In a cabriolet, the lack of a roof often results in
reduced body rigidity.
Not exact matches
With the development of new chassis, Toyota has focused on increasing
rigidity of
body structures, with a 30 to 65 percent increase planned, and on
reducing the weight of components and lowering the cars» center of gravity.
The 034Motorsport Adjustable Solid Rear Sway Bar is made from a single piece of high - quality, 22.2 mm thick spring steel for maximum
rigidity, and is designed to combat understeer while
reducing body roll under hard cornering.
The more compact exterior dimensions and expanded use of lightweight materials help
reduce weight, while at the same time the
body structure has been extensively reinforced, improving
rigidity.
of torque (10 percent increase), with better fuel economy and increased refinement 6,000 - mile maintenance schedule for all gasoline engines Improved steering linkage for 4x4 models Trailer Sway Control added to available Electronic Stability Program (ESP) Tire Pressure Monitoring (TPM) system available 2007 MODEL YEAR YES ® Essentials Stain resistant, odor resistant, anti-static seat fabric incorporated into vehicles with cloth seats Power accessory delay E85 compatible 4.7 - liter V - 8 engine (Flexible Fuel Vehicle — FFV) Optional Electronic Stability Program (ESP) Optional remote start One - touch, three - blink lane change feature 2006 MODEL YEAR Multi-displacement System (MDS) on 5.7 - liter engine is a fully functioning cylinder deactivation system on a pickup truck (first for segment) and enables fuel economy improvements of up to 20 percent Variable Line Pressure (VLP) feature on four - speed automatic transmission (mated with 3.7 - liter V - 6 engine) results in improved fuel economy and smoother shifts Front - axle disconnect system (standard on 4x4 models) minimizes energy consumption and improves fuel economy NV244 full - time electric transfer case standard on all 4x4 models delivers 45/55 front / rear torque split when four - wheel drive is activated Optional all - wheel - drive electronic transfer case «Tow / haul» feature provides crisper shifts and
reduces gear searching when towing Re-engineered hydroformed, fully boxed frame with increased torsional
rigidity and bending stiffness for enhanced ride and handling capability and
reduced transfer of noise Reduced drag brake calipers contributing to enhanced aerodynamics Coil - over shock, double wishbone front suspension on 4x4 models Specifically tuned monotube shock absorbers Re-tuned springs, jounce bumpers and suspension bushings for enhanced driving dynamics Re-engineered body mount design results in quieter cabin experience and more comfortable ride Re-engineered engine and transmission mounts for enhanced ride and handling characte
reduced transfer of noise
Reduced drag brake calipers contributing to enhanced aerodynamics Coil - over shock, double wishbone front suspension on 4x4 models Specifically tuned monotube shock absorbers Re-tuned springs, jounce bumpers and suspension bushings for enhanced driving dynamics Re-engineered body mount design results in quieter cabin experience and more comfortable ride Re-engineered engine and transmission mounts for enhanced ride and handling characte
Reduced drag brake calipers contributing to enhanced aerodynamics Coil - over shock, double wishbone front suspension on 4x4 models Specifically tuned monotube shock absorbers Re-tuned springs, jounce bumpers and suspension bushings for enhanced driving dynamics Re-engineered
body mount design results in quieter cabin experience and more comfortable ride Re-engineered engine and transmission mounts for enhanced ride and handling characteristics
Front
body torsional
rigidity is improved by 10 percent with an extensively revised
body structure, which includes a new front suspension cradle to
reduce front
body lateral bending, new rear structural reinforcements, and an underbody «V - bar» to help
reduce rear lateral bending.
Unlike most cars that have bolted on fenders and
body panels, the SL is comprised entirely of spot welded panels to increase
rigidity and
reduce rattles.
It's a worthwhile option to select, as without it the ride lacks the suppleness afforded with it, and on smoother surfaces under hard cornering there's more
body roll than is comfortable — though that's also partly due to the convertible's
reduced rigidity.
According to Mercedes, the move to an aluminium construction has helped the new G - Class
reduce its kerb weight by 160 kg in comparison to the current steel -
bodied model, while providing a 30 percent increase in torsional
rigidity.
The 2016 Pilot also incorporates an all - new 3 - bone platform while also utilizing high and ultra-high strength
body materials, which together
reduce noise, vibration and harness (NVH), improve handling, increase
rigidity and
reduce weight.
The extensive use of strategically located high - tensile steel
body structures
reduces weight, improves weight - distribution and increases
body rigidity, all of which promote consistent, predictable handling behavior and sharper steering responses.
Through extensive computer - aided engineering, structural
rigidity was increased by 28 percent, while the
body - in - white mass was
reduced by 133 pounds (60.5 kg).
Utilization of high - tensile steels has grown from 40 to 60 %, thus
reducing the weight of the car
body while increasing its strength and
rigidity at the same time.
Audi has created a vehicle
body consisting primarily of high - strength and ultra-strong steel panels — which, in turn,
reduce the car's weight while enhancing its
rigidity, vibrational comfort, and impact safety.
The 500C features fully stamped
body - side panels retaining the hatchback 500's profile (door frames, roof pillars and side windows) to increase structural
rigidity,
reduce scuttle shake, and retain side and curtain airbags — in trade for a less open experience than a fully pillarless convertible.
Basic performance for the ultimate riding experience In addition to a specially - tuned suspension and high
rigidity body, both driving stability and premium ride comfort are realized by the use of newly developed tires specialized for ride comfort and
reduced road vibration.
Thicker
body frame with a closed cross-section and other enhancements improve
rigidity for greater handling stability and
reduced road noise
Key Engineering Features The 2017 Ridgeline features several unique advancements in
body design and materials that significantly improve overall
rigidity, while
reducing weight.
One example is inside the hollow B - pillars, where composite stiffeners, together with structural foam, help improve
body rigidity while
reducing weight.
The 2016 Pilot also incorporates an all - new «3 - bone» platform while also utilizing high and ultra-high strength
body materials, which together
reduce noise, vibration and harshness (NVH), improve handling, increase
rigidity and
reduce weight.
To review:
Rigidity has been increased by 70 percent,
body roll has been
reduced by 50 percent, and the Sport model will feature active torque vectoring.
Carbon fiber reinforced plastic (CFRP) cabin enhances high
body -
rigidity and
reduces weight.
The exceptional
rigidity of the unit
body reduces bending and twisting, which directly improves NVH characteristics.
This contributes to higher
body rigidity and
reduced weight, which directly benefits ride and handling, interior quietness, performance and efficiency, and long - term durability.
Noise, Vibration and Harshness (NVH) Reduction Structural improvements in the unit -
body and the greatest use of high - tensile steel in Accord Hybrid history provides exceptional
rigidity that
reduces bending and twisting, which directly improves NVH characteristics.
The quantity of Advanced High Strength Steel has almost doubled to 53 % while at the same time
reducing the weight of the
body - in - white by 28 kg and increasing
rigidity by 22 % in comparison to its predecessor.
The car also packs a carbon fiber
body that helps to
reduce weight while also improving the car's torsional
rigidity and center of gravity.
Going forward, Mazda remains committed to
reducing vehicle weight and improving dynamic performance while also maintaining a high level of
body rigidity and excellent crash worthiness, in order to provide all its customers with driving pleasure and outstanding environmental and safety performance.
Torsional
rigidity is improved by 20 % compared with the previous generation Focus, and the stiffness of individual suspension attachment points is increased by up to 50 %,
reducing flex for better
body control.
The Accord should be a sharp handler thanks to a stiffer
body made from 54.2 percent high strength steel and the increased use of structural adhesives to increase
rigidity and
reduce weight.
The RDX's new
body architecture employs advanced engineering and assembly techniques to simultaneously increase
rigidity and
reduce weight.
The use of high - performance structural adhesives in the
body construction to
reduce weight and improve
rigidity (an Acura first)
Use of MSM has been shown to
reduce the
rigidity of cells in the soft tissues of the
body.