The air suspension lowers itself into a more aerodynamic ride height that both lowers the center of mass, which improves stability at high speeds, and
reduces air turbulence beneath the SUV, which reduces aerodynamic lift and drag, further contributing to the feeling of a more planted ride.
The highly efficient drivers deliver high sound pressure levels for maximum effect, and distortion is minimized thanks to
reduced air turbulence.
Voluptuous shapes evacuate hot air from the front - mounted engine and
reduce air turbulence generated by the wheels.
The «vented» taillight design includes special outlets and lip to help guide air away from the body for
reduced air turbulence and improved rear lamp visibility in bad weather.
In order to achieve the impressively low drag coefficient of just 0.29 Cd, the BMW 3 Series Gran Turismo comes equipped with front apron air curtains and new air breathers situated behind the front wheels which are designed to
reduce air turbulence, and therefore drag.
Fender fairings before the front and rear tires reduce airflow into the wheel house, improving aero characteristics and
reducing air turbulence.
Gone is the standard hood, now replaced by a power - bulge aluminum hood with cold - air intake and dual air extractors for optimized removal of heat and
reduced air turbulence in the engine compartment.
The silencer is also aerodynamically shaped, another Civic first, to help improve airflow underneath the vehicle, helping to improve fuel efficiency, reduce emissions, and further
reduce air turbulence - inducing noise at highway speeds.
Not exact matches
The four front
air intakes not only help
reduce drag and lift in concert with the
turbulence - fighting side gills and rear diffuser, but they also work to meet the increased cooling needs of the eight - speed automatic transmission, high - performance ventilated brakes with cross-drilled rotors, and revised 4.4 - liter twin - turbo V - 8 engine.
Grille more vertical to
reduce drag while bumper vents channel
air over front wheels to
reduce turbulence.
(Eliminating worries about cockpit
air turbulence and
reducing the need for the obligatory postdrive brushing of hair, our style enthusiast notes.)
The entire body was lowered by around 130 mm to
reduce the amount of
air passing under the car, while the underbody was made smooth with a flat panels and a diffuser to
reduce the
turbulence of any
air that does find its way under the car.
Behind the X6's front apron is an «
air curtain»
reducing turbulence around the front wheels.
Other new design features compared with the standard Civic on which the Type R is based include a new front bumper that has been shaped to
reduce turbulence around the front wheels, a wide front splitter, flared wheel arches, which at the front allow
air in as extra cooling for the engine, and larger front grilles, also for increased cooling.
They include the
air deflectors on the front wheel arches, the Air Curtains integrated into the outer air intakes of the front apron and the Air Breathers in the fenders, which team up to reduce turbulence in the front wheel arch
air deflectors on the front wheel arches, the
Air Curtains integrated into the outer air intakes of the front apron and the Air Breathers in the fenders, which team up to reduce turbulence in the front wheel arch
Air Curtains integrated into the outer
air intakes of the front apron and the Air Breathers in the fenders, which team up to reduce turbulence in the front wheel arch
air intakes of the front apron and the
Air Breathers in the fenders, which team up to reduce turbulence in the front wheel arch
Air Breathers in the fenders, which team up to
reduce turbulence in the front wheel arches.
The front windscreen is shaped to
reduce turbulence for the cabin passengers, deflecting the
air around and above their heads, keeping the level of ventilation within the cockpit to an optimal level for a sunlit environment.
In addition, the Rogue's exterior is designed to
reduce the drag co-efficient to 0.33 and mitigate
air turbulence behind the body, using spoilers, under - body covers, front tire deflectors, and specially - designed rearview mirrors.
Its extremities bristle with aerodynamic features which sole purpose is to
reduce turbulence and increase downforces creating a driving machine that slips through the
air and sticks to the road.
A wide front splitter and deep side skirts also manage airflow and
reduce lift, while the front bumper has been shaped specifically to inhibit
air turbulence around the front wheels, enhancing high - speed stability and
reducing lift forces.
Flowing from the seamless sweep of a lower bonnet line and steeply raked windscreen, the new, stepped roof profile further
reduces drag, whilst the rear spoiler is now fully integrated within the rear roofline, connecting seamlessly with the rear pillar to minimise
turbulence in
air flowing astern from the vehicle.
The escaping
air stream covers the side of the front wheels like a curtain, thereby
reducing aerodynamically unfavourable
turbulence around the wheel arches.
We think it looks pretty good, and once again, it's somewhat functional, as the upgraded side skirts direct the atmosphere around the flanks of the vehicle for
reduced turbulence and a sleeker cut through the
air.
Audi is claiming
air turbulence has been
reduced, with road and wind noise «much lower» than the old R8 Spyder.
The
Air Breathers, located behind the front wheels, help to
reduce turbulence generated in the front wheel arches when the vehicle hits a certain speed.
Even the Camry's side mirrors were redesigned to better control
air flow
reducing turbulence and noise.
Air Curtains in the lower air intake at the front of the car and Air Breathers behind of the front wheels reduce turbulence in and around the wheel arches all improving aerodynamic efficien
Air Curtains in the lower
air intake at the front of the car and Air Breathers behind of the front wheels reduce turbulence in and around the wheel arches all improving aerodynamic efficien
air intake at the front of the car and
Air Breathers behind of the front wheels reduce turbulence in and around the wheel arches all improving aerodynamic efficien
Air Breathers behind of the front wheels
reduce turbulence in and around the wheel arches all improving aerodynamic efficiency.
Also unique are extended side skirts and underneath are trim panels and end plates leading to a diffuser at the rear to
reduce turbulence and control
air flow.
A wide front splitter and side skirts also work to
reduce lift, while the front bumper has been shaped to minimize
air turbulence around the front wheels.
Meanwhile, «
air curtains» at the front apron
reduce turbulence and therefore drag around the front wheels.
The composite front and rear body panels are new, adding «
air blades» at the front to
reduce turbulence around the wheels, and a «motorsport - derived» diffuser at the back to increase downforce.
When lowered, it tucks away under a body - coloured hard tonneau cover which also helps to
reduce wind
turbulence at speed, allowing occupants of the «double cockpit» to enjoy fully the sounds and sensations of open
air performance motoring.
Lateral
air curtains at the front bumper enhance the aerodynamics by
reducing turbulences in the wheel arch area.
Together with the
Air Curtains, these elements
reduce turbulence and aerodynamic drag at the front wheels.
Aerodynamic design elements like M - specific
air breathers
reduce turbulence, while the M rear diffuser optimizes airflow.
A-pillar molding on its front end minimizes drag, while integrated front - bumper
air curtains
reduce turbulence.
Wide but also extremely aerodynamic, the cabin design allows both a roomy interior and a quiet ride as
air slips smoothly over the flush - mounted acoustic glass and other drag - and
turbulence -
reducing design details.
Dramatically
reduces port
air turbulence for greater bass impact and lower distortion with less amplifier power.
The
air curtains cut into the front fenders to
reduce turbulence in the wheel wells, while the tall
air vents right behind the doors look cool while emphasizing the 500's extra width.