominant model of trolleybus in Soviet towns and cities of that time. Last vehicles were withdrawn from active service in the mid-1980s (the exact date varies from city to city). The small number of surviving vehicles are kept now for museum purposes.

Museum ZiU-5 trolleybus in Nizhny Novgorod, Russia. ZiU-5 trolleybus in Nizhny Novgorod, Russia.Museum ZiU-5 trolleybus in Nizhny Novgorod, Russia.

ziu5-78

1978 ZiU-5

1959-72 ZIU 5 Trolleybus USSR

1959-72 ZIU 5 Trolleybus USSR

ZIU 5 trolleybus at the Budapest fun fair files

ZIU 5 trolleybus at the Budapest fun fair files

ZiU-9

or ZIU-9 (Cyrillic: ЗиУ-9) is a Soviet (and later Russian) trolleybus vehicle. Other names and indexes for the same vehicle include ZiU-682 and HTI-682 (Cyrillic: ЗиУ-682 and ХТИ-682). The ZiU acronym stands for Zavod imeni Uritskogo, which is a plant named after Moisei Uritsky, the Russian revolutionary. Before 1996 this acronym was also a trademark of the vehicle manufacturer. It has been changed to Trolza. The ZiU-9 was put in mass production in 1971 and it is still assembled along with other more advanced trolleybus vehicles in the Trolza (former ZiU) factory. The total number of produced ZiU-9s exceeds 42,000 vehicles. In addition, many copies of ZiU-9 were made in other factories of the former Soviet bloc. This model is the most numerous trolleybus vehicle in the world.

History and development

ZiU-9G trolleybus in Nizhny Novgorod, Russia

ZiU-9G trolleybus in Nizhny Novgorod, Russia

The explosion-like development of trolleybus systems in the Soviet Union in the 1960s required a large number of trolleybus vehicles. The mainstay of the contemporary Soviet trolley fleet, the ZiU-5, was not sufficient for huge urban passenger transfers. It was more suited for medium-size cities rather than large megapolises such as Moscow or Saint Petersburg. In addition the ZiU-5 had an aluminium hull, which was expensive and complicated from a technological point of view. The two doors in the ZiU-5 hull ends did not work well in overcrowded situations which were quite common in Soviet public transportation.

The ZiU-9 was a quite successful attempt to solve this problems. It has one extra door compared to the ZiU-5. Two doors are wide and placed in the middle and rear end of the vehicle hull. One small door in the front end of the vehicle was/is comfortable for the driver and for outgoing passengers. The hull of the ZiU-9 is a welded steel one and it is significantly cheaper and simpler in production than the hull of the ZiU-5. The external appearance of the ZiU-9 was influenced by contemporary German-made MAN trolleybuses.

ZiU-9G trolleybus in Nizhny Novgorod, Russia a

ZiU-9G trolleybus in Nizhny Novgorod, Russia

ZiU-9 drawing

ZiU-9 drawing

The electrical equipment of the ZiU-9 had some minor differences from the ZiU-5. The power of the main motor was increased. The indirect resistor-based control system of electric current was slightly modified to deal with the increased power of the main motor. While western designers developed new semiconductor-based control devices, Soviet engineers decided to leave the old resistor-based system for service simplicity. The first prototype vehicles were tested in Moscow in 1971 and were approved for mass production after some minor design adjustments.

The ‘9’ in the vehicle name was the initial project index of the design team. However, after launching mass production, the new trolleybus received a new index ‘682’ from the united classification of non-rail public transport vehicles. So all series vehicles had a ZiU-682 designation. But the number 682 is difficult to pronounce and the shorter ‘9’ still lives in the everyday language of drivers and servicemen. In 1986, the new classification was introduced and the former ZiU-682 was designated as HTI-682. But this was not an end of renaming the same vehicle. The Russian acronym HTI in the Cyrillic alphabet is ХТИ and these three Cyrillic letters in 1995 were confused with the Latin letters XTU. This Latin acronym became an official name of the vehicle.

Production

ZiU-9

The first prototype ZiU-9 was built in 1966. Elements of the appearance and number of design decisions were borrowed from contemporary to the time foreign firms MAN and Chausson.

ZiU-9A

ZiU-9A – experimental version with wide body to 2680 mm. The only prototype was made in 1968.

ZiU-682B

ЗиУ-682Б (ЗиУ-9) №4409

In August 1972, began production of the first production series ZiU- 682B ( with designation change ZiU ZiU -9 -682 was due to the labeling requirements of bringing industry classifier ) . First serial trolley cars differed from later releases . Until 1974, had an angular wheel arches, and not circular. The first batch of trolleybuses raised outdated engine DC – 207G, which in 1973 was replaced by the DC -210 110 kW . Suspension on the first ZiU- 682B was pneumatic, with torque rods as guiding elements, later became pnevmoressornoy . Rear funded playground had a reduced level of the floor, which reduced the number of steps one at the back door and to facilitate loading wheelchairs and prams and large items . However, this “advantage” was leveled by a high handrail on the steps of separating the rear and middle doors. Transition from high floor in the cabin to lower smoothly carried out in the aisle between the rear wheel arches, which caused inconvenience to passengers at peak hours ( especially in winter), standing on an icy downhill ” hill .” In 1991, developers have replaced high -speed separator handrail attached to the door, but by this time all storage sites were at three stages from sidewalk level . For natural ventilation in the roof of the cabin was equipped with 4 ceiling hatch, and each is equipped with a sliding side window pane . Currently, the only instance ZIU- 9B preserved and operated in the linear regime in the city of Zaporozhye and has the side number 562.

ZiU-682V (B00/B0A)

Trolleybus ZiU-682v in Minsk

Trolleybus ZiU-682v in Minsk

At the end of 1976 began mass production next update ZiU- 682V, which replaced ZiU- 682B . Due to the presence of design flaws that emerged during the first years of operation, rather than jet thrust bearing elements as suspension springs were used . Since 1976, the number of fixtures in the cabin has been reduced from 12 to 11, every other window in the cabin lost air vents . Since 1978, the number of ceiling hatches reduced to three (due to hatch on the front axle ), steel trolley equipped with electric shtangoulovitelyami (apparently on the orders, since their machines Moscow was not until 1996 ) .

Since 1983, changed the shape and location of the front and rear position lamps . Lights original form, informally called ” boats” have been replaced by unified and offset edges closer to route indicators . In 1985 a similar design changes undergone external signal lights and turn indicators .

From March – May 1984 trolleybuses were produced without the low -level rear accumulation area, which was due to the need to strengthen the base structure of the body in the rear overhang . In 1985, the nameplate trolley was partially aligned with the standards forming the VIN code, which led to a change in marking HTI682V00 .

Since 1988, the plant switched to production modifications ZiU- 682V -012 ( ZiU- 682V0A ) powered DC -213 capacity of 115 kW. Since 1989, changed the shape of the housing radioreaktors roof trolley, it has decreased in size and had a sharp edge. In 1989, production started in parallel transition modification ZiU- 682V0B on which electric drive door opener was replaced pneumatically .

ZiU-682G

A trolleybus on Prospekt Leninskogo Komsomola Street in Vidnoye, Moscow Oblast, Russia

A trolleybus on Prospekt Leninskogo Komsomola Street in Vidnoye, Moscow Oblast, Russia

By the end of 1980 . individual components trolley manufactured at that time was almost 20 years, significantly outdated. Therefore, simultaneously with the launch of a series of recent modifications ZiU- 682V preparing to produce more profound modernization of the model trolley, which was designated ZiU- 682G . Experienced instances ZiU- 682G were released in 1988, and since February 1, 1991 the plant was fully passed on their production.

In addition to the changes already introduced earlier models ZiU 682V0A – and – ZiU 682V0B model ZiU- 682G has received the following differences . Front, under the windshield, placed the intake grille . Changed the location of windows with vents along the starboard side . Undergone significant redevelopment salon trolley . Most of the seats along the left side of the body is replaced with a double row on row, which increased the number of standing places . Changed design seat themselves and their handrails . Big changes undergone cab . Partition behind the driver, which had previously oval window became deaf ; extended sliding door in the driver’s cabin. In the cabin itself changed the layout of the dashboard, which became made of black plastic. Out of the past neergonomichny remote control trolley bus right from the dashboard, consisting of two long rows of identical tumblers . Control of external light devices was moved to the steering column . On a dedicated right panel were only control door opening, the wiper switch and alarm . Other switches transferred to the new control panel by trolley to the left of the driver’s side near the window. Redesigned suspension and brake pedals at the same time control approached the car .

On the other hand, ZiU- 682G supplied to provincial towns, 1993-2000 ., Compared with the previous model ZiU- 682V had significantly lighter load bearing elements of the frame component of the supporting frame (apparently, in order to reduce cost). As a result in severe operating conditions (e.g. in Nizhny Novgorod ) for 5 years, these structural elements to rot completely corroded, punctured a gentle kick screwdriver. Since 1997, the base modification in mass production became ZiU- 682G -012 ( ZiU- 682G0A ) . External difference between the new modification was reduced in height side window of the cab, also has another location pane . Minor changes have been planning the cabin. In fact it was adapted for the domestic market modification export version trolley ZiU- 682G -010, the production of which began in 1992.

On the basis of ZiU- 682G -012 began the further modernization of trolley conducted mainly commissioned Mosgortransa (as most other Russian cities at that time became insolvent ) and divided into several stages. For low voltage power generator instead of 63.3701 and auxiliary engine DC – 661B was set low noise static converter . Been improved waterproofing and grounding . Trolleybus began to possess higher corrosion protection, a number of sites now executes from aluminum, stainless steel and fiberglass . In parallel with ZiU- 682G -012, in 1998, started production in transition modification ZiU- 682G -014 ( ZiU- 682G0E ), which replace the old sofas in the lounge were installed individual padded seats, applied laser (source ?) Heaters cabin windows . This version is also equipped with a static converter.

ZiU-682G-016, 017 and 018

Trolleybus ZiU-682G, the last at the Moscow trolleybus-repair plant (MTRZ) overhaul with the removal of part of the apparatus on the roof

Trolleybus ZiU-682G, the last at the Moscow trolleybus-repair plant (MTRZ) overhaul with the removal of part of the apparatus on the roof

As a result of the continuation of the modernization of the trolley in the same 1998 there was a modification ZiU- 682G -016 ( ZiU- 682G0M ), which became the base model . Exterior siding boards became run from extruded galvanized steel sheet, which improved the appearance of the trolley and increased its corrosion resistance. Casement doors were subjected to additional rustproofing special compound. A great deal of work to improve the electrical trolley : applied dielectric coating rods susceptor set travel stops rods, improved insulation chicanery, installed in the cab indicator of leakage currents, improved design -board covers and sealing side compartments, redesigned heater . Also applied to the trolley locking system running with the doors open .

Back in the mid -1990s, it became apparent that the location of electrical underneath the trolley does not meet modern requirements of electric, because it does not protect it from moisture, anti-icing agents and many others, and also allows you to go through a puddle, if the depth exceeds ten centimeters. Then, in 1995, the model was designed ZiU- 52642, which is a major upgrade ZiU- 682G with the removal of electrical equipment on the roof of the trolley and other changes . However, for various reasons in the model series did not go.

The first production series with the removal of part of the apparatus on the roof became ZiU- 682G -017 ( ZiU- 682G0H ), launched in 2000. Unlike experienced ZiU- 52642 equipped with Thyristor-pulse control system, modification ZiU- 682G -017 remained equipped classical, uneconomical and unsupported acceptable smoothness Rheostat– contactor control system, electrical equipment factory “Dinamo ” conventional platen doors. Some of the changes undergone interior, in particular, have been installed interior lights more modern form. From 2002 to request the trolley began to be produced in variants with altered appearance cabin (this applied fiberglass pad ) .

ZiU-682G-016.02 and ZiU-682G-016.03

ZiU-682G-016.02 in Vladimir, Russia

 ZiU-682G-016.02 in Vladimir, Russia

Since October 2002, commercially produced modification ZiU- 682G – 016.02, which is a further development of the model ZiU- 682G -018 . Siding boards made of seamless steel sheet paneling front of the trolley combined with the use of fiberglass panels . The front bumper is also made of fiberglass. Passenger cabin windows are tinted glass, install new panoramic windshield . By trolley runs increased corrosion protection body, including the use of conductive soils firm «Sikkens» in lap welds, phosphate protective coating, as well as additional coverage base, sides, front and rear of the protective coating .

On trolley mounted traction motor DC – 213A production Moscow factory “Dinamo” 110 kW . Control system – rheostat- contactor . Most of traction electric trolley put to the roof . Collectors located on the roof, power resistors, group controller, radioreaktory circuit breaker WB -7 ( there is an option to install instead of the WB -7 breaker manual AV- 8 in the cab at the rear ), a static converter ( IPT-600/28 or BP -3G ), stroke limiter rods. Behind the driver is case inside of which has an electric panel protective relays . In this regard, the first window on the left side of the passenger compartment has reduced dimensions, there is no passenger seat facing the front wheel arch . Interior lighting passenger compartment carried fluorescent fixtures have modes full, partial and emergency lighting . Passenger room is equipped with separate comfortable seats ( which, however, often criticized for full passengers trouble and inconvenience) . Two passenger seats are equipped to transport people with limited mobility. Parking brake acts on the brakes the drive wheels of energy storage, control of air in the cab of the crane . Hydraulic oil tank is equipped with power steering oil level warning device .

To improve the electrical introduced fiberglass boards, electrical insulation flaps passenger doors from the body, external electrical insulation rod current collectors, insulation monitoring device UKI, emergency switch, the imposition of mostly electric traction kit from under the floor to the roof, technological track on the roof to move attendants, rear stopper rods pantographs fitted to three electrical insulators, locking the trolley system with open doors, emergency ( spare ) the passenger area lighting system ANTI passenger doors, emergency exits through the windows of the cabin, equipment service doors from inside and outside governments to open in an emergency installation on the roof of a high-speed circuit-breaker with remote control, etc.

Since 2004, also commercially produced trolley ZiU- 682G – 016.03 . Its main difference from ZiU – 682G – 016.02 is that the frame ( base) body made of an open profile ( sill ), which increases the rigidity and makes it more resistant to corrosion. Trolleybus body ZiU- 682G 016.03 – welded frame construction .

As an option, the setting of a wide front double doors swing- slide-type ( which is especially important for Moscow, used to pay for travel validator ) .

Since September 2009, in connection with the termination of a license to manufacture trolleybuses issue ZiU 682G016.02 – and – ZiU 682G016.03 discontinued.

ZiU-682G-016.04 and ZiU-682G-016.05

Trolleybus ZiU-682G-016.05 in Orël

 Trolleybus ZiU-682G-016.05 in Orël

Since September 2009, JSC “Trolza” in accordance with the obtained license for production to start the production of trolleybuses ZiU-682G-016.04 and ZiU-682G-016.05. And apparently, these trolleys and constructive modifications almost completely replicate their predecessors ZiU-682G-016.02 and ZiU-682G-016.03. As changes in the rank of permanent options included installing electronic route signs and a marquee in the passenger compartment and ABS that ZiU-682G-ZiU 016.02 and 016.03-682G-performed by the customer.

Modifications as of 2012

Note that approximately 2003 JSC “Trolza” changed several notations produced models trolleybuses family ZiU- 682G, considering them all modifications ZiU- 682G -016 (VIN- code starts with all modifications XTU682G0M ) . As of 2010 the manufacturer offers the following serial modifications ( listed in order of increasing number of changes compared to ZiU- 682G )

  • ZiU- 682G -016 (012 ) – basic model similar ZiU- 682G -012 (delivery in the form of a body 1st version)
  • ZiU- 682G -016 (018) – modification, similar ZiU- 682G -018, and has a slight performance improvement ZiU- 682G -016 (delivery in the form of a body 1st version)
  • ZiU- 682G – 016.02 (delivery in the form of a body 1st version)
  • ZiU- 682G – 016.03 (delivery in the form of a body 1st version)
  • ZiU- 682G – 016.04
  • ZiU- 682G – 016.05

In 2009, we developed a modification ZiU- 682G – 016.07 . This machine has a total 016.04 with different numbering and control system – TrSU ” Chergos ” instead of the standard rheostat- contactor . The only instance in operation in Murmansk.

In fact, the serial production ZiU- 9 in 2012 was discontinued due to lack of demand for the model .

Diagram of Russian trolleybus ZiU-9.

Clones produced by other companies

Many factories in modern Russia or Belarus developed their unlicensed or semi-licenced copies of the ZiU-9 design. They may have different designations and trademarks, but in the colloquial language all of them are referred to as “ZiU-9 clones”.

  • ACSM -101 and their various modifications manufacturer Belkommunmash (Minsk)
  • BTZ -5276 and modifications manufacturer Bashkir Trolleybus Plant ( Ufa)
  • VZTM -5284 and modifications manufacturer Volgograd Plant of Transport Engineering ( Volgograd)
  • VMZ -170 manufacturer Vologda Mechanical Plant (JSC ” Trans- Alpha”, Vologda )
  • Trolleybuses production ” Nizhtroll ” (Nizhny Novgorod), officially passing as overhaul reconditioning
  • CT- 682G production “Siberian trolley ” (Novosibirsk), officially passing as overhaul reconditioning
  • MTRZ – 6223 Moscow trolleybus production plant – modernization ZiU -682 for Moscow
  • ZiU -682 ZiU BTRM production ” Barnaul trolleybus repair shops ” ( Barnaul), officially passing as overhaul reconditioning
  • MTRZ – 6223 Altayelektrotrans production ” CAU ” Altayelektrotrans ” ” ( Barnaul)
  • ZiU -682 Barnaul production of ” Company ” Altai electric transport company ” ” ( Barnaul)

Operators

In Greece ZiU-9 in excursion route at Piraeus

In Greece ZiU-9 in excursion route at Piraeus
Ziu-9 in Budapest, Hungary

Ziu-9 in Budapest, Hungary

In Hungary, Ziu-9 trolleys still operate in Debrecen (DKV) and used to operate in Budapest (BKV) and Szeged (SzKT). ZiU-9s worked or are now working in all ex-USSR countries except the Baltic states. They were also sold to Greece, Argentina, in Colombia the EDTU (Empresa Distrital de Transportes Urbanos) was a larger operator of these buses; they was in a very bad conservation state in the former Eastern Bloc countries. Three cars were on loan in 1973 for testing purposes in Helsinki, Finland.

Greek donation

In 2004, the ILPAP, the operator of trolleybusses in Athens, Greece donated nearly all of its old ZiU-9 trolleybuses to the city of Belgrade and to Georgia. One was donated to the East Anglia Transport Museum.

Belgrade has had ZiU-9 trolleys of its own since late 1970s. In 2010 a public action was taken to save Belgrade’s first ZiU-9 from being scrapped.

ZiU-10

(Zavod imeni Uritskogo, Russian for Uritsky Factory) or ZIU-10 (Russian: ЗиУ-10), also referred to as ZIU-683, is a model of trolleybus, built in Russia. It has been manufactured since 1986 by the Uritsky Factory, in Engels, which later became Trolza. It is an articulated, three-axle variant of the ZiU-9/ZiU-682.

A ZiU-10 in MoscowA ZiU-10 in Moscow

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2 ZiU-9 Riga 1959-72 ZIU 5 Trolleybus USSR 1988 ZIU 682 China 1991 ZIU 682 China 2003 ZIU 62052 China 2005 ZIU 62052 a China A trolleybus on Prospekt Leninskogo Komsomola Street in Vidnoye, Moscow Oblast, Russia A ZiU-10 in Moscow Diagram of Russian trolleybus ZiU-9. In Greece ZiU-9 in excursion route at Piraeus Moscow_trolleybus_3670 Museum ZiU-5 trolleybus in Nizhny Novgorod, Russia. Novgorod_-_Trolleys_and_a_bus_at_main_station Old Ziu Soviet Trolleybus Transporte_en_Córdoba_(Argentina)_2009-11-27 Trolleybus ZiU-682G, the last at the Moscow trolleybus-repair plant (MTRZ) overhaul with the removal of part of the apparatus on the roof Trolleybus ZiU-682G-016.05 in Orël Trolleybus ZiU-682v in Minsk Trolleybus_ZiU_(Trolza)-682G00_-_143_at_intersection_of_Stefan_cel_Mare_str_and_1_mai_str Trolleybus_ZiU-682G_in_SPB Trolza_Belgrad trolza-trolleybus-04 Uritsky ZIU 682B ZIU 5 trolleybus at the Budapest fun fair files ZIU 9-951-76-NZA Boekarest Trollybus made in Russia ZIU 682 kp ZIU 682 ZIU 682a China ZIU 682b China ZIU 683a China ZIU 683b China ZIU tek ZIU Trolleybus Budapest ZiU-5 trolleybus in Nizhny Novgorod, Russia. ZIU-5 trolleybus ziu5-78 ZiU-9 drawing Ziu-9 in Budapest, Hungary Ziu-9_Bryansk_2056 ZiU-9G trolleybus in Nizhny Novgorod, Russia a ZiU-9G trolleybus in Nizhny Novgorod, Russia ZIU-682G ZiU-682G-016.02 in Vladimir, Russia ЗиУ-682 ЗиУ-682Б (ЗиУ-9) №4409 ЗиУ-682Г-016.02_№3128 ЗиУ-682Г016.04_заводской_номер_80_во_Владимире_(№_300) КАПОЗИУ1128

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(Trolley)Buses + Trucks MAZ Minsk Belarus

МАЗ слева

Minsk Automobile Plant

MAZ emblem - 1965

Minsk Automobile Plant
Native name Minski Automobilny Zavod
Type Joint-stock company
Industry Automotive
Founded July 16, 1944
Headquarters MinskBelarus
Area served Worldwide
Key people Aliaksandr Barouski
Products Trucksbusestrolleybuses
Net income Increase US$ 167 million (2011)
Website www.maz.by

news_maz_logo

Minsk Automobile Plant (MAZBelarusianАдкрытaе Акцыянэрнaе Таварыства «Мінскі аўтамабільны завод»Open JSC Minsky Automobilny Zavod) is a state-run automotive manufacturer association in Belarus, one of the largest in Eastern Europe.

History

1998. Stamp of Belarus 0260-0264

Stamps of Belarus with MAZ trucks (1998)

It was built shortly after the Second World War. The first MAZ model (MAZ-200) used General Motors designed 2-stroke engines. Later on their own original engines were developed and implemented in the MAZ-500 series. Not only the plant itself, but the entire living infrastructure were built in a short time. Apartment buildings, shops, medical clinics, cinemas etc. were built in close proximity to the MAZ plant, providing plant workers with local (though limited) necessities. On many of the construction sites German prisoners of war were working together with Belarusian construction workers. The majority of these buildings are still in service today.

It manufactures heavy-duty trucksbusestrolleybusesroad tractors and semi-trailers for semi-trailer trucks, and cranes. MAZ was, and possibly is, the worlds largest manufacturer of TELs (Transporter-Erector-Launchers) for many of the world’s mobile ballistic missiles, from the widely proliferated MAZ-543 used to carry and launch the Scud B through to the recent Topol M‘s impressive 8-axle TEL.

At the end of Soviet times, MAZ was the largest manufacturer of heavy trucks in the Soviet Union, and the only one for some truck categories. After the Soviet Union dissolved, MAZ production was reduced substantially, as has happened with many enterprises in the ultra-industrialized Belarus, oriented on the needs of a very big country. The previously mentioned production of public transport vehicles was a result of following diversification of the company.

Organisation

The association consists of the MAZ plant proper, located in Minsk, which is the main enterprise of the association, as well as several secondary enterprises:

  • РУП «БААЗ» (in Baranavichy)
  • РУП «ОЗАА» (in Asipovichy)
  • РУА «КЗТШ» (in Zhodino)
  • РУП «Літмаш» (in Minsk),
  • ПРУП «ДЭМЗ» (in Dzyarzhynsk)
  • РУП «СтройМАЗтрест» (in Minsk)

At some points of its history, MAZ was “united” with another heavy automobile company – BELAZ also located in Minsk area.

In 1991, a division specialising in heavy wheeled military vehicles was spun off into a separate business, MZKT.

Products

Among other recent products, MAZ city buses (see pictures below) are operating throughout Belarus, as well as in RussiaUkrainePolandRomaniaSerbia and Estonia.

In Serbia, working in cooperation with a local-based company BIK (Bus industries Kragujevac), a production of gas-powered buses named BIK-203 has been agreed, which are based on the platform of MAZ-203 model. These buses have been delivered at several Serbian towns to be in use in public transportation companies.

MAZ-MAN

In 1997, together with “MAN“, a joint Belarusian-German company JSC “MAZ-MAN”, Minsk was set up, which by 1998 had established full-scale production of heavy vehicles, using the F90 MAN cabs introduced 1986 and replaced 1994. Production of truck cabs involves huge, expensive tools, making this kind of recycling an existing design attractive. While production of tractors for international trade with 4×2 and 6×4 chassis layouts was a stated goal, development of exhaust gas regulations within the EU turned this into illusion. Based on the MAZ-MAN they have produced concrete mixers, fueling vehicles, flatbed trucks, dump trucks, front-end loaders etc.

Production of the Belarusian-German company demonstrated the advantage of technology created by combining the abilities and experience of auto makers of two countries. Compared to European models in the same class and quality range, MAZ-MAN products are on average 30% cheaper. Currently 98% of MAZ-MAN comply with Euro-3, while sale to the EU would require Euro-5 at least, Euro-6 by 2014.

In 2004, the joint venture made 272 vehicles, which is 45% higher than 2003. At the same time in 2003, output in comparison with 2002 increased by 50%.

28 November 2005 MAZ-MAN sold 1000 of the first MAZ-MAN tractor to customers.

Models

KONICA MINOLTA DIGITAL CAMERA

MAZ-203 and MAZ-206 buses
2006 Maz truck minsk
MAZ-447131
tipper, with the MAN F90 cab

tipper, with the MAN F90 cab

Trucks:

  • MAZ-200 (1950, formerly built by YaAZ from 1947-1950)
  • МАZ-200V (1952, tractor-trailer version of MAZ-200)
  • МАZ-205 (1950, dump truck version of MAZ-200)
  • МАZ-500/MAZ-500A (1965)
  • MAZ-501 (1955, logging truck version of MAZ-200)
  • МАZ-501V (tractor-trailer version of MAZ-501)
  • МАZ-502 (1957, 4×4 version of MAZ-200)
  • МАZ-502V (tractor-trailer version of MAZ-502)
  • МАZ-503/MAZ-503A (1958, dump truck version of MAZ-500)
  • MAZ-504/MAZ-504A (1965)
  • МАZ-505 (1962, prototype 4×4 truck based on MAZ-500)
  • MAZ-506 (1954, prototype dump truck based on MAZ-205)
  • МАZ-509 (1969, logging truck version of MAZ-500)
  • MAZ-510 (1965, prototype dump truck based on MAZ-503)
  • МАZ-511 (dump truck version of MAZ-500)
  • MAZ-512/MAZ-500C (cold weather version of MAZ-500)
  • MAZ-513/MAZ-500YU (hot weather version of MAZ-500)
  • MAZ-514 (1969, prototype three-axle truck)
  • МАZ-515 (1965, prototype three-axle truck)
  • МАZ-516 (1969)
  • MAZ-520 (1972, prototype truck based on MAZ-504)
  • MAZ-525 (1951, later built by BelAZ)
  • МАZ-529 (1958)
  • MAZ-530 (1957, later built by BelAZ)
  • MAZ-532 (1957, prototype off-road vehicle)
  • MAZ-535 (1958)
  • MAZ-537 (1959)
  • MAZ-541 (1956, aircraft tug based on MAZ-525)
  • МАZ-543/МАZ-7310 (1962)
  • MAZ-547/MAZ-7916 (1972)
  • MAZ-2000 (1988, prototype truck)
  • МАZ-4370 (1999)
  • МАZ-4371 (2003)
  • МАZ-4380
  • МАZ-4471
  • МАZ-4570 (2002)
  • МАZ-5309 (2008)
  • MAZ-5335 (1977)
  • МАZ-5336 (1978)
  • МАZ-5337 (1978)
  • МАZ-5340
  • MAZ-5428 (1977)
  • MAZ-5429 (1978)
  • MAZ-5430 (1977)
  • МАZ-5432 (1981)
  • МАZ-5433
  • МАZ-5434 (1990)
  • МАZ-5440
  • МАZ-5442
  • МАZ-5516
  • MAZ-5549 (1978)
  • МАZ-5551 (1985)
  • МАZ-6303
  • МАZ-6310
  • МАZ-6312
  • МАZ-6317 (1991)
  • МАZ-6417
  • МАZ-6422 (1978)
  • МАZ-6425
  • МАZ-6430
  • MAZ-6440 (2011)
  • МАZ-6501
  • МАZ-6516
  • МАZ-6517
  • МАZ-7410 (based on MAZ-543)
  • MAZ-7904 (1982, prototype)
  • МАZ-7906 (1984, prototype)
  • MAZ-7907 (1985)
  • МАZ-7910 (based on MAZ-543)
  • МАZ-7912 (1977)
  • MAZ-7917 (1984)
  • MAZ-7922 (1990, prototype)
  • MAZ-79221 (1996, later built by MZKT)

Buses:

  • MAZ-101 (1993)
  • MAZ-103 Omnibus (1996)
  • MAZ-103T Trolleybus (1999)
  • MAZ-104
  • MAZ-105 Articulatedbus (1997)
  • MAZ-107
  • MAZ-152 Citybus (1999)
  • MAZ-171 Airportbus (2005)
  • MAZ-203 Omnibus (2005)
  • MAZ-205 (2009)
  • MAZ-206 Omnibus (2006)
  • MAZ-226
  • MAZ-231
  • MAZ-241
  • MAZ-251 (2006)
  • MAZ-256 Omnibus (2006)

Special models

MAZ-537 Galosh anti-ballistic missile launcher

MAZ-537

MAZ-543 SS-1C Scud B missiles on TEL

MAZ-543

MAZ-7917 Moscow Parad 2008 Ballist

MAZ-7917

  • MAZ-535/MAZ-537 – The MAZ-535 and the heavier version MAZ-537 were developed in the early 1960s and built to transport rockets and tanks of various types.
  • MAZ-543 – The MAZ-543 was also designed for the transport of medium-and long-range missiles and has the same specifications as the MAZ-537. The MAZ-543 is best known as mobile missile launch pad of Scud missiles. In addition, there are various modifications of the vehicle, such as the MAZ-547 as a mobile launch pad for SS-20 missiles or the MAZ-7917 as a launch pad of Topol intercontinental missile.
  • MAZ-7904 – The MAZ-7904 is the largest wheeled vehicle that was ever designed for military purposes in the USSR. The prototype was designed in 1982 as a support vehicle for intercontinental ballistic missiles, but never went into production. The vehicle was found in 2007 in a hangar at Baikonur.
  • MAZ-7907 – The MAZ-7907 is a 12-axled 24 wheel vehicle for transport of ICBMs, which was designed in 1985, and of which two prototypes were produced. At least one seems to have been used after the collapse of the USSR for transportation of bridge parts and ships. Their fate is unclear.

Sponsorship in football

Gallery

Buses

OLYMPUS DIGITAL CAMERA

Trucks

MAZ-5551