900 NG (1994-1998) The second or 'new' generation Saab 900 (also referred to as the GM900 or NG900 among enthusiasts) was built on GM's GM2900 platform as a replacement for the "classic" first-generation Saab 900. This all-new 900 was produced in 1994 through 1998 model years. In mid-1998 it received over 1100 individual improvements (although some were actually introduced on the 1998 model 900), and was renamed the Saab 9-3 (in most markets; in the US the new model was introduced in 1999). Variants Variants included 900i (4-cylinder, non-turbo), S (4-cylinder, non-turbo in the USA; sometimes turbo in other markets) and SE (4-cylinder turbo or V6) models in three-door, five-door and convertible body styles. For 1997 and 1998 only, there was also a Saab 900 Talladega, after a record-breaking endurance test in 1996, on the Talladega Superspeedway. Trim levels in "S" and "SE" models varied greatly in the models although in general SE models included Automatic Climate Control (ACC), leather interiors, wood-trimmed dashboards, and 16" wheels. Depending on market, the NG900 was available with a choice of 2.0 L or 2.3 L Saab 16-valve DOHC engines (Saab engine codes B204 and B234) in naturally aspirated or turbocharged form (2.0 L only), as well as a 2.5 L version of GM's European 54° V6 engine. Engine management for the turbos was by Saab Trionic 5 with Direct Ignition (SDI) and Automatic Performance Control (APC), and for non-turbos by Bosch Motronic fuel injection. A distributor-operated ignition system was provided for naturally aspirated engines in some markets. In contrast to the 'classic' Saab 900 with its longitudinally mounted engine and front-hinged hood (bonnet), the NG900 had a more-common transversely mounted engine with rear-hinged hood (bonnet). The convertible variant was introduced in 1995 (1994 is a continuation of the C900 line). Convertibles were produced at the Valmet plant in Finland. Convertibles were available in both "S" and "SE" trim levels. Sensonic The 'Sensonic' clutch variant (available on Turbo models only) provided a manual gear lever as in a standard manual transmission car but omitted the clutch pedal in favor of electronics which could control the clutch faster than an average driver, essentially turning it into a clutchless manual transmission. When the driver started to move the gearshift, a computer-controlled microprocessor would drive an electric motor, in turn, operating a hydraulic actuator connected to the clutch master cylinder, which used hydraulic fluid, and controlled the