Purpose

I will try my best to provide detailed info on various cars and what is like to live with them, I have already produced a few for Jaguar-car-forums, I will do my best to be unbiased, but it will be hard for some cars. I will re-produce press releases and copy from other motoring news.
Showing posts with label JNCAP. Show all posts
Showing posts with label JNCAP. Show all posts

Saturday, 22 April 2017

The next generation Subaru XV will host even more safety technology.

The All-New Subaru XV has won the Grand Prix Award for achieving the highest score on record in Japan’s New Car Assessment Program (JNCAP) crash safety evaluation tests.
In addition; the XV received the Special Award for being fitted with a pedestrian protection airbag as standard. XV is fitted with a suite of active, passive and pre-crash safety technologies, including Subaru’s flagship EyeSight system.
EyeSight is Subaru’s optical advanced collision avoidance technology. Systems from other manufacturers use various sensors, such as radar, microwave or camera; EyeSight functions via two camera lenses to the left and right of the rear-view mirror that together create a stereoscopic image.
One core feature of EyeSight is Pre-Collision braking which reliably captures pedestrians in dark clothing in un-lit areas, as commonly found throughout rural areas of the UK, and when needed initiates emergency braking. Up to a speed of 28mph accidents can be completely avoided and the severity significantly reduced at higher speeds. 
In 2015, Subaru released data from a survey of traffic accidents involving Subaru vehicles in Japan from 2010 to 2014. The data revealed a 61% reduction in crashes for vehicles equipped with EyeSight, compared to those without. 
Subaru’s Rear Vehicle Detection system is also fitted as standard; offering blind spot detection, lane change assistance and reversing assistance to enhance all-round preventative safety. 
The XV is built on the new Subaru Global Platform which has been engineered to be 70% more rigid. Impact energy absorption is improved by 40% over present models by using a frame structure that absorbs more energy and high-tensile steel plates.