Passive Safety Centre – Pedestrian
![Passive Safety Centre - Pedestrian 1 Pedestrian Safety Hero](https://vehicletesting.solutions/app/uploads/2021/10/Pedestrian-Safety-Hero.jpg)
HORIBA MIRA’s pedestrian test capability has been continuously developed over 15 years to give a high-quality service and rapid turnaround.
![Passive Safety Centre - Pedestrian 2 ABSTRACT BG5](https://vehicletesting.solutions/app/uploads/2021/11/ABSTRACT_BG5.jpg)
Passive Safety Centre – Pedestrian
![Passive Safety Centre - Pedestrian 3 Pedestrian safety video cover](https://vehicletesting.solutions/app/uploads/2021/11/Pedestrian-safety-video-cover.jpg)
![Passive Safety Centre - Pedestrian 4 Pedestrian Safety Laboratory4](https://vehicletesting.solutions/app/uploads/2021/12/Pedestrian-Safety-Laboratory4.jpg)
With experienced staff, a fully climate-controlled laboratory, dedicated instrumentation and high-speed video equipment, it provides a complete service.
We can help test and develop products from individual components to complete vehicle prototypes.
![Passive Safety Centre - Pedestrian 5 Pedestrian 5](https://vehicletesting.solutions/app/uploads/2021/10/Pedestrian-5.jpg)
A complete suite of impactors gives the capability to perform any type of testing:
- Headforms Adult (4.8kg) Small Adult (3.5kg) and Child (2.5kg)
- Euro NCAP / Japan / GTR 4.5kg Adult headform
- Upper Leg WG17 / EC / Euro NCAP
- Lower Leg WG17 / EC / Euro NCAP
![Passive Safety Centre - Pedestrian 6 Pedestrian 3](https://vehicletesting.solutions/app/uploads/2021/10/Pedestrian-3.jpg)
Features of HORIBA MIRA’s pedestrian facility include:
- Equipment and software developed in-house for targeting and aligning the headform which ensures every impact is exactly where it is supposed to be, well within the permitted tolerance.
- An accurate independent measurement of the headform velocity before impact, for every test, using a laser-based system.
- Lower-leg tests conducted using a long acceleration distance to ensure the foam at the rear of the leg is not compressed before the impact on the vehicle