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35-602: The Debonair was first introduced at the 10th All Japan Motor Show (later renamed the Tokyo Motor Show ) in October 1963. Its appearance at the time was described as "dignified". It was one of the first Japanese-built luxury sedans, using a 2.0-liter six-cylinder engine, with exterior dimensions just under the Japanese government dimension regulations for "compact" vehicles while offering a spacious interior. At its introduction, it

70-507: A front-wheel drive layout, a cost-effective way to increase interior space without investing money on engineering in an executive sedan. It also came with Mitsubishi's first V6 engines, the 6G71 2.0-liter and the 6G72 3.0-liter under the "Cyclone" moniker, which were shared with the Galant model line later. So as to comply with the Japanese government regulations concerning exterior dimensions and engine displacement, vehicles installed with

105-505: A "Continental-esque" appearance. It used a double wishbone front suspension with leaf springs and a differential for the rear axle for the entire generation. Powered initially by the KE64 1,991 cc six-cylinder engine with twin carburetors and dual exhausts, the original A30 series developed 105 PS (77 kW; 104 hp) at 5,000 rpm, and had a maximum speed of 155 km/h (96 mph). This engine has overhead valves and

140-452: A Mitsubishi-designed engine has low compression, the MCA-Jet valve(s) could be the cause. Each MCA-Jet valve and valve seat are a self-contained cylinder-shaped unit that screws into the cylinder head for easy replacement. Aftermarket MCA-Jet valves are available. With the advent of 4-valve-per-cylinder engines, manufacturers typically design the camshaft(s) to open one intake valve slightly before

175-412: A high mounted camshaft (not overhead), similar to Opel's cam-in-head design. The front grille had an "MMC" badge, denoting the newly formed Mitsubishi Motors Corporation . From September 1970 the 6G34 "Saturn 6" (1,994 cc) engine was installed, increasing the engine's power output to 130 PS (96 kW; 128 hp) which gave the car a top speed of 180 km/h (112 mph). From now on,

210-400: A small third valve, but sent a richer air/fuel mixture to a small pre-combustion chamber near the spark plug, to help ignite a leaner air/fuel mixture in the main combustion chamber. MCA-Jet was a simpler system that sent the same air/fuel mixture to all intake and MCA-Jet valves. Each MCA-Jet valve is quite small and may be prone to carbon build-up, causing the MCA-Jet valve(s) to stick open. If

245-666: The Chrysler New Yorker of the same time period. The Debonair's platform, however, shares nothing with the Chrysler "E" , "Y", or "K" platforms . The suspension was upgraded to MacPherson struts for the front suspension, and the rear suspension used a three-link torsion axle . The only transmission available was a four-speed automatic unit. Unusually for Japan, there was also a full stretch limousine version available briefly, beginning in 1987. These were largely handbuilt by Mitsubishi's Aichi dealership chain and were stretched between

280-669: The Diamante (also known as the Sigma) in an attempt to keep Mitsubishi competitive with newer executive sedans, such as the Honda Legend and other Japanese luxury sedans as the Debonair continued to be perceived as dated in appearance. The motivation to introduce a modern looking, executive level luxury sedan also took place in what has become known as the Japanese asset price bubble period that began after

315-571: The Mitsubishi Group and affiliated companies. Aside from a very minor export push in the 1960s, the Debonair was mainly sold in Japan, although the second and third generations met with considerable success in South Korean license production. As a result of the Debonair's perceived primary purpose as a "senior executive vehicle", it did not undergo regular improvements to its exterior appearance, while

350-463: The Plaza Accord agreement in 1985. German tuner AMG was brought in to enhance this version of the Debonair, which primarily consisted of exterior body treatments. The AMG version came in two configurations; the standard length and later the Debonair V 150 AMG, with 150 mm (5.9 in) added to the wheelbase. The "150" limousine (only with the 3.0-liter engine) was first shown in October 1990. In

385-451: The 2.0-liter engine were installed in a shorter and narrower body–accomplished by fitting smaller bumpers. Fitted with the 150 PS (110 kW; 148 hp) 3.0-liter V6 engine, the Debonair would reach 195 km/h (121 mph), if it wasn't for the mandatory 180 km/h (110 mph) limiter used in Japanese cars. The Debonair took full advantage of the front-wheel drive layout to allow for much passenger space. The cavernous trunk

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420-504: The Debonair was only available in an "Executive" trim package. The badge on the front grille was changed to signify the Saturn engine was installed, and a " MCA-Jet " badge was also included. This model received the A31 model code. In October 1973, the Debonair underwent a facelift : the front turn signals were made smaller and moved upwards on the fenders, the front ventilation windows were deleted, and

455-403: The Japanese crime drama TV show Gorilla , a Debonair AMG is used. British luxury apparel manufacturer Aquascutum was also commissioned to design an exclusive interior appearance package for the Debonair, soon after the company had been purchased by Japanese textile conglomerate company Renown Incorporated ; the supercharger was installed optionally with this particular trim package. Even after

490-566: The L-shaped taillights were replaced by rectangular units. The model code was not changed. The 1976 model saw the removal of a manual transmission, leaving the only choice of a 3-speed automatic unit, sourced from Borg-Warner . When the 4G54 "Astron" (2,555 cc) four-cylinder engine was introduced June 1976, the trim package was renamed "Executive SE" and the model code became A32. The Debonair received additional technical advancements such as anti-lock braking system in 1979. The badge on

525-573: The North American Lincoln Mark series and the Jaguar Mark 1 on a luxury car. The Roman numeral identification approach was also used on Mitsubishi's top-of-the-line sports car, the Starion to identify specific trim packages. In the third quarter of 1989, a twin-cam version of the 3.0-liter V6 engine with four valves per cylinder was introduced, by which time the supercharged 2.0-liter unit

560-489: The Wikimedia System Administrators, please include the details below. Request from 172.68.168.226 via cp1108 cp1108, Varnish XID 757163180 Upstream caches: cp1108 int Error: 429, Too Many Requests at Fri, 29 Nov 2024 05:40:32 GMT Mitsubishi MCA Mitsubishi MCA stands for M itsubishi C lean A ir, a moniker used in Japan to identify vehicles built with emission control technology. The term

595-421: The doors by 600 mm (24 in) for a total overall length of 5,465 mm (215 in). This generation was also the first to install a V6 engine, and the car was called the Debonair V, with a badge on the back of the trunk, and a "V" hood ornament . The name also continued the naming of the various iterations of the previous generation Debonair by Roman numerals I, II, III, and IV, an approach shared with

630-420: The end, its availability was largely academical: in its last full year of production (1985), 205 units were sold in Japan. In total, 21,703 first-generation Debonairs were built in just over 22 years. In July 1986, Mitsubishi changed the appearance of the Debonair, as its previous version was seen as extremely rare and not a sales leader or image maker of Mitsubishi vehicles. The second-generation Debonair adopted

665-510: The first generation's production, the appearance remained generally unchanged from 1964 until 1986, sharing a tradition with the Toyota Century , that being also recognized as a senior executive sedan exclusive to the Japanese market. Although it received several minor redesigns (denoted I through IV), the vehicle proved popular enough in the Japanese market to remain in production for 22 years without major appearance modifications. The Debonair

700-472: The front grille was again changed to signify the engines displacement of "2600" and the "Astron 80" update. These were replaced by "MMC" badges in November 1982. In April 1978, responding to tightened emissions standards, Mitsubishi introduced a de-smogged model using Mitsubishi MCA and the chassis code was changed to A33. The first-generation Debonair continued in production until the first quarter of 1986. By

735-404: The installation of a positive crankcase ventilation (PCV) valve (MCA-I), followed by the addition of a thermo reactor air pump and catalytic converter in addition to an exhaust gas recirculation (EGR) valve (MCA-II) and a solenoid controlled automatic choke installed on the carburetor. The MCA-Jet system has a small third valve separate from the intake and exhaust valves. Separate passages in

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770-599: The intake manifold feed each MCA-Jet valve. Since these passages are smaller than the main intake manifold passages, the air/fuel mixture must move faster. When the faster moving air/fuel mixture from the MCA-Jet valve hits the slower moving air/fuel mixture from the intake valve, a strong air swirling effect occurs that promotes more complete combustion. With MCA-Jet it was found that stable combustion could be obtained even with large amounts of exhaust gas recirculation (EGR), NOx could be reduced, and combustion improved. Honda's CVCC Stratified charge engine approach also used

805-471: The introduction of the more modern Diamante, the Debonair underwent one last facelift, mostly in order to update the passive safety of the car. Along with light cosmetic changes, this took place in May 1991. It included a slight power upgrade for the 24-valve 3.0-liter V6 engine to 210 PS (154 kW; 207 hp). By October 1992, production of the second-generation model had ended as the third-generation Debonair

840-478: The mechanicals were routinely updated with the latest advancements as the years progressed. The engine displacement was held to the 2.0-liter limit to minimize the annual road tax bill , and if it could be justified that the car was for business use , the tax liability was further reduced. The Debonair was Mitsubishi's competitor to the Nissan Cedric , Prince Gloria , Isuzu Bellel and Toyota Crown , and during

875-477: The technologies used were: In July 1993, a limited edition, long wheelbase model called the Debonair 150 (as it was extended by 150 mm) was added to the lineup. It was only available in a single model with the 3.5-liter V6 engine and the top, Executive III equipment grade. The Debonair 150 was discontinued in September 1994, when the ine underwent a gentle update and rearrangement of the lineup. As this generation

910-522: The trim level names according to the perceived market conditions. The Debonair was discontinued in November 1999 and directly replaced by the Proudia . However, Mitsubishi also developed its first V8 engine for the Dignity limousine around this time, and it was this latter model which took position as the domestic flagship of the company. Tokyo Motor Show Too Many Requests If you report this error to

945-521: Was badge engineered and was introduced to the Asian luxury car market as the Hyundai Grandeur , giving Hyundai a luxury sedan to shuttle foreign dignitaries during the 1988 Seoul Olympics . As Mitsubishi and Chrysler had a business relationship where automotive technology was being shared and used in both Chrysler and Mitsubishi products, this generation Debonair does have some superficial similarities with

980-606: Was Mitsubishi's flagship model, the body style that was compliant with Japanese government regulations concerning exterior dimensions and engine displacement was no longer offered. The rear suspension was upgraded to a multilink approach. Much of the technology installed in this generation Debonair was shared with the GTO/3000GT . There were a multitude of trim packages with varying levels of equipment. The trim level names started with Executive (I, II, and III), Exceed, Exceed Contega, and Exceed Type A, B, and C. Each model year rearranged

1015-491: Was also designed so as to ensure that two sets of golf clubs could be carried. The Debonair was a reasonable success; sales in its first full year (1987) were 6,230 cars in Japan, compared to a mere 205 of its predecessor in 1985. A 150 PS (110 kW; 148 hp) supercharged version of the 2.0-liter engine was added to the lineup in February 1987, using the world's first needle roller rocker arm assembly. This generation

1050-410: Was being introduced. The third-generation Debonair debuted in late 1992, which were longer and wider than its predecessors. The wider range of available engines was topped by a 260 PS (191 kW; 256 hp) 3,496 L 6G74 DOHC V6 engine, and as Mitsubishi's domestic flagship incorporated much of the company's technology. It was introduced after the more mainstream 1990 Diamante. Some of

1085-501: Was dropped as the regular 2.0-liter engine received a power upgrade. Power for this version jumped from 155 PS (114 kW; 153 hp) to 200 PS (147 kW; 197 hp). This engine became the only option for the AMG version. Top speed for the 24-valve 3.0-liter V6 engine is 215 km/h (134 mph) according to period sources. In 1990, the Debonair was joined by a newer, more modern looking and sporting executive sedan, called

Mitsubishi Debonair - Misplaced Pages Continue

1120-748: Was first introduced in Japan, with later introductions internationally. The technology first appeared in January 1973 on the Mitsubishi 4G32A gasoline-powered inline four cylinder engine installed in all Mitsubishi vehicles using the 4G32 engine, and the Saturn-6 6G34 six-cylinder gasoline-powered engine installed in the Mitsubishi Debonair . The technology was installed so that their vehicles would be in compliance with Japanese Government emission regulations passed in 1968. Emission reducing technology began with

1155-403: Was largely the result of former General Motors designer Hans S. Bretzner, while the result was largely influenced by the 1961 Lincoln Continental designed by Elwood Engel , as evidenced by the slab-sided body panels, squared wheel wells, extended protrusions at the front of the vehicle, wraparound turn signals in the front, and tapered fins at the rear, with a rear taillight cluster, exhibiting

1190-476: Was not widely marketed towards the general motoring public. Production began in time for the 1964 Summer Olympics held in Tokyo in October 1964. Three distinct generations were available during its 35-year production run until it was replaced in 1999 with the Proudia in an attempt to continue to offer a top-level luxury sedan. The first and second-generation models were predominantly used by senior level executives of

1225-471: Was the largest sedan Mitsubishi had built to date. In Japan, it was sold at a specific retail chain called the Galant Shop starting in 1969 with the introduction of the Galant. At the time of the Debonair's introduction, Mitsubishi had a market reputation of building small, economical sedans, letting other manufacturers build larger, more expensive sedans. The Debonair was seen as a special purpose vehicle, and

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