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1964–1974 Chrysler A833 — 4-speed manual manufactured by New Process Gear [2] 1970–1981 Chrysler A230 — 3-speed manual, all-synchromesh; 1973–1974 Chrysler A250 — 3-speed manual, 1st gear no synchromesh [3] 1975–1978 Chrysler A390 — 3-speed manual, all-synchromesh [4] 1976–1980 Chrysler A833 — 4-speed manual overdrive (NPG) [5]
1972 Plymouth Barracuda 1973 Plymouth Barracuda 1973 Plymouth Barracuda interior 1974 Plymouth 'Cuda With a new grille and single headlights (very similar to the 1970 model) and four circular taillights for 1972, the Barracuda would remain basically unchanged through 1974, with new bodyside stripes, and minor changes to the bumpers to conform ...
Manual steering ratio was changed from 20:1 to 24:1, and both power and manual steering gearboxes were new, the latter now housed in aluminum rather than iron. Most of the front suspension components were redesigned (now with balloon seals, an industry first), and it was claimed they needed lubrication only every 32,000 mi (51,000 km). [17]
The code E68 400 cu in 260 hp engine was the biggest Plymouth offered with the 4-speed, which could also be had with the 340 (1973), and 360 (1974) engines. The 318 was equipped with a 3-speed manual transmission as standard (though very few were built), and the TorqueFlite as an option, though at least one 318 engine 1974 car was built with ...
A three-speed Torque Flight automatic along with a manual transmission was offered with the 225 slant six. All models received larger front wheel bearings and increased spindle diameter. Electronic ignition became standard across the board. 1973 Plymouth Duster. Also, a Space Duster package was offered.
Radial shaft seals, also known as lip seals, are used to seal rotary elements, such as a shaft or rotating bore. Common examples include strut seals, hydraulic pump seals, axle seals, power steering seals, and valve stem seals.
The recirculating ball steering mechanism contains a worm gear inside a block with a threaded hole in it; this block has gear teeth cut into the outside to engage the sector shaft (also called a sector gear) which moves the Pitman arm. The steering wheel connects to a shaft, which rotates the worm gear inside of the block.
The increased displacement gave improved vehicle performance and lower manufacturing cost, for it was achieved with the tall RG block also used with the 225 engine by installing a crankshaft with 3.64 in (92.5 mm) stroke and connecting rods 7.006 in (178.0 mm) long, for an actual displacement of 198.3 cu in (3.2 L).