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Toyota Highlander / Toyota Kluger (2013–2020) XU60. Toyota Harrier (2013–2020) XU70. Toyota Highlander / Toyota Kluger / Toyota Crown Kluger (2019–present) XU80. Toyota Harrier / Toyota Venza (2020–present) ACU Platform (2AZ engine) 2007–present Toyota Harrier; 2002–2007 Toyota Kluger; ASU Platform (1AR engine) 2007–2013 Toyota ...
The marketing name for the transmission is the "Direct Shift – 8AT 8-speed automatic transmission" [3] [4] Unlike the UB 80 transmission, which was developed for Toyota by Aisin AW, the UA 80 was developed in a joint venture between Toyota and Aisin AW. Due to global application, development was done in a global fashion involving engineering ...
Every Toyota vehicle has a model code which describes the basic vehicle (e.g. Corolla), its generation and major options (engine type, gearbox type, body style, grade level). The model codes fall into three periods, 1937 to late 1950s, late 1950s to late 1970s and late 1970s to present.
The Highlander (or Kluger in Japan and Australia) shared a platform with its XU30 series Lexus RX/Toyota Harrier cousin. It came in five (2001–2007) and seven-seat (2004–2007) configurations and became a sales success for Toyota in a number of markets across the world.
The P-series (HSD) are Hybrid Synergy Drive transmissions used in Toyota and Lexus hybrids for FWD-based platforms. [1] [2] Models: P110 1st generation Prius (1998-2000) P111 1st generation Prius (2001-2003) P112 2nd generation Prius (2004-2009) P210 Estima Hybrid (2001-2005), Alphard Hybrid (2003-2008)
Toyota Motor Corporation's A family is a family of automatic FWD/RWD/4WD/AWD transmissions built by Aisin-Warner.They share much in common with Volvo's AW7* and Aisin-Warner's 03-71* transmissions, which are found in Suzukis, Mitsubishis, and other Asian vehicles.
General Motors, some 1989–1995 Ford vehicles (DCL), and some 1989–1995 Toyota/Lexus vehicles have a live sensor data stream available; however, many other OBD-I equipped vehicles do not. OBD-I vehicles have fewer DTC's available than OBD-II equipped vehicles.
Toyota sought to enhance the drivability pattern of the engine (over the 3VZ) at exactly 3000 rpm, since that was the typical engine speed for motors cruising on the highway. The result was less cylinder distortion coupled with the decreased weight of rotating assemblies, smoother operation at that engine speed, and increased engine efficiency.