Eleanor Norton. Toyota. October 17th , 2017.
Despite the increased use of high-tensile-strength sheet metal and hot stamping materials resulting in a lightweight body, further weight reduction has been achieved through the fitment of an aluminum hood, while new construction techniques have led to the use of thinner body panels for the roof, hood, trunk lid, front and rear doors and front fenders when compared with the previous model. Laser Screw Welding (LSW) has been incorporated at key junctures throughout the body/platform for increased joint rigidity. A special high-rigidity urethane adhesive has been applied to both the windshield and rear window where it meets the vehicle body that helps to realize increased body rigidity.
The all-new Camry’s TNGA-based body/platform has created a new dimension of design freedom that includes an extended wheelbase and a wider vehicle stance, realizing a stylish and sporty new design aesthetic. Along with the new platform, an all-new 2.5-liter four-cylinder Dynamic Force Engine, new Direct Shift-8AT eight-speed automatic transmission and a new double wishbone rear suspension design are all representative technologies that have evolved through TNGA. The most noticeable change for the driver will be that TNGA will deliver an unprecedented level of driving enjoyment through dynamic and spirited handling capability.
Three new colors join an expanded exterior palette for the new Toyota Camry. New colors include Wind Chill Pearl, Brownstone, and Galactic Aqua Mica. They join holdovers, Super White, Celestial Silver Metallic, Predawn Gray Mica, Midnight Black Metallic, Ruby Flare Pearl, Blue Streak Metallic, and Blue Crush Metallic. Camry XSE models will also offer a Midnight Black Metallic roof option mated to a choice of Blue Streak Metallic, Celestial Silver, or Wind Chill Pearl body colors. The exterior palette will be mated to interior colors in either Ash, Macadamia or Black. A sporty Cockpit Red interior is available on the XSE.
Just like the Prius, the PCU is lighter and more compact as a result of integrating microcontrollers and using a new power stack structure, allowing the unit to be packaged directly above the transaxle. This new design lowers the vehicle’s overall center of mass and allows for a lower hood height. Another key change to the PCU is a revised DC-DC converter (converts a source of direct current from one voltage level to another) that sees its control output optimized. including the conversion to AC power - - helping to reduce the vehicle‘s overall power consumption. What‘s more, the output filter for the DC-DC converter has been redesigned so that it is more dimensionally compact (improved packaging/weight savings) and produces less noise (reduced NVH).
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