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The complete configuration of a GM vehicle (as it exited the factory) can be described by specifying the base model and a complete list of its RPO codes. [1] Some dealerships are willing to run a VIN and print out its RPOs (with their definitions) free of charge. The records are in GMs' electronic database since at least the 1990 models. RPO ...
Slated to underpin all FWD GM cars plus subcompact crossovers by 2025. [12] 2023 Cadillac CT6. VSS-R: RWD/AWD: 2023: 2023–present Cadillac CT6; The eventual consolidated successor to the Alpha and Omega platforms. Slated to underpin all RWD GM vehicles by 2025. 2025 Chevrolet Equinox. VSS-S: FWD/AWD: 2024: 2024–present Chevrolet Traverse
The "XX" is a placeholder for the last two digits of the specific assembly code for each model. As an example, the project code for the Suburban is T1YC. [2] The platform replaced the GMT K2XX series that was introduced in April 2013 for the trucks, followed by the December 2013 production of large SUVs. [3] [4] The vehicles are expected to ...
Later GM platforms (specifically transaxle based, i.e. four-wheel drive and mid-engine rear-wheel drive) benefited from components and systems developed with the A-Body. Additionally the first generation U-body minivan (1990–1996) was constructed utilizing a lightly modified version of the A-body chassis.
The GM A platform (commonly called A-body) was a rear wheel drive automobile platform designation used by General Motors from 1925 until 1959, and again from 1964 to 1981. In 1982, GM introduced a new front wheel drive A platform, and existing intermediate rear wheel drive products were redesignated as G-bodies.
The General Motors H platform (or H-body) is an automobile platform used by subcompact cars from the 1971 to 1980 model years. The first subcompact car design developed by GM, the rear-wheel drive H platform initially underpinned the Chevrolet Vega and its Pontiac Astre counterpart.
The "MN4" 4T40E is able to handle vehicles up to 4000 lb (1814 kg) GVWR. The final drive ratio can vary depending on the car's curb weight and engine power output. 3.91, 3.63, 3.29, 3.05, 3.69, and 3.42 are all of the available ratios used in the 4T40 (and 4T45) transmission; Made possible by using combinations selected from 3 different sprocket combinations (32/38, 35/35, 33/37) and 2 ...
Introduced in 1964, Turbo-Hydramatic use quickly spread across all GM divisions, and they became referred to simply as Hydramatics (like GM's original automatic of totally different design), except for the Super Turbine 400 model. By the 1970s, Turbo-Hydramatic variants had replaced all of GM's early automatic transmission designs. In Argentina ...