Automotive safety does not mean only for the people inside the car, but also for the people outside. With this in mind Nissan developed a new technology to improve the safety of pedestrians in case of a crash: the "POP-UP ENGINE HOOD" safety technology. This mean that in the case of a crash, to help create a protective buffer space between the hood and the hard engine components underneath, the hood is designed to pop-up.
Nissan Press Release:
Nissan Motor Co., Ltd has developed an innovative “pop-up engine hood” to help reduce head impact injuries in the event of a pedestrian collision. The new safety feature will debut on
the new Skyline coupe, set for release this autumn in Japan.
The concept of the pop-up hood is based on a very simple principle: to help minimise serious head injury by creating more space to avoid collision with hard objects. In the case of a car-pedestrian collision, the engine hood is designed to pop-up instantly to help create a protective buffer space between the hood and the engine components underneath.
Upon impact with a pedestrian and based on the severity of that impact, a sensor incorporated in the bumper activates the pop-up control-unit which in turn will trigger an explosive actuator that raises the hood.
The pop-up hood also allows car designers greater freedom in having to balance the aesthetic of a streamlined hood design with the safety benefits of adding more protective space over the engine components.
On a global level, Nissan is committed to building safer vehicles equipped with advanced
safety technologies. In Japan, the company’s safety vision is to halve the number of traffic fatalities or serious injuries involving Nissan vehicles by 2015 compared with the level in 1995.
Safety Shield: Nissan’s concept of “a vehicle that helps protect people”.
Nissan is working to develop advanced technologies for proactive safety, collectively known as the Safety Shield. The state of a car is studied across six stages, from normal driving through post-accident conditions, whereby the most optimal barriers are introduced at each stage to help deliver the best possible protection to the driver and passengers.
