Its frontal crash structure has been improved, as has the overall body structure.
Not exact matches
A new
frontal oblique test to address a
crash type that continues to result in deaths and serious injuries despite the use of seat belts, air bags, and the crashworthy
structures of late - model vehicles;
The Advanced Compatibility Engineering ™ (ACE ™) body
structure can help distribute
frontal crash energy more evenly, helping reduce the forces transferred to the passenger cabin.
During the
crash, the dummy's head barely contacted the
frontal airbag before sliding off to the left, and the side curtain airbag deployed too late (after the time shown in the freeze frame) to offer any head protection, leaving the dummy's head exposed to contact with side
structure and outside objects.
Beginning with 2015 models built after February 2015, the front - end
structure, door sill, and hinge pillar were modified to improve occupant protection in small overlap
frontal crashes.
Beginning with 2015 models built after July 2015, the vehicle's front - end
structure and front door hinges were modified to improve occupant protection in small overlap
frontal crashes.
The ACE
structure directs
crash forces around the cabin, as well as helping mitigate
frontal collision danger.
Advanced Compatibility Engineering ™ (ACE ™) As an integral part of the Civic Type R
structure, Honda's proprietary Advanced Compatibility Engineering ™ (ACE ™) body -
structure enhances occupant protection and
crash compatibility in
frontal collisions.
ACE ™ employs a network of interconnected frame
structures that work to absorb and redirect
frontal collision forces away from the passenger cabin while simultaneously helping improve
crash compatibility with vehicles of different sizes.
Safety Advancing the Ring - Shaped Reinforcement Frame Body
Structure, the new WRX STI has realized high levels of safety and
crash worthiness through effectively absorbing and dispersing
crash impact in
frontal, side, or rear impact
crashes.
The ACE ™ body
structure improves
frontal crash energy management through a wider range of offset and oblique collision modes.
Beginning with 2017 models, the front - end
structure and bumper reinforcement were modified to improve occupant protection in small overlap and moderate overlap
frontal crashes.
The CR - V's next - generation Advanced Compatibility Engineering (ACE) body
structure helps make the CR - V highly effective at absorbing and dispersing the energy of a
frontal collision
crash.
On the safety front, the Nano comes well equipped with impact cushioning crumple zone, reinforced body
structure for enhanced
frontal crash safety, robust side doors with intrusion beams for side
crash protection, anti-roll bar for high speed stability and SUV - like ground clearance of 180 mm.
Beginning with 2015 models, the front - end
structure was modified to improve occupant protection in small overlap
frontal crashes.
This Honda system reinforces
frontal structure and improves
frontal crash energy management through a wider range of offset and oblique collision modes.
Beginning with the 2017 model year, the front - end
structure was reinforced and the driver door, lower hinge pillar, and sill were modified to improve occupant protection in small overlap
frontal crashes.
The Accord Hybrid utilizes the latest version of Honda's proprietary Advanced Compatibility Engineering (ACE) body
structure to enhance occupant protection and
crash compatibility in
frontal collisions.
In keeping with Honda's «Safety for Everyone» initiative, safety systems include Honda's exclusive Advanced Compatibility Engineering ™ (ACE ™) Body
Structure for enhanced
frontal crash compatibility.
Unlike most conventional designs that direct
frontal crash energy only to the lower load - bearing
structures in the front end, ACE actively channels
frontal crash energy to both upper and lower structural elements, including the floor frame rails, side sills and A-pillars.
Comprehensive Safety Honda's Advanced Compatibility Engineering ™ (ACE ™) body
structure provides enhanced occupant protection and
crash compatibility between vehicles of different sizes and ride heights in
frontal crashes.
The front - axle components, steering gear, engine and transmission are pre-mounted on a high - strength - steel subframe which is bolted securely to the body's side members, making it a key component in the front
crash structure of the new E-Class: in the event of a
frontal impact, the subframe forms a separate load - bearing path along which the impact energy is absorbed at specific points (see page 56).
For safety, a wide variety of standard equipment includes Honda's exclusive Advanced Compatibility Engineering ™ (ACE ™) body
structure for enhanced
frontal collision energy management and vehicle - to - vehicle
crash compatibility.
Advanced Compatibility Engineering ™ (ACE ™) The Accord Hybrid utilizes the latest version of Honda's proprietary Advanced Compatibility Engineering ™ (ACE ™) body
structure to enhance occupant protection and
crash compatibility in
frontal collisions.
Because only 40 percent of the front end is involved, this test places a far greater stress on the
structure of the vehicle than the federal
frontal crash test.
Advanced Safety Performance Utilizing Honda's second - generation Advanced Compatibility Engineering ™ (ACE ™) body
structure and «3 - bone» front floor construction, along with advanced supplemental restraint systems and available Honda Sensing ™ safety and driver - assistive technologies, the 2017 Ridgeline targets the highest available
crash safety ratings from the National Highway Traffic Safety Administration (NHTSA) and the Insurance Institute for Highway Safety (IIHS) including an a 5 - star Overall Vehicle Score in the NHTSA's New Car Assessment Program (NCAP) and a TOP SAFETY PICK + score from the IIHS, including a GOOD rating in the Institute's rigorous small overlap
frontal collision test.
Now, the IIHS has begun testing cars in a 40 mile per hour head - on
crash test that involves only the left 25 percent of the
frontal structure hitting a rigid barrier.
The TSX also gets Honda's advanced compatibility engineering body
structure, which helps minimize the effects of
frontal crashes.
Beginning with 2016 models, the driver - side A-pillar, door sill, and door internal
structure were reinforced to improve occupant protection in small overlap
frontal crashes.
Advanced Compatibility Engineering ™ (ACE ™) Body
Structure The Advanced Compatibility Engineering ™ (ACE ™) body - structure enhances occupant protection and crash compatibility in frontal collisions by distributing crash energy more evenly throughout the front of the
Structure The Advanced Compatibility Engineering ™ (ACE ™) body -
structure enhances occupant protection and crash compatibility in frontal collisions by distributing crash energy more evenly throughout the front of the
structure enhances occupant protection and
crash compatibility in
frontal collisions by distributing
crash energy more evenly throughout the front of the vehicle.
Advanced Compatibility Engineering ™ (ACE ™) Body
Structure Honda's Advanced Compatibility Engineering ™ (ACE ™) body - structure enhances occupant protection and crash compatibility in frontal collisions by distributing crash energy more evenly throughout the front of the
Structure Honda's Advanced Compatibility Engineering ™ (ACE ™) body -
structure enhances occupant protection and crash compatibility in frontal collisions by distributing crash energy more evenly throughout the front of the
structure enhances occupant protection and
crash compatibility in
frontal collisions by distributing
crash energy more evenly throughout the front of the vehicle.
The MDX uses the next - generation Advanced Compatibility Engineering ™ (ACE ™) body
structure to enhance occupant protection and
crash compatibility in
frontal crashes.
«
Structure is the key to providing good protection in a
frontal crash because if the occupant compartment buckles or crumples, the safety belts and airbags can not do a good job of protecting the people inside.
The Institute's
frontal offset
crash test into a deformable barrier is especially demanding of vehicle
structure.
This proprietary safety design is a reinforced front frame
structure that provides further enhanced
frontal crash protection.
Beginning with 2015 models built after November 2014, the front - end and occupant compartment
structure was modified to improve occupant protection in small overlap
frontal crashes.
In Fusions manufactured after January, Ford added a
structure below the accelerator pedal designed to reduce injury risk to the right leg and foot in
frontal offset
crashes.
The 2018 RLX utilizes Acura's Advanced Compatibility Engineering ™ (ACE ™) body -
structure technology to enhance occupant protection and
crash compatibility in
frontal collisions.
Unlike most conventional designs that direct
frontal crash energy only to the lower load - bearing
structures in the front end, the RDX's latest ACE ™ body
structure actively channels
frontal crash energy to both upper and lower structural elements, including the floor frame rails, side sills and A-pillars.
SAFETY Like all Acura models, the TL features the Advanced Compatibility Engineering ™ (ACE ™) body
structure, which enhances occupant protection and
crash compatibility in
frontal crashes.
The new RDX's Advanced Compatibility Engineering (ACE) body
structure is an exclusive body design that enhances occupant protection and
crash compatibility in
frontal collisions.