วันเสาร์ที่ 3 มกราคม พ.ศ. 2552

>>Mercedes-Benz OC500LE

Mercedes-Benz OC500LE

Transperth OC500LE (Volgren) serving as the Blue CAT in Perth, Australia.

The Mercedes-Benz OC500LE is a modular, heavy-duty, twin-axle bus chassis produced by Mercedes-Benz/EvoBus in Sámano, Spain. It was designed as a base for low-entry city, suburban, and intercity buses weighing a maximum of 18,000 kg. It has much in common with the chassis used for the Mercedes-Benz Citaro integral bus range. The engine is horizontally-mounted over the rear overhang.

Australia

Mercedes-Benz OC500LE with Bustech 'VST' bodywork operated by Fearnes Coaches in Wagga Wagga, New South Wales

Large numbers of buses built on the OC500LE chassis can be found in Australia, where it is marketed as the "O 500LE" (it has special adjustments and minor changes for the Australian market). Particularly notable are the O 500LE/Volgren CNG-fuelled buses currently being delivered to the city of Perth in Western Australia for operation on the Transperth suburban bus network.

State Transit Authority (Sydney buses) in NSW, Australia are also taking delivery of 255 Mercedes O 500LE CNG units with Custom Coaches CB60 Evo II bodies. Weight and performance issues has meant that the delivery of these vehicles (to start in mid 2007) was delayed until June 2008.

Many operators across Australia have now purchased the O 500LE in various configurations. Problems related to quality control and unreliable electronics have not been uncommon. A lot of these complaints have come from drivers due to some units being under-powered, uncomfortable or rough. Bus companies praise the O 500LE for its fantastic fuel economy considering the power and size of the bus, however quality control issues still plague many units.

Brisbane Transport withdrew their O 500LEs from the fleet for a short period because of a major unidentified fault which caused buses to suddenly accelerate without warning. This problem was reportedly fixed by Mercedes-Benz and these vehicles are now back on the road.

Singapore

The first Mercedes-Benz OC500LE commissioned in Singapore.
Interior of the SMRT Buses Mercedes-Benz OC500LE

SMRT Buses are currently taking delivery of 132 Mercedes-Benz OC500LEs for fleet replacement and expansion. These buses feature bodywork built by Gemilang with a CapaCity licenced front from Mercedes Benz, engines that meet Euro 5 emissions standards and are wheelchair accessible. They are the first buses in South-East Asia to be fitted with an Euro 5 engine. The first OC500LE began passenger service in late June 2008.

Later production buses include slight modifications, such as a bigger LAWO side and rear electronic route number display.

Variations

OC 500 LE 1825h

OC 500 LE 1825hG

  • Engine type: M 447 hLAG (Euro 4/Euro 5/EEV) inline 6-cylinder 11.967-litre turbocharged intercooled, lean burn, spark ignition single point injection CNG
  • Power: 185 kW (252 hp) @ 2000 rpm
  • Torque: 1050 N m (774 ft·lbf) @ 1300 rpm

OC 500 LE 1830h

  • Engine type: OM 457 hLA (Euro 3/Euro 4/Euro 5/EEV) inline 6-cylinder 11.967-litre turbocharged intercooled, direct injection diesel
  • Power: 220 kW (299 hp) @ 2000 rpm
  • Torque: 1250 N m (921 ft·lbf) @ 1100 rpm

Transmissions

Currently, the customer can choose from either a ZF-Ecomat 6-speed automatic transmission with integrated hydraulic retarder (model 6HP 502 for engines with 1050 Nm or 1100 Nm maximum torque, or model 6HP 592 for engines with 1250 Nm maximum torque) or a Voith DIWA 864.3E 4-speed automatic transmission with integrated hydraulic retarder. All diesel-fuelled units sold in Australia prior to 2005 featured ZF 5HP 502 transmissions and a taller final drive ratio.

Body lengths

The OC 500 LE can have a total body length of between 10.8 m and 13.5 m.

A low-entry articulated chassis, called the O500UA is also available. It is produced by Mercedes-Benz do Brasil.

Euro 4 and Euro 5

The OC 500 LE chassis is now available with a Euro 4-compliant diesel engine using AdBlue Selective Catalytic Reduction technology. With Euro 4/5, the 252 hp rating of the OM 457 hLA will be discontinued. Therefore the OC 500 LE will have a 299 hp engine as standard.

>>Mercedes-Benz O405

Mercedes-Benz O405

O405

O405 in Viernheim, Germany
Manufacturer Mercedes Benz
Production 1983 - 2001
Assembly Germany
Predecessor Mercedes Benz O305
Successor Mercedes Benz Citaro (O530)
Class Full size bus
Engine(s) OM447h (157 kW)
OM447h (177 kW)
OM447hII (184 kW)
OM447hLA (184 kW)
Transmission(s) Mercedes Benz W3E110/2.2R
Mercedes Benz W3E112/2.2R
Voith DIWA 851.2
ZF 4HP500
ZF 5HP500
Length 11.1m
11.7m
12.2m
Width 2.5m
Related MAN SL202
A SBS Transit Mercedes-Benz O405 in Singapore.
A right-hand drive O405, bodied by Wrightbus, in Manchester, UK.

The Mercedes-Benz O405 was a highly successful single-decker bus chassis built by Mercedes-Benz from the mid-1980s to the early 2000s. It was the replacement for the Mercedes-Benz O305 chassis and was widely used in Europe, Australia and Singapore.

Standard floor version

The step-entrance version was known as the O405. An articulated version of O405 was also built, which was known as O405G.

There were two generations of O405 chassis, designated O405 MkI and O405 MkII.

O405 MkI

The O405 MkI was marketed between mid-1980s and early 1990s. It featured a Mercedes Benz OM447h naturally aspirated engine with outputs of either 157 kW (210 hp) or 184 kW (250 hp). Optionally available was a naturally aspirated compressed natural gas engine model M447hG with 150 kW (205 hp) output. The gearbox coupled to the engine was usually the Mercedes Benz W3E110/2.2R or Mercedes-Benz W3E112/2.2R (the former being able to handle the more powerful 184 kW engine), although there have been other gearboxes such as the ZF 5HP 500 or Allison B300R coupled to the engine.

O405 MkII

The O405 MkII was marketed from the early 1990s to the late 1990s and in fact into the early 2000s in some parts of the world and has been extremely popular with many operators around the world. It featured a Mercedes-Benz OM447hA turbocharged engine with an output of 184 kW (250 hp), although some examples feature either a naturally aspirated engine (model OM447h-II), a turbocharged engine (model OM447hA) or a turbocharged, intercooled engine (model OM447hLA). The gearbox coupled to the engine was either the ZF 4HP 500 or 5HP 500, or the Voith D864.3.

From 1994, this chassis was available with the M447hG Euro II 175 kW (238 hp) naturally aspirated compressed natural gas engine.

Low-floor version

The low-floor version of the O405 was known as the O405N (or O405GN for articulated version), later a further developed version was also built, it was known as the O405N²/O405N2 (or O405GN²/O405GN2 for articulated version). The O405(G)N do not have steps at the entrances and exits, but the seats are mounted on "platforms". The GN2 type addresses this problem. These buses are usually fitted with ZF transmissions, but some are fitted with Voith examples.

Low-entry version O405NH

Mercedes-Benz O405NH with Bustech body
Transperth O405NH (Volgren) at Midland, Perth.

The low-entry version O405NH was produced by EvoBus for the Australia market. Much of its popularity with government and private operators alike can be attributed to the popularity of the Mercedes-Benz O405 MkII chassis that it replaced.

The chassis was derived from a combination of the rear modules of an O405 MkII chassis and the front modules of an O405N²/O405N^2 chassis. Because of the difference in height between the front and rear modules of the chassis, there are one or more steps leading up from behind the centre door position to a standard O405 floorline. Because the chassis has a horizonally-mounted engine, there's no room for a rear door. This "low-entry" concept has become very popular in Europe - many integral products using this concept have been released such as the Mercedes-Benz Citaro LE.

Sydney Buses and Transperth of Australia have both purchased large numbers of buses built on the O405NH chassis. Between 1999 and 2002, the New South Wales government placed 300 compressed natural gas O405NHs onto Sydney's roads. These featured the M447hG 175 kW (238 hp) Euro II engine with a Custom Coaches "Citaro" body. The Transperth order originally consisted of 848 units with bodies built by Volgren. Initial deliveries consisted of diesel units featuring the OM447hLA 184 kW (250 hp) engine with the first compressed natural gas unit appearing in 2001 featuring the same engine as the Sydney Buses examples. A total of 397 O405NHs were delivered to the Transperth network before the chassis was discontinued, consisting of 48 natural gas and 349 diesel units.

The O405NH chassis has won Australian Bus of the Year twice.

Replacement

The Mercedes-Benz O405/O405N series was superseded by the Citaro, and the O405NH was superseded by OC500LE.

>>Mercedes-Benz O371

Mercedes-Benz O371

Mercedes-Benz O371RS
Mercedes-Benz O371RSD

The Mercedes-Benz O371 was built in Brazil by Mercedes-Benz from the 1980s to the late-1990s. It was the replacement for the Mercedes-Benz O303 chassis in South America and was widely used in South America. Also the chassis was produced to be used by Brazilian bodyworkers to made his own models like Marcopolo S.A and Busscar.

Coach buses

O371R

The O371R was marketed between mid-1980 and early 1990s. It featured a Mercedes-Benz OM355/5A. It has a spring suspension.

O371RS

The O371RS was marketed between 1980s and early 1990s as O370RS. It featured a Mercedes-Benz OM355/6A turbocompressor aspirated engine with output of 280 hp. The gearbox coupled to the engine was the ZF S-690/6, and has pneumatic suspension. The O371RS chasis was used in the O371RS model production, by Mercedes-Benz do Brasil and others like Busscar or Nielson, Marcopolo S.A.

O371RSL

The O371RSL was marketed between 1992 and early 1994. It featured a Mercedes-Benz OM447LA Turbo-intercooler engine with output of 354 hp. This was an experimental engine and replaced the OM355 series, and was used in all the O371 models and in the next generation of buses Mercedes-Benz O400 until 2000, the year that the electronic engine OM457LA was introduced. The gearbox was the ZF S 6 - 1550. The O371RSL chassis was similar with the O371RS chassis but its length was 14 meter.

O371RSD

This is the O400RSD chassis which has the same configuration as the O371RSD chassis

The O371RSD was marketed between mid-1980 and early 1990 as O370RSD. It featured a Mercedes-Benz OM355/6LA turbo intercooler engine with output of 326 hp. After 1994 was impulsed by OM447LA by 354HP. The gearbox was the same of the O371RS, also after 1994 it used the same gearbox that was used in O371RSL. The difference is the rear axis, because the axis that move the vehicle is behind the auxiliary axle, opposite to the European bus version.

Urban buses

O371U

The O371U was a small integral bus for urban use, having been produced from 1987 to 1994. In its last year of production it featured the front mask of the O400 family.

O371UL

The O371UL was an integral bus for urban use, having been produced from 1994 to 1996. It was the evolution of O371U, having gained a few inches in width and some horsepower. It also featured the front mask of the O400 family. Many units of this model could be found in use in the region of Belo Horizonte, Brazil between 1994 and 2006.

O371UP

The O371UP was an integral bus and platform for urban use, having been produced from 1987 to 1993. It was the most powerful integral bus of Mercedes-Benz ever produced, featuring a 230hp engine, with its use being recommended to cities with integrated transport systems. By far, the Brazilian city that saw the most units of O371UP integral buses and platforms in operation was Curitiba.

>>Mercedes-Benz O309

Mercedes-Benz O309

A Mercedes-Benz O309.
A 24-passenger version of Mercedes-Benz O309.

The Mercedes-Benz O309 was the bus variant of the L 613 D, a large capacity van that became available in 1977. It was powered by a 5.7-litre engine with six cylinders delivering 130 hp. This model was a predecessor of the T2 and the Vario.

>>Mercedes-Benz O305

Mercedes-Benz O305

O305 in Heppenheim, Germany.

Mercedes-Benz O305 is a rear-engined bus model built in West Germany between 1967 and 1987. The O305 was built as the successor of the O317 and was the Mercedes-Benz adaptation of the first so called "Standard-Linienbus" design, that was produced by many different German bus manufacturers. The articulated model was named O305G, the inter-city model O307. Its successor was the Mercedes-Benz O405.

The O305 was basically built for single deckers (particularly for the State Transit Authority of New South Wales who purchased well over 1,300, and still operate over 600 rigid examples of all types). Double-deck examples, however, could be found in Hong Kong, Singapore and South Africa.

Hong Kong

KMB's 11 m O305 double-decker.

In Hong Kong, it is the first franchised bus model made outside United Kingdom and countries of Commonwealth of Nations. There were a total of 41 buses introduced, with the prototype in 1983 and the others in 1985. All of them were withdrawn and subsequently scrapped in 2001/2002 except three, which are preserved by groups of bus fans in Hong Kong.

Background and history

For a long period of time, Hong Kong franchised bus operators were required by law to purchase buses produced in Commonwealth countries. After repealing the requirement in 1983, Mercedes-Benz supplied a two-axle 11-metre double-decker to Kowloon Motor Bus (KMB).

The O305 demonstrator was then registered as CZ6686 on 4 August 1983 and was allocated fleet number ME1. Following the successful trials of ME1, KMB ordered 40 buses (ME2-41) of the same kind in 1985, with improved frontal design and ventilation system. All the 41 buses were fitted with Alexander RH-type bodies.

KMB later adopted a policy of acquiring 3-axle double-deckers of similar length. Because Mercedes-Benz did not provide a 3-axle version of O305, no more Mercedes-Benz bus was purchased by KMB.

The services

Initially, the first bus ran on route 105, which was new, running between Lai Chi Kok and Sheung Wan. However, Cross Harbour Tunnel's environment was unsuitable for this model, as well as the fact that the towing of these buses by the tow trucks used by the tunnel authority could result in damage to the chassis, so all the 41 buses were reallocated to express routes running between Yuen Long and Tsuen Wan/Kowloon. The buses were once renowned for its speed and power, with a maximum speed of 90km/h reported, and is widely rumoured to be the only bus in Hong Kong to be snapped by a speed camera.

The buses provided services on the trunk routes in Yuen Long until the mid-1990s. With newer buses (especially those with air conditioning) available for trunk services, the Benzes were redistributed to North District and Tai Po and served there until their retirement on 22 November 2002. Occasionally, Benzes still participate in some inter-district routes into Kowloon or Yuen Long, one of which becoming the last served by Benzes.

These buses had a unique livery designed by Kowloon Motor Bus, but all of them had the livery returned to the standard livery of KMB non-air-conditioned buses shortly before their re-distribution.

It was reported that bus enthusiasts rushed to take rides and photos of the last Benzes when they were announced to be retired, possibly due to their unique roles played in Hong Kong bus service history.

Singapore

After the evaluation of 2 Mercedes-Benz O305 double-deckers acquired c. 1982, Singapore Bus Services acquired 200 Mercedes-Benz O305 double-deckers which were very similar with KMB's O305. It features an 11,412 cc OM407h engine with its modular W3D 080 R gearbox. With a licensed capacity of 109 passengers, the first of them entered service in 1984 and all of them retired in early 2000s.

Australia

Sydney

Mercedes O305G articulated operating a city service in Sydney, Australia.

Sydney Buses acquired over 1300 O305s of different body styles (by the same body manufacturer - Pressed Metal Corporation, or PMC) between 1977 and 1987. 30 of these were the articulated O305G model.

Originally, the STA ordered 200 Mercedes-Benz O305s with PMC Galvastress (MkI) bodywork between 1977 and 1978. One of these was fitted with the Galvastress MkII body. This prototype was the forerunner for the MkII order of 550 Mercedes-Benz O305s. This was the largest bus order in Australia (and still the record hasn't been broken). The MkII body was internally different from the MkI body although the exterior remained very much the same with the edition of a more O305 style roof line, and larger rear windows. The MkII order was started in 1978 and completed in 1981. The reason for this large order was because of the takeover of AEC (most of the older fleet being AEC) left spare parts short, etc.

In mid-1981, the STA called for 100 single-deck vehicles and 30 articulated vehicles with the option of 80 more single-deck vehicles and the winner of this tender was Mercedes-Benz. The STA then took delivery of the 100+80 Mercedes-Benz O305s and 30 O305Gs. The body builder was PMC with its Galvastress MkIII body. The revisions to the body were minor, and the most noticeable was the dropping of the window line (Windows remained the same height and width, just dropped a few centimetres) to line up better with the rear windows and to free more space for the front and rear destination equipment. One of these was fitted with the prototype Galvastress MkIV body. The 30 O305Gs were delivered 1983-1984 (The prototype was delivered in 1981). The prototype originally had 3 doors, one at the front, one at the center and one at the rear and wasn't turbocharged (the other 29 were) until the prototype was brought up to standard with the other 29 by removing the rear door and turbocharging the engine (177 kW to 209 kW). 2 out of the batch had received ZF 5HP500 gearboxes and still have them.

The MkIV prototype went on to start the next order of O305s, 353 of them were delivered between 1984 and 1987. The chassis was slightly revised, and it was the first bus chassis the STA had operated with ABS. The Galvastress body was revised again with the addition of a square roof and fitted with square rear indicators, although the interior differed little from the MkIII. However, the bus was longer, with a length of 10.75 meters instead of 10.67 meters.

Although all of the MKIs and MKIIs, and an increasing number of the O305Gs and MKIIIs have been withdrawn, there are still over 600 O305's serving Sydney Buses.

Transmission and engine specifications

Engine
  • Type: OM 407 h
  • Position: Rear Underfloor
  • Capacity: 11.413 litres
  • No. of cylinders: 6, inline
  • Compression Ratio: 16.5:1
  • Bore: 125 mm
  • Stroke: 155 mm
  • Max power: 147 kW @ 2200 rpm
  • Max torque: 716 Nm @ 1400 rpm
  • Max gov. speed: 2200 rpm
  • Fuel Pump: Bosch
  • Injectors: Bosch
Transmission
  • Type: W3DO80/2.2R
  • Torque converter: 5.95:1, max speed 13 km/h
  • 1st ratio: 2.12:1, road speed: 35 km/h
  • 2nd ratio: 1.35:1, road speed: 55 km/h
  • 3rd ratio: 1:1, road speed: 75 km/h
  • Reverse ratio: 2.23:1
  • Rear axle type: H07/8DL/10
  • Final drive ratio: 5.9:1

Perth

A Transperth O305 with O307 bodywork by JW Bolton, at Midland railway station in Perth (since withdrawn).

Perth was the first Australian city to operate the Mercedes-Benz O305. The first units entered service with the Metropolitan Transport Trust (MTT) in 1975. Over a period of eleven years between 1975 and 1986, over 400 O305's were purchased for the city. Transperth (the new name for the MTT starting in 1986) and its contractors began withdrawing this sizeable fleet of O305's in October 1999 following the start of delivery of some 350 Mercedes Benz O405NH low floor buses. The gradual withdrawal of these buses over the past nine years has made the O305 a very rare sight in the metropolitan corridor; the buses are seen a little more often in the eastern hills area. Transperth operates 8 O305's in regular service as of December 2008. Compared to the Sydney units, the Perth units feature different bodywork (manufactured by Freighter Industries, J. W. Bolton, Hillquip, or Howard Porter) and a higher final drive ratio (5.2:1). There have been some unusual O305's operating in Perth. Examples include No. 444, which features a Mauri (Italy) body assembled locally by J. W. Bolton (since removed from service as part of the fleet renewal program), and No. 007, an experimental bus (model OG305) with an LPG-fuelled engine (also since removed). In 1984, the MTT operated Australia's first CNG-fuelled bus - O305 No. 008. From the success of the trial gas buses, two O305s were converted to LPG operation in the early 1980s, a CNG-fuelled OG305 was ordered and entered service in 1987 (No. 009) and 26 O305s were converted to CNG in the early 1990s.

As the fleet upgrades, more and more CNG buses are retired from service, and few private operators have the capacity to install a CNG refill system. These buses face an uncertain future, but seem likely to follow buses No. 008 and No. 533 which were purchased to be immediately wrecked to provide replacement parts for existing diesels in the new owners fleet.

Perth was also the first Australian city to operate the Mercedes-Benz O305G. Three batches were purchased including 18 in 1979, 3 in 1980, and 19 in 1986-1987. The first and second batches had bodywork completed by J. W. Bolton and Howard Porter and featured model OM 407h 240 hp (177 kW) naturally aspirated engines. To overcome sluggishness, the buses in the third batch (also featuring Howard Porter bodies but built to the VöV-II design) were fitted with model OM 407hA 280 hp (206 kW) turbocharged engines.

Canberra

Ansair bodied Mercedes-Benz O305 buses which were owned by ACTION but currently owned by Fearnes Coaches.

Canberra also invested in a batch of Mercedes O305 citybuses with locally built Ansair (Melbourne) bodies. They were built with standard Mercedes O307 "STULB" fronts. A total of 85 of these units were delivered in 1984 and then tendered for disposal firstly in 1995 and then at several other intervals until 1999. Most units now operate with private bus companies in the Sydney metropolitan area as well as others scattered around the country. 12 were also exported to New Zealand to operate in Auckland and Wellington.

In addition to a large batch of MAN SG192 articulated vehicles purchased in the 1970s, 5 Mercedes O305G articulated vehicles were delivered in 1984. These vehicles were identical to the 85 Mercedes O305s and the additional of a concertina and tralier unit. Once again, these units were tendered for disposal in 1997/1998 and disposed of to various private bus companies around Australia.

Adelaide

The first buses to enter service on the O-Bahn were specially modified Mercedes-Benz O305 models. A fleet of 41 rigid and 51 articulated buses was purchased, their cost included in the original $98 million budget. The chassis were bought from Germany and heavily modified at the Mitsubishi Motors plant in Tonsley. The rigid buses had their power increased to 240 hp (177 kW) and the articulateds to 280 hp (207 kW); they were the first buses to travel at a speed of 100 km/h on suburban routes.

>>Mercedes-Benz Vito

Mercedes-Benz Vito

Mercedes-Benz Vito
Manufacturer Mercedes-Benz
Parent company Daimler-Benz
DaimlerChrysler AG (from 1998)
Daimler AG (from 2007)
Production 1996–present
Assembly Juarez, Mexico
Madrid, Spain
Predecessor Mercedes-Benz MB100
Class van

The Mercedes-Benz Vito is a light van produced by Mercedes-Benz in Mexico and Spain.

It is available as a standard panel van, or with additional passenger accommodation substituted for part or all of the load area.

Generation 1 Vito

Vito (first generation)

The first generation Mercedes-Benz Vito was produced between 1996 and 2003. It is powered either by a diesel engine with up to 120 bhp (89 kW; 122 PS) or a petrol engine with up to 140 bhp (104 kW; 142 PS) and a front-wheel drive drivetrain.

Generation 2 Vito

Vito (second generation)

The second generation Mercedes-Benz Vito is more streamlined than its predecessor, but more importantly is powered by a new range of engines and a rear-wheel drive (RWD) drivetrain.

The angle of the windshield and A-pillar is closer to horizontal; the dashboard is bigger and the hood smaller. The newer Vito is available in 3 different lengths and 4 diesel engine versions being the 109 cdi, the 111 cdi, the 115 cdi and the powerful 120 cdi. The model numerics conform with the Mercedes pattern that relates to a rough guide to engine power output. In the Vito range currently the 109 has 93 bhp, 111 relates to 116 bhp, 115 to 150 bhp (112 kW; 152 PS) and 120 to 204 bhp (152 kW; 207 PS).

The 2nd generation Vitos are all Euro 3 compliant (additionally Euro 4 compliant as of November 2006) and therefore exempt from the upcoming Low Emission Zone in London. This requires commercial vehicles (vans) to reach at least Euro 3 standard from October 2010.

London Taxi variant

In August 2008 a variant of the Vito was approved by the Public Carriage Office for use as a licensed London 'black cab'. The Vito taxicab includes sliding doors, electric steps and seating for six people. The Vito's rear-wheel steering enables it to meet the PCO's strict 25 ft (7.6 m) turning circle rule and it is able to carry two wheelchairs. The vehicle, a variation of the 'Traveliner' model, will be produced by EcoCity under licence from Mercedes-Benz, and distributed through its KPM-UK Taxis subsidiary.

Because the Mercedes Taxi has sliding doors the option of opening windows is no longer available to passengers. The PCO (Public Carriage Office) has also specified that the option of sliding windows has also been banned, this is due to the danger of passengers having part of their body out of the windows when the doors open.

The new Taxi doesn't perform the famous u-turn in the same way as the TX and Metro models, instead it incorporates Mercedes new LSM (Low Speed Maneuverability) system activated by a button adjacent to the steering wheel. This turns the rear wheels in the opposite direction to the front wheels, thus allowing the Taxi to perform the same tight turning circle as the TX and Metro models. This system is only possible when the vehicle is traveling less than than 5 mph, and if the vehicle goes over 5 mph while the LSM is active, it is deactivated and the wheels straighten up.

It is longer and wider than the TX models, but traveling through tight spaces is aided by the option of electric folding wing mirrors.

>>BMW E30

BMW E30

E30
An E30 BMW 3 Series
Production 1981–1994
Body style(s) 2-door coupe
2-door convertible
4-door sedan
5-door station wagon
Layout Front engine, rear-wheel drive / all-wheel drive
Platform BMW E30
Engine(s) I4, 1.6 - 1.8 L (66 - 100 kW)
I6, 2.0 - 2.5 L (92 - 126 kW)
Transmission(s) 3-speed automatic
4-speed automatic
4-speed manual
5-speed manual
Wheelbase 2,570 mm (101.2 in)
Length 1988-89 Sedan, Wagon & Coupe: 4,450 mm (175.2 in)
1988-89 Convertible: 4,460 mm (175.6 in)
1990-91 Sedan, Wagon & Coupe: 4,326 mm (170.3 in)
1990-93 Convertible: 4,323 mm (170.2 in)
Width Sedan & Wagon: 1,646 mm (64.8 in)
Coupe: 1,661 mm (65.4 in)
Height Sedan & Wagon: 1,379 mm (54.3 in) Convertible: 1,369 mm (53.9 in)
Coupe: 1,400 mm (55.1 in)
Curb weight 1,070–1,368 kg (2,359–3,016 lb)
Fuel capacity 62.1 L (16 US gal; 14 imp gal)
Related BMW M3
BMW E30 318i Coupe, European Model
BMW E30 325es with "diving board" bumpers
BMW E30 3-Series Convertible
E30 Convertible built April 1993
E30 Station Wagon, branded as the '3 Series Touring'

The E30 automobile platform was the basis for the 1981 through 1991 BMW 3 Series entry-level luxury car / compact executive car. It was the successor of the BMW E21 in 1982 and was replaced by the BMW E36 in 1992. BMW continued to produce the cabriolet (convertible) E30 well into 1993. The Touring remained in production until 1994 when the E36 touring replaced it. The M3 cabriolet was never officially offered for sale in North America; it was offered only for the European market.

The famous BMW M3 was first introduced on the E30 platform. A widened version of the E30 front suspension and the drivetrain from the E30 325i were used in the BMW Z1 roadster.

The E30 3-Series was produced in four body styles, a four door saloon, a two door saloon, a five door estate (marketed as the "touring"), and a two door convertible. A Baur cabrio was also available. The 325ix was produced from 1986 to 1991, and featured all-wheel drive. It was available as a two-door (saloon) or a four-door (sedan) and as touring. The BMW M3 utilised a widened and heavily redesigned and restyled variation of the 2 door body style. The M3 shares few parts with other E30 models.

The primary distinctive feature of the BMW E30 models produced for the North American market in 1984-1987 are the elongated front/rear aluminum bumpers. These bumpers are commonly known as "diving boards." In 1988, the anodized aluminum bumpers were shortened by revising the cover/fillers and shortening the shocks. In 1989 the aluminum bumpers were replaced with shorter body-color plastic bumpers.

The cars were powered by a range of inline 4 cylinder (BMW M10 , BMW M40 , & BMW M42) and inline 6 cylinder (BMW M20 and BMW M21) engines, with both petrol and diesel power. Power output for the engines ranges from 140 N·m (100 lb·ft) torque for the 1.8 L (1766 cc) 4 cylinder engine, to 230 N·m (170 lb·ft) torque from the 2.7 L (2693 cc) 6 cylinder petrol engine. The E30 BMW M3 was fitted with a 4 cylinder engine (BMW S14) producing more power, but less torque. 0-60 mph times was around 6.4 seconds, very quick for a car in its time.

Engines

Following on from the E21, the E30 was fitted with M10 straight-4 and M20 straight-6 engines. The 316 used a 1766 cc M10 fed by a carburettor and producing only 66 kW (90 PS; 89 hp), but this allowed BMW to offer a cheap, entry-level car in the range. The 318i had the same M10 engine, but with Jetronic fuel injection, pushing power to 77 kW (105 PS; 103 hp) and improving fuel economy. Finally, the 320i (2.0 L M20 with 92 kW (125 PS; 123 hp)) and 323i (2.3 L M20 with 102 kW (139 PS; 137 hp)) completed the range.

Later, in 1985, a 2.5 L version of the M20 boosted the power of the top model to 125 kW (170 PS; 168 hp), replacing the old 323i, 2300 cc and 112 kW (152.3 PS; 150.2 hp).

Europe and North America received an economy version called the 325e, or just 325 (the e stands for the Greek letter eta, signifying economy). Strangely enough, the engine was the largest available in the chassis, aside from the rare South African version which was available with the 3.3 L M30. The 2.7 L had a longer stroke than the 2.5 L, with a more restrictive head, four cam bearings instead of seven (less internal friction), and softer valve springs. This resulted in 121 hp (90.2 kW; 122.7 PS), redlining at 4500 RPM. In 1987, the engine was revised to become the 325i. With its shorter stroke, 6800 RPM redline, and newer Motronic fuel-injection system, dual valve springs included and power was boosted to 128 kW (174.0 PS; 171.7 hp).

In 1987, the E30 was revised. The revision contained two significant changes in the engine department. First, the M20 straight-6 engines changed from Bosch Jetronic to Bosch Motronic. This boosted the 320i to 96 kW (129 hp) and the 325i to 126 kW/172 hp, all the while improving the economy. The M10 was replaced by the new, belt-driven cam M40 which also incorporated Motronic injection. The new 318i now had 85 kW/114 hp and was noticeably smoother than the old 77 kW (105 PS; 103 hp) version. A new engine had been developed, a chain-driven cam 4 cilynder M42 1.8L DOHC 16 V engine creating the 318is in 1989. This is the most modern engine built to the E30 (this engine has been later used in early 318i E36s).

The 316 was replaced by a 316i, which used a 1600 cc version of the M40, producing 75 kW (102 PS; 101 hp). Not quite as torquey as the 66 kW/88 hp 1766 cc M10 it replaced, it nevertheless offered superior performance. In some markets, like South Africa, the old M10-powered 316 continued a lot longer, gaining the new bumpers of the other models. In South Africa, The 316i was released in 1991.

Drivetrain

In total, seven transmission were available for the various models of the E30: four manuals, and three automatics.

A 4-speed manual was available for the 316 and 318i. The 316, 318i, and 320i also had the option of a common 5-speed manual, while the 323i and 325i had a different manual, and in addition, the 323i had a sports manual as an option. The transmissions for the 316 and 318i featured synchromesh on forward gears only, while the 320i and 323i, both with standard and sports transmissions, had synchromesh on reverse as well.

Both automatic transmissions were manufactured by ZF - they were the 3-speed 3 HP 22, which was available on the 316 and 318i models, and the 4-speed 4 HP 22, which was available on the 320i, 323i, 324td, 325, 325i and 325e models.

Transmission Gear Ratios:


4-speed manual 5-speed manual 3-speed automatic 4-speed automatic
available on 316, 318i 316, 318i, 320i 323i standard, 325i 323i sports 316, 318i 320i, 323i 325i
1st 3.76 3.72 3.83 3.76 2.48 2.73 2.48
2nd 2.04 2.02 2.20 2.33 1.48 1.56 1.48
3rd 1.32 1.32 1.40 1.61 1.00 1.00 1.00
4th 1.00 1.00 1.00 1.23 - 0.73 0.73
5th - 0.81 0.81 1.00 - - -
reverse 4.10 3.45 3.46 4.10 2.09 2.09 2.09

There were many differentials used on the E30 models. The 316 and 318i shared a differential, as did the 320i and 323i, with the standard transmission. 323i models with sports transmissions had a different differential. The 325i received its own ratio, as did the 325e. The various M3s had special ratios as well.

Differential Gear Ratios and Types:

model(s) ratio(s) case size type(s)
316 before 9/84 3.64 small open
316 after 9/84 3.91 small open
316i M10 3.91, 4.10 small open
316i M40 4.27, 4.45 small open
318i M10 3.64, 3.91, 4.10 small open
318i M40 2- and 4-doors 4.10, 4.45 small open
318i M40 convertible and touring 4.27, 4.45 small open
318is 4.10 small open
320i before 9/85 3.46 small open
320i 9/85 to 9/87 3.64, 3.91 small open
320i after 9/87 4.10 small open
320i convertible and touring 4.27, 4.45 small open
323i before 9/84 3.23 medium open
323i after 9/84 3.46 medium open
324d 3.45 small open
324td 3.25 medium open
325i before 9/86 3.46, 3.73, 3.91, 4.10 medium standard - open

sports - mechanical limited-slip

325i after 9/86 3.64, 3.73, 3.91, 4.10 medium standard - open

sports - mechanical limited-slip

325i convertible before 9/86 3.46, 3.91 medium standard - open

sports - mechanical limited-slip

325i convertible after 9/86 3.64, 3.91 medium standard - open

sports - mechanical limited-slip

325i touring 3.91 medium open
325ix 2- and 4-doors 3.64, 3.73, 3.91 medium open, all viscous, 10-100% limited-slip
325ix Touring 3.91, 4.10 medium open, all viscous, 10-100% limited-slip
325, 325e US-models 2.93, 3.23 medium standard - open

sports - mechanical limited-slip

325e before 9/85 2.79 medium standard - open

sports - mechanical limited-slip

325e 9/85 to 12/86 2.93 medium standard - open

sports - mechanical limited-slip|-

325e after 12/86 3.25, 3.46 medium standard - open

sports - mechanical limited-slip

M3 US-models 4.10 medium mechanical limited-slip
M3 3.15, 3.25 medium mechanical limited-slip
M3 convertible 3.25 medium mechanical limited-slip
M3 Evolution I, II and III 4.10 medium mechanical limited-slip

The all-wheel drive system on the iX models used four differentials to distribute power to the wheels, 37:63 split front to rear. The center and rear differentials use viscous couplings to split torque. The front differential was open.

Models

Europe:

  • 1982-1987 316 - 1.6 L M98 I4, 75 PS (55 kW; 74 hp)
  • 1982-1990 316 1.8 - 1.8 L M10B18 I4, 90 PS (66 kW; 89 hp)
  • 1987-1994 316i - 1.6 L M40B16 I4, 102 PS (75 kW; 101 hp)
  • 1982-1987 318i - 1.8 L M10B18 I4, 105 PS (77 kW; 104 hp)
  • 1987-1994 318i - 1.8 L M40B18 I4, 115 PS (85 kW; 113 hp)
  • 1989-1991 318is - 1.8 L M42B18 I4, 136 PS (100 kW; 134 hp)
  • 1982-1985 320i - 2.0 L M20B20 I6, 125 PS (92 kW; 123 hp)
  • 1985-1991 320i - 2.0 L M20B20 I6, 129 PS (95 kW; 127 hp)
  • 1988-1990 320is - 2.0 L S14 I4, 192 PS (141 kW; 189 hp)
  • 1981-1986 323i - 2.3 L M20B23 I6, 150 PS (110 kW; 148 hp)
  • 1985-1987 325e - 2.7 L M20B27 I6, 122 PS (90 kW; 120 hp)
  • 1985-1991 325i - 2.5 L M20B25 I6, 170 PS (125 kW; 168 hp)
  • 1986-1991 325iX - 2.5 L M20B25 I6, 170 PS (125 kW; 168 hp)
  • 1986-1988 M3 - 2.3 L S14 I4, 200 PS (147 kW; 197 hp)
  • 1989-1991 M3 Evo - 2.5 L S14 I4, 241 PS (177 kW; 238 hp)
  • 1985-1990 324d - 2.4 L M21 I6, 86 PS (63 kW; 85 hp)
  • 1987-1993 324td - 2.4 L M21 I6, 115 PS (85 kW; 113 hp)

Other markets:

  • 1984-1985 318i - 1.8 L M10B18 I4, 101 hp (75 kW) - North America
  • 1991 318iS - 1.8 L M42B18 I4, 134 hp (100 kW) - North America
  • 1984-1991 325e - 2.7 L M20B27 I6, 121 hp (90 kW) - North America
  • 1986-1991 325es - 2.7 L M20B27 I6, 121 hp (90 kW) - North America
  • 1987-1991 325i/is - 2.5 L M20B25 I6, 168 hp (125 kW) - North America
  • 1988-1991 325ix - 2.5 L M20B25 I6, 168 hp (125 kW) - North America
  • 1988-1991 M3 - 2.3 L S14 I4, 192 hp (143 kW) - North America
  • 1984-1990 333i - 3.2 L M30 I6, 197 hp (145 kW) - South Africa
  • 1989-1991 325iS - 2.7 L, 197 hp (145 kW) - South Africa
  • 1991-1992 325iS - 2.7 L, 210 hp (155 kW) - South Africa
E30 production totals
1982 15,580
1983 218,201
1984 285,134
1985 297,886
1986 329,460
1987 316,075
1988 269,074
1989 257,307
1990 246,818
1991 56,363
1992 26,913
1993 18,440
1994 1,997
Total 2,339,248

Special models

In addition to the famous M3 there were other special models of the E30. For Portugal and Italy, due to their high engine taxes, a special model was created, the 320iS. This model was produced both in 2 and 4 door versions had a detuned version of the M3 engine. It was the same S14 engine but with 2.0l and 192 hp (143 kW). BMW South Africa's Motorsport division created the 333i in 1986 by fitting the 3210 ccm M30 "big six" ("M30B32" of the 733i E23/ 533i E12/ 533i E28/ 633CSi E24) engine to a 2-door E30. The resulting 333i was a major success in saloon car racing in that country and is now a collectors item. These cars, built with help from Alpina in Buchloe, Bavaria ,Germany, featured some interesting compromises like forcing the buyer to choose between air conditioning (vital in South Africa) or power steering (because of lack of space due to the large M30 engine). They were only built in small numbers in 1986.BMW South Africa provided the following specifications for the 333i: Powerplant - M20B32 6Cylinder 3210cc 145Kw (197Bhp)@5500RPM. 285NM torque@ 4300RPM. the cars was fitted with a 5 speed manual gearbox and limited slip differential. Braking was enhanced by 296mm Alpina dual ventilated grooved front disc brakes. ABS was optional. The cars were fitted with J7x16 Alpina wheels and Pirelli P7 195x50VR16)tyres. BMW provided performance figures were impressive with a top speed of 228km/h. 0-100km/h in 7.4 sec, and a standing kilometer in 27.7sec at sea level.

Later when it became clear that South Africa would not be getting the M3, the 325iS was created. Initially this was merely a 325i 2-door fitted with a bodykit and a close-ratio gearbox (improving acceleration at the expense of top speed and economy, but more changes were made to keep the car competitive in South African saloon car racing. Nevertheless, these cars were always sold to the public. This culminated in the 325iS Evo II of late 1991. By now several body panels were made of aluminum, preventing the car from being washed by automated car washes, and the M20 engine grew to 2.7 L and now produced 155 kW (210 hp)and a 0-62 mph in a mere 7.5sec.

The cabriolet version continued to be built to the end of April 1993 and the touring version continued to be built to the end of February 1994.