Libby Wade BMW, 2017-11-04 19:54:21. The agile handling characteristics of the BMW i3 are improved still further by the optimised Dynamic Stability Control (DSC) system. This comprehensively revised, faster responding traction control system guarantees confident handling under all driving conditions. The BMW i3 now features a globally unique form of wheel speed limiting that ensures increased directional stability, both under dynamic acceleration and on the overrun with strong regenerative braking. Traction during pull-away on snow and wet roads has also been noticeably improved. DTC (Dynamic Traction Control) mode now boosts agility at higher speeds and during sporty cornering, even allowing mild and safely controllable drifts when grip levels are reduced.
Eve Fitzgerald Toyota, 2017-10-18 07:11:18. Along with the traditional Camry Hybrid system drive modes of NORMAL, ECO and EV, a new SPORT drive mode setting has been added that allows for an increase in power from the hybrid system for improved acceleration response relative to pedal input. The NORMAL, ECO, and SPORT modes can each be used while EV mode is activated. The Toyota Camry Hybrid also features the new Auto Glide Control (AGC), which helps to improve fuel efficiency by calculating an efficient coasting logic. When driving normally, engine braking will slow the vehicle down when the driver lifts off from the accelerator pedal. However, to avoid aggressive engine braking, AGC limits the loss of vehicle speed through an automatic drive setting that acts more like a neutral gear, allowing the vehicle to coast to the stoplight.
Mollie Slater Toyota, 2017-10-17 20:36:29. Among the many features on the 2018 Camry is the standard Toyota Safety Sense™ P (TSS-P) suite of safety systems and technologies that is helping to make gradual progress towards Toyota Motor Corporation’s ultimate goal of "zero casualties from accidents." This multi-feature advanced active safety suite bundles cutting edge active safety technologies including Pre-Collision System with Pedestrian Detection (PCS w/PD), Dynamic Radar Cruise Control (DRCC), Lane Departure Alert with Steering Assist (LDA w/SA); and Automatic High Beams (AHB). Select models will also come with standard Blind Spot Monitor (BSM) with Rear Cross Traffic Alert (RCTA). The available Intelligent Clearance Sonar (ICS) also includes a new Rear Cross Traffic Braking (RCTB) system.
Niamh Hart Toyota, 2017-10-18 07:13:15. 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.
Millie Lowe Toyota, 2017-10-17 20:36:12. 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.
Caitlin Duncan Toyota, 2017-10-18 07:14:04. Like the front, the rear features an athletic motif that melds flowing lines and complex shapes to form a sculpted landscape. Looking closely at the C-pillar’s detail reveals a multitude of surfaces that reflect light from all angles. A distinct crease extends from the slim multicolor taillights down to the bumper, effectively "pushing" the wheels outward in appearance to create a wide posture akin to that of a premium sports sedan. The exclamation point here is provided by a newly designed "C A M R Y" badge that gives the car an upscale identity. Camry will be available in five grades: L, LE, XLE, SE and XSE. The sportier SE and XSE grades wear a noticeably different body style than the entry level L and LE, and premium XLE grades, highlighted by a sculpted rocker panel, new 19-inch black machined-finish alloy wheels (standard on XSE and optional on SE) a subtle rear spoiler lip, aggressive front bumper, and rear bumper with a lower diffuser. The face is much more distinctive with large side intakes flanking the lower bumper’s unique "Catamaran-inspired" accents, a high and slim upper intake encompassing the central Toyota badge, and a powerfully expressive gloss black mesh grille. A unique rear bumper with distinctive corner lines and smoke-tinted rear combination lamps highlight the changes at the rear.
Eleanor Norton Toyota, 2017-10-18 07:11:40. The new front seats have improved ergonomics, providing maximum comfort with a newfound level of ease and engagement to match the Camry’s elevated performance and athleticism. Rear-seat accommodations are more refined than ever too, with improved comfort and ergonomics. Exquisite stitching on the front- and rear-seat surfaces is but one example of the high level of craftsmanship found throughout the vehicle. Development of the all-new Camry has been advanced by Toyota‘s company-wide implementation of Toyota New Global Architecture (TNGA). TNGA builds upon Toyota‘s engineering and design strengths to make every new vehicle even better, with the all-new Toyota Camry being the first vehicle to take full advantage of the new architecture for creating fun-to-drive vehicles.
Shannon Griffin Toyota, 2017-10-18 07:13:40. The fortified body includes additional gussets for the front/rear door frame (B-pillar) that have greatly increased the frame/joint strength. Also, the front suspension tower brace embedded within the cowl body now makes use of a closed cross-section construction, further advancing the vehicle’s dynamic handling prowess and stability in the corners. At the rear of the vehicle, a new rear body frame of annular construction enhances structural rigidity, joined by additional braces added to the rear suspension that can withstand higher levels of lateral force and increase the vehicle‘s lateral rigidity.
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