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Adaptive Brake is an intelligent brake system which adjusts its braking according to the driving situation. It does so as to achieve the best possible and safe braking of the vehicle. Manufacturers term this system as adaptive brake technology.
The main aim of employing adaptive brake technology is to reduce the brake response time so that the driver could bring the vehicle to a stop safely.
The system analyzes the behavior of the vehicle ahead with the help of a radar-based sensor. The adaptive brake system also determines the critical situation and keeps the braking system prepared for the response.
If the brake pressure in the line increases to the desired level, the brake pads move closer to the brake disc even before the driver presses the brake pedal. This improves the response time significantly. Thereby, it allows the driver to control the vehicle easily.
Adaptive Brakes also integrate the Hill Start Assist and Hold function by working in unison with the ESP. A firm push of the brake pedal activates the HOLD function when the vehicle is in the stationary condition.
This prevents the unwanted vehicle movement in the forward or reverse direction without the need of the driver to push the brake pedal.
The Global automotive adaptive braking system market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Toyota Innova Hycross to get ADAS in India – Toyota Safety Sense 3.0 is the brand’s latest set of active safety features; will debut on the Innova Hycross in India.
The Innova Hycross will be the first Toyota model to come with this safety bundle. The Indonesia-spec version of the MPV, which made its debut recently as the Innova Zenix, comes with Toyota Safety Sense 3.0, the latest version, and we expect the same to be carried over to the India-spec model.
Toyota Safety Sense 3.0, or TSS 3.0, gets almost the same features as the outgoing TSS 2.5, but has been optimised for better performance. Overall, the system has been improved by extending the detection range of the monocular camera and the millimetre-wave radar.
