Mercedes (W166) ML 2013- air shock absorber
Mercedes (X166) GL 2013-front shock
ML-Class (W166) Models Include: ML250, ML350, ML400, ML500, ML550
& ML63 AMG
GL-Class (X166) Models Include: GL350, GL450, GL500, GL550, GL63
AMG
OE Number:
1663201313 1663201368 1663202738 1663205166
1663205566 1663206713 1663206913 1663207113
A1663201313 A1663201368 A1663202738 A1663205166
A1663205566 A1663206713 A1663206913 A1663207113
1663201413 1663201468 1663202838 1663205266
1663205666 1663206813 1663207013 1663207213
A1663201413 A1663201468 A1663202838 A1663205266
A1663205666 A1663206813 A1663207013 A1663207213
What is air suspension?
As a starting point, it is important to discuss what is air
suspension and how does it differ from traditional suspension
systems? The main difference between a traditional shock or strut
is that they have a dampening mechanism set to a certain ride
control feel while an air suspension system uses an air compressor
in combination with air struts and suspension air bags to control
the feel of the ride.
HONGGU Air suspension has several advantages over traditional
shocks and struts. The first is that the ride quality is often
controlled by the driver of the vehicle. Therefore, if you want a
softer ride you can set your air suspension system to deliver that
and vice versa if you are looking for a stiffer, rougher ride. The
second advantage is that you can control ride height, some systems
are advanced in that they automatically control this for you. The
final advantage of an air suspension system is weight management.
If you load the back of your SUV with a large amount of groceries
from the store, the air suspension system either automotically
adjusts to handle it or you can manually adjust it. For traditional
shocks and struts the level of rebound is set and therefore no
matter what the weight of your load is, you have to stick with it.
This often creates a sagging rear end when carrying a heavy load.
Air Suspension Advantage :
1. Air springs increase spring rate and vastly improve vehicle
stability, that means a safer and more comfortable ride.
2. Soaks up bumps, reduces the frequency of vibration while driving
on the road, prevents the damage of the other parts from the heavy
loading vehicles.
3. The cushioning principle is adopted, the shock absorption
performance is obviously improved, and the passenger comfort is
improved.
Air Suspension Work
Instead of the metal spring mechanism, strong rubber bags act as
air containers. The bags are then connected to an air compressor
and an air reservoir. The compressor does the job of inflating and
deflating the bags, which is how the car gets raised and lowered.
The resulting effects are a smoother ride and versatility in
performance. These systems come with a control unit that's located
inside the car to give the driver complete control over the system.
As this set-up is just a modification of a traditional system,
changing how your car performs is just a matter of purchasing a
kit.
Air Suspension Function:
1. Aftermarket high Performance Air Suspension Strut Shocks
2. With low noise, friction and long lifespan
3. Reduce the frequency of vibration while driving on the road
4. With an improved design featuring a new Continental air spring
bladder
Makes the ride more comfortable and gives the driver more control
of ride height
Air spring
Air springs have been used in heavy duty vehicle suspension systems
for nearly a century, where they have been able to provide
usefulness by taking advantage of the compressed air required for
vehicle braking systems. Air springs have provided a two-fold
advantage over mechanical leaf- or coil-springs. One advantage with
air suspension is the extra comfort provided by being able to vary
the air pressure inside the spring, which changes the spring rate,
and therefore, ride quality. Additionally, because variable control
over air pressure adjusts the deck or trailer height, aligning
loading docks to the level of the deck is possible when dock plates
are unavailable.
Air Springs Information
Air springs contain a column of air in an elastomeric bellow or
sleeve to provide suspension, isolation, or actuation. Commonly
found in vehicle suspension systems, occasionally in conjunction
with a coil spring, they are also used to insulate vibration in
machinery and as linear or angular actuators.
