2020 Toyota Corolla Unveiling

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Published on November 16, 2018 4:02:21 AM ● Video Link: https://www.youtube.com/watch?v=JC-Y-pSfKqc

Duration: 10:58

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Platform: The Strong, Silent Type
A super-rigid structure, lower center of gravity and highly refined suspension tuning endow the Corolla sedan with exemplary handling agility and ride comfort, along with a distinctive driving personality. This high-strength platform is fortified through the increased use of ultra-high-tensile steel as well as the application of new structural adhesive technology for enhanced body rigidity and occupant safety. Specifically, torsional rigidity is improved by 60 percent compared to its predecessor.

The new body uses a totally new multi-load path front structure to absorb frontal collision impact forces and disperses collision energy to help prevent deformation of the occupant compartment. High-tensile steel in the rocker panel reinforcements and the upper kick panel; wider underbody side members; strengthened rear bumper reinforcements, and thicker dashboard panel, floor panels, and underbody tunnel all improve energy dispersion in the event of a collision.

A squared figure-of-eight reinforced ring-shaped structure around the door openings, along with larger-diameter impact beams for the front and rear doors, are designed to help in the event of a side collision.

Sport Sedan Handling, Sedan Comfort
The 2020 Corolla sedan looks the part of a fun-to-drive sport sedan, and the chassis delivers on the promise. The multi-link rear suspension is a major advance over the torsion beam setup used in the previous model, more adept at comfortably absorbing bumps while also ratcheting up agility.

The MacPherson strut front suspension, totally revised for this platform, uses sophisticated techniques, including a strut bearing mounted coaxially with the kingpin axis. This feature allows smoother upward suspension travel, especially while traversing bumps, resulting in more comfortable steering feel.

Overall, front and rear suspension friction has been reduced by 40 percent. Newly developed shock absorbers have been tuned to provide optimal damping force for dynamic handling and stability with exemplary ride comfort.

Foundation for Safety
The 2020 Corolla sedan features eight standard airbags and Toyota’s Star Safety System, which includes Enhanced Vehicle Stability Control, Traction Control, Electronic Brake-force Distribution, Brake Assist, Anti-lock Braking System, and Smart Stop Technology. All Corolla sedan models come equipped with a standard backup camera.

Toyota Safety Sense 2.0
Significantly, all 2020 Toyota Corolla sedan models are equipped standard with Toyota Safety Sense 2.0, an advanced suite of integrated active and pre-collision safety features.

PCS (Pre-Collision System): Uses both a millimeter wave radar sensor and a forward-facing camera sensor for highly accurate detection of objects such as a vehicle or pedestrian or bicyclist in front of the vehicle. If the PCS determines there is a high probability of a collision, or if it deems a collision is unavoidable, the system is designed to automatically activate the brakes to help avoid the collision entirely or mitigate the impact force.

DRCC (Dynamic Radar Cruise Control): Designed for highway use, has a vehicle-to-vehicle distance control mode that utilizes a millimeter wave radar sensor and camera sensor to maintain a pre-set follow distance from the preceding vehicle. The Full-speed DRCC version, standard on CVT models, is also capable of low-speed following, including stop-and-go traffic. The Corolla sedan is designed to stop when the vehicle ahead comes to a stop, maintaining an appropriate distance to it. The driver enjoys more relaxed driving in situations that can be annoying and fatiguing, while also gaining a measure of safety.

LDA (Lane Departure Alert) with Steer Assist: Provides the driver with audible and visual warnings (vehicle positioning warning image shown in the Multi-Information Display) and, if necessary, is designed to provide steering assistance if it determines the possibility of deviation from the driving lane. It is also designed to detect vehicle sway (excess weaving within the driving lane) that might indicate driver distraction, inattention or drowsiness.

LTA (Lane Tracing Assist): LTA, available on CVT-equipped models, is enabled when LDA and DRCC are both on and active. LTA employs a lane centering function that is designed to make constant steering inputs to help the driver keep the vehicle in the center of its lane. LTA is designed for uses on relatively straight highways to preemptively avoid unwanted lane departures and reduce driver fatigue.

AHB (Automatic High Beams): When enabled, the AHB system uses an in-vehicle camera to help detect the headlights of oncoming vehicles and taillights of preceding vehicles, then automatically switches between high and low beams as appropriate.

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