Based on the principle of
"Respect for the Individual", Honda continues to pursue greater safety
in all the cars we build.
This means enhanced active safety technologies to help avoid accidents, and passive
safety technologies to protect people should an accident occur.
What's more, Honda has also developed and put into practical use "Honda pre-crash
safety technology" that assesses the risk of a collision and reduces harm
in the event of a crash. Honda's safety technologies evolve further through research
and repeated testing in a variety of real-world crash scenarios.
Improving basic running, turning
and braking performance
Advancing ABS, VSA and other
control technologies
Honda Pre-Crash Safety Technology
for predicting accidents and mitigating injury when they occur
Collision Mitigation brake
System (CMS) and
E-pretensioner
Advancing G-force Control Technology
Advancing airbag systems
Honda Pre-Crash Safety Technology
continues to advance based on the concept of assessing collision risk and reducing
harm in the event of a crash. Our very first achievements in this field are the
CMS (Collision Mitigation brake System) and
E-pretensioner (driver's seat). The system uses millimeter wave radar (employed
by HiDS*) to gauge the distance to the vehicle ahead when moving, and estimates
relative vehicle speed and other parameters. When the system computer determines
a high risk of collision, the system alerts the driver with warnings, and provides
brake assistance and seatbelt control to support the driver's hazard avoidance
actions and reduce injury should a collision occur.
*Honda Intelligent Driver
Support System (HIDS)
Alleviating driver fatigue also helps to prevent accidents from occurring. Based
on this approach, we developed Honda Intelligent Driver Support (HIDS) aimed at
relieving driver stress to reduce fatigue during highway driving. HIDS provides
highway driving assistance through a combination of Intelligent Highway Cruise
Control (IHCC) - which controls vehicle speed to maintain a safe distance from
the vehicle in front - and the Lane-Keeping Assist System (LKAS), which helps
to prevent lane departure.
Millimeter radar detects a
vehicle ahead when in motion. If the system determines a collision risk as the
vehicle ahead is approached, it gives audio and visual warnings.
The system automatically applies
light braking and slightly increases seatbelt tension to deliver tactile warning
to the driver.
The system automatically applies
the brakes and securely tightens the seatbelt to reduce injury caused by impact.
Honda continues to advance
its unique G-force Control technology to reduce injuries by controlling the impact-energy
of a collision (G). One area of research is crash compatibility, which investigates
collisions between vehicles of different size, structure and hardness. This technology
both increases self-protection and reduces impact severity on other vehicles in
a collision. To successfully achieve these mutually conflicting goals, Honda designed
an energy-absorbing car body that efficiently absorbs and disperses crash energy
throughout the engine compartment. This crash compatibility body is employed for
the first time in the New Life.
Honda developed its side curtain
airbag system to more effectively reduce the risk of head injury in a side impact.
In the event of a side collision, the system assures protection over a wide area
of the head, neck and thorax for passengers of all sizes, from children to adults.
Side curtain airbag deployment is of particular benefit in preventing the head
impacting with the car's center pillar.
Picture shows an explanatory
composite image of deployed driver's and passenger's i-SRS airbag system,
front seat i-Side airbag system and curtain airbag system.