Despite being 41 pounds lighter than the previous - generation unibody,
global rigidity of the new 2019 Acura RDX body structure is up 38.3 percent which supports improved fine - tuning of the suspension systems for superior ride and handling performance.
Engineers say the chassis, or «architecture,» is 38 percent stiffer in «
global rigidity» than the 2018 model.
Not exact matches
Subaru's redesigned SUV uses the company's all - new
global platform, which increases the
rigidity of the body structure by 70 percent.
[78][79] The next Prius is the first vehicle to use the Toyota New
Global Architecture (TNGA) modular platform, which provides a lower center of gravity and increased structural
rigidity.
It rides on the new Subaru
Global Platform which ups body and chassis
rigidity by 70 %, and the...
Like the original Toyota, Scion says the C - HR name means «Compact size and High Ride height» and rides on Toyota's New
Global Architecture (TNGA) that also supports the new 2017 Toyota Prius, with a promise to deliver a «lower centre of gravity, increased body
rigidity, more responsive handling and improved ride comfort.»
The UX marks a series of technical innovations, including the first use of the new
global architecture platform GA - C, which delivers fundamental high structural
rigidity and a low center of gravity, thus securing excellent... Read more →
As the first car to come on the modular Toyota New
Global Architecture — which will later be seen underpinning Corollas and other cars in this class — the Prius is also lower slung and torsional
rigidity is a substantial 60 - percent better.
Based on the Toyota New
Global Architecture (TNGA) modular platform, the 2018 Camry claims superior handling characteristics thanks to a 30 - percent increase in torsional
rigidity, a lighter body, and a new double - wishbone rear suspension design.
Under the skin, the 2019 Avalon is riding on the latest Toyota New
Global Architecture platform, which mixes lightness and torsional
rigidity in equal amounts for a comfortable, yet connected ride.
Toyota claims that the new TNGA platform (TNGA = «Toyota New
Global Architecture») improves on the torsional
rigidity of the current Camry by 30 per cent.
The UX marks a series of technical innovations, including the first use of the new
global architecture platform GA - C, which delivers fundamental high structural
rigidity and a low center of gravity, thus securing excellent ride quality and stability.
It's based on the new Subaru
Global Platform, which brings a host of improvements including increased structural
rigidity, and changes to the suspension setup.
Under the skin, the new Prius is the first car to ride on the Toyota New
Global Architecture (TNGA) which is said to lower the centre of gravity and increase torsional
rigidity (claimed to be up to 60 % stiffer than before).
The all - new Subaru
Global Platform dramatically increases the
rigidity of the Crosstrek through the increased use of high - tensile materials, as well as a strengthened structure at the sides and back of the vehicle.
Improved Body
Rigidity Compared to the previous Civic generation, the new 2016 Civic Sedan body's global bending rigidity increases 19 percent and its torsional rigidity increases 23
Rigidity Compared to the previous Civic generation, the new 2016 Civic Sedan body's
global bending
rigidity increases 19 percent and its torsional rigidity increases 23
rigidity increases 19 percent and its torsional
rigidity increases 23
rigidity increases 23 percent.