Nowadays, modern life is unimaginable without an air suspension in your vehicle. For many drivers owning a car means comfortable rides. While choosing a car, we try to take into consideration many details. Of course, the first thing which we check is the look, but another most important thing is suspension, the part of a car that determines its performance. Hence due to the importance of the part, many discuss which type can be the best and most reliable.  

Below we will differentiate air suspension from others. We’ll explore how the pneumatic system works, its pros and cons, why the system might be the most comfortable one, what are other suspension systems and how they work. And at last but not least, we will explore an amazing tool that every Mercedes car-owner should have, for changing an automobile level. 

Exploring the air suspension and other suspension systems

Before going into details of the air suspension system, let me explain in simple words, what the suspension means. In simple words, the suspension is the system that connects an automobile to its wheels. It includes tires, tire air, springs, shock absorbers, and linkages. An automobile might have differently designed suspensions for rear and front parts. 

Three types of the suspension system

People started using the first suspension system for carriages, centuries ago. After centuries of development, we’ve received three types of suspension systems: Hydro-gas; Hydrolastic; and air matic suspension. Each of them has its own specification and differs from each other. Let’s shortly review each of them. 

  1. Hydrolastic Suspension – The main characteristic is that the liquid under high-pressure functions as a damping medium. Shifting rubber works as a spring. Two valves at right angles to one another determine the liquid’s movement. As soon as liquids’ pressure increases, The upper valve opens. And the lower valve opening the same way, allows the liquid to flow downwards. 
  2. Hydrogas Suspension – It has two main parts: a damper unit and an internal spring, located at each wheel. The feature was created for amending the previous hydrolastic system. 
  3. Airmatic Suspension – The air ride suspension works with the following sequence. Firstly, incoming air passes through the filter, where the system filters dust. After this, the air passes into the compressor. Here, the air pressure increases up to about 250 MPa from the atmospheric pressure and is sustained in the accumulator tank. The accumulator tank opens when the air pressure increases above 250 MPa. 
Air suspension and other options

The characteristic of the air suspension 

In order to understand why the pneumatic suspension system is considered the most reliable one, we should dive a bit deeper into a suspension system. As you already know, Spring is one of the components of a suspension system that plays a big role. Without springs, automobiles can’t maintain the height on the ground and adapt to various road conditions. 

Air spring vs Coil spring and Leaf spring

Springs, likewise, to suspension systems are three different types. Reviewing all the spring types, helps us to understand the main differences.

  • Leaf springs – Leaf springs were invented in the 18th century in France. It includes multiple layers of metal, called leaves, bent into an arc. The arc and friction from the leaves rubbing against each other allow the automobile to hold the weight of the vehicle. Leaf springs were the most popular for rear-wheel drive vehicles, but after appearing the front wheel automobiles, it lost popularity. 
  • Coil springs – After releasing the front wheel automobiles in the industry, coil springs replaced the leaf springs. Coil springs are wrapped around an axis. This design allows the spring to compress and expand, helping the wheel absorb motion. 
  • Air springs – The most sophisticated air suspension includes tough rubber and plastic bags that can be inflated and deflated for adjusting an automobile’s level. These bags use electronic controls, as well as air sensors and compressors, to adapt suspension upon the road surface. 

All in all, the airmatic suspension system’s main character, which distinguishes it from others is that it uses air and shock absorber as a working fluid. The system isolates the vehicle’s body from the vibration derived from the road inconsistency. Hence, while driving a car, you can enjoy comfortable rides no matter the road surface, or load. Modern cars are equipped with factory electronically controlled air or hydraulic suspension systems, which allows you to change suspension level depending on your needs. Besides, the outstanding specification of the system is its longevity. You won’t have to change the front air springs at least for 10-15 years, and the rears last much longer.

Changing the suspension level

While talking about the airlift suspension we should mention the must-have tool for any Mercedes car-owner. The tool is designed specifically for the Mercedes airmatic system and works via OBD II diagnostic port. By using the tool, you can set your vehicle at the desired level in seconds! 

For using the tool, you don’t have to cut wires. No experience or knowledge of a vehicle is necessary. You should simply plug in the module at diagnosis and that’s it! You are ready to choose desired height from three modes, Low, Custom, and Factory. 

  • Low – The Low option gives you the possibility to lower your car with -32mm in the front and rear parts.
  • Custom – By selecting this feature you can select preferable height upon your wish for the front and rear parts separately (Min -70mm; Max +40mm;)
  • Factory – By choosing the mode, car level goes back to factory settings;

Remember, you can set an automobile level at the factory height at any time. So, if you change your mind, you can always adjust the air suspension upon your wish. 

Adjusting suspension level

Reasons to use the Mercedes lowering module

Another thing that I admire in the Mercedes lowering tool is that you can lower and increase an automobile level in one tool. Let me describe shortly the benefits that you can get from the device.

  • Increasing vehicle level – If you love spending vacations or holidays outside the city, in mountainous areas, and don’t have an SUV, the tool helps you! You can increase the suspension level by using the tool in seconds. 
  • Changing the look – Everyone agrees that lowered suspension cars are more attractive and attention-grabber; 
  • Faster acceleration and quicker stops – There are stiffer springs in lowered suspension vehicle, which means less weight transfer, hence when you hit the gas or brake, you get a faster response;
  • Less rollover risk – It’s a well-known fact that lowered air matic suspension decreases the center of gravity and we get less rollover risk while cornering.
  • Useful for a person with a disability – Lowered car makes it much comfortable to enter and exit;
  • Improved responsiveness – In a lowered suspension car it’s much easier to feel how the vehicle acts on a different surface of roads. Being closer to the ground increases responsiveness;
  • Less lean in corners – A lower center of gravity decreases the weight of the shift, which determines reduced lean of a vehicle;
  • Space issue – If you have a roof rack on the car and garage with a low ceiling, you certainly need the tool;

Takeaway

To summarize, we’ve learned how the air ride suspension works, what distinguishes it from others. The list of advantages of the system is too long, but the outstanding specifications are following:

  • You can enjoy a comfortable ride no matter the road surface, bumps, and load;
  • Longevity. Usually, the front air springs last at least for 10-15 years, and the rears much longer;
  • You can adjust an automobile level by using the tool at the airmatic system; 

Besides, we’ve learned how to adjust an automobile level in seconds, the benefits we get by using the Mercedes lowering module. I’m sure you will test it on your “best buddy” and share feedback with us. Good luck!

In the modern world, daily life is unimaginable without an automobile. Owning a car is so comfortable and enjoyable. If you don’t own an automobile, you might plan to get it. In both cases, if you wish to be a Mercedes car-owner, you should have some knowledge about its suspension system. I’m sure while choosing a car you would check its technical details, besides the look. Learning all the vehicle parts can be a boring and time-consuming process, but the suspension is the exception! This is the main part of an automobile that determines comfortable rides. For that reason, I’ve prepared short and useful information that helps you to learn all the needed details about the Mercedes air suspension, how it works, what distinguishes it from other systems, what determines its reliability, and how to adjust the height of an automobile in seconds.

Mercedes air suspension – all about airmatic system

As discussing vehicle parts can be boring, I’ll try to describe it in simple words. So, before moving into details of the Mercedes Airlift Suspension, let’s define what is the suspension itself. The suspension is a system of springs, tires, shock absorbers, tire air, and linkages that combines an automobile with its wheels. An automobile might have differently designed suspensions for rear and front parts. Suspensions can be divided into three types (Dependent, Independent, and Semi-dependent) depending on the movement of a wheel while in a motion. It determines how successfully the car can pass the challenge, no matter the road surface. Hence, suspension is a part that is responsible for our comfortable rides.

The earliest form of suspension was used for carriages. As a result of the long development, we have got three different systems: Hydro-gas; Hydrolastic; and airmatic suspension. Each of them has its’ own specification and differs from each other. 

The main specification that distinguishes the airmatic system from others is that it uses air and shock absorbers as a working fluid. It isolates the vehicle’s body from the vibration derived from the road inconsistency. In airlift suspension, air springs are located on the front and rear axles, and it works with the following sequence. Firstly, incoming air passes through the filter, where the dust is filtered. After this, the air passes into the compressor. Here, the air pressure increases up to about 250 MPa from the atmospheric pressure and is sustained in the accumulator tank. The accumulator tank opens when the air pressure increases above 250 MPa. 

The longevity of the air suspension system

The other thing that you should know about the Mercedes air suspension, is a longevity issue. In other words, the lifespan of a system determines its reliability. Good news! You won’t have to change the front air springs at least for 10-15 years, and the rears last much longer.

The only downside of the system is that replacement might cost more than a thousand dollars. 

Models of the Mercedes air suspension 

Did you know that the first car that worked on a pneumatic suspension appeared in 1957? It was a Cadillac Eldorado Brougham. Since that time, many manufacturers started releasing automobiles with air suspension, due to the reliability and comfort. The first Mercedes airmatic car was released in 2000s. The first model was W220 from S-class, which worked with the pneumatic suspension and Adaptive Damping System (ADS).

Nonetheless, the system offers the most comfortable ride, not every model has the Mercedes air matic suspension system. Here is the list of models that have an airlift suspension system. 

  • GLE Coupe 
  • CLS Coupe 
  • S-Class 
  • GLS SUV 
  • S-Class Maybach 

If you own a car from the above-mentioned list or plan to buy one of them, you can be sure that comfortable rides are ahead. Besides knowing the model names, there is another way to check whether the car has the Mercedes Pneumatic suspension or not. If you see a black “bladder” from the front axle, then it’s airmatic. But in case you see steel springs there, then your car isn’t equipped with the pneumatic suspension system.

How to adjust the Mercedes air suspension level? 

As agreed at the beginning, you would explore how to change an automobile level in seconds. Nonetheless changing vehicle level might be associated with a boring, long process, the Mercedes Air ride suspension lowering tool will change your mind. The tool is designed specifically for the Mercedes airmatic system and works via OBD II diagnostic port. By using the tool, you can set your vehicle at a desired level in seconds!

How to use it

For using the tool, you don’t have to cut wires. No experience or knowledge of a vehicle needed. You should simply plug in the module at diagnosis and that’s it! You are ready to choose desired height from three modes, Low, Custom, and Factory. 

  1. Low – The Low option gives you the possibility to lower your car with -32mm in the front and rear parts.
  2. Custom – By selecting this feature you can select preferable height upon your wish for the front and rear parts separately (Min -70mm; Max +40mm;)
  3. Factory – By choosing the mode, car level goes back to factory settings;

The other thing which I admire about this device is that you can set an automobile level at the factory height at any time. So, if you change your mind, you can always change it upon your wish. 

Mercedes air suspension in details

Why to use the Mercedes Air suspension kit

As you already know, by using the Mercedes lowering tool, you can easily change a vehicle level. But do you know what other benefits can give you the device? By changing an automobile’s height, you change its look automatically. Changing the look, either by raising or lowering the height can give you other advantages as well. For instance, by raising the height of a car, you won’t have to rent an SUV for your vacation in mountainous areas. You can simply increase the height of your car and that’s it, you can enjoy ride nonetheless of the road surface. 

By lowering a vehicle, you get a less rollover risk. It’s a well-known fact that lowered suspension decreases the center of gravity and we get less rollover risk while cornering. Also, being closer to the ground increases responsiveness and you get a faster acceleration and quick stops. The device is unchangeable for a person with a disability, a lowered car makes it much easier to enter and exit. 

The list of advantages is much longer than I’ve mentioned above. I’m sure you will find them and share your feedback after testing it on your vehicle. 

Takeaway

To conclude, we’ve covered all the needed information about the Mercedes Air ride kit. Now you know what makes it outstanding and reliable, how it works, which models have the system. Besides, we’ve explored an amazing tool, the Mercedes lowering device, that helps you to change vehicle level upon your wish, in seconds! After reading all the above-mentioned, I’m sure you already have a broad knowledge about the airmatic system and can’t wait to test the tool on your car.

If you are reading this article, it means that either you own a car working with air suspension, or plan to buy a vehicle with the system. In both cases, you should know how does airmatic suspension work. Purchasing and owning a car is a time-consuming process, you should search for all the needed information. On the one hand, reading technical details about automobiles might seem boring, but on the other hand, it is an unchangeable way for making a good decision. A vehicle consists of many different parts, but I would emphasize the suspension system, which is one of the most important parts. 

There are dozens of information about automobiles. Reading and filtering the most useful one takes additional time. For that reason, I’ve made a great bunch of information that helps you to better understand and get to know to the suspension system. So, let’s start exploring our “best buddies”. You will find answers to many questions such as: which part determines our comfortable ride, what is the suspension system, how it works, what is the must-have tool for any car-owner? 

How does Airmatic suspension work? – Development of the suspension system and its forms

As you already know, I always emphasize the importance of suspension in any car model and think that it’s one of the most important parts. After reading all the below-mentioned information, I’m sure you will understand why do I think so. So, let’s start exploring all needed information about the suspension, its development, forms, and how does air suspension work. A lot consider that car components are boring and complicated, but I’ll do my best to make it easier to understand. So, what is suspension, and why it is so important? In simple words, it is a system of springs, tires, tire air, shock absorbers, and linkages that links a vehicle to its wheels. Suspension protects any cargo and vehicle itself from damage and wear. It has developed over the years. 

Three types of the suspension system

The suspension system has a long development history. The earliest form of suspension was used for carriages. It had a swing platform on iron chains and was attached to the wheeled frame of the carriage. By the 18th of century, leaf springs came as the earliest forms of suspension and started development. After a century, elliptical springs changed the leaf springs. Each part of suspension continued development. As a result of the long development, we have got three different systems: Hydro-gas; Hydrolastic, and an Airmatic. Below you can find a short description of each system.

  1. Hydrolastic 

In this system, the moving component fit at each wheel. Another characteristic is that the liquid under high-pressure functions as a damping medium and shifting rubber works as a spring. The liquid’s movement is determined by two valves, which are located at right angles to one another. As soon as liquids’ pressure increases, the upper valve opens. And the lower valve opening the same way, allows the liquid to flow downwards. 

  1. Hydrogas 

The Hydrogas Suspension System was created in England, to amend the lapse of the previous, hydrolastic suspension system. That system has two main parts: a damper unit and an internal spring, located at each wheel. 

  1. Airmatic 

Modern airmatic suspension passed a long development process over years and centuries. In the Air Suspension System air springs are located on the front and rare axles. The airmatic suspension system isolates the vehicle’s body from the vibration derived from the road inconsistency. Modern cars are equipped with factory electronically controlled air or hydraulic suspension systems, which allows you to change suspension level depending on your needs. Below I’ll introduce you an exciting must-have tool, that helps you to change car level in seconds!

How does airmatic suspension work? Detailed explanation

How does it work?

To answer the main topic “How does Pneumatic suspension work”, let me describe the process. The system works with the following sequence. Firstly, incoming air passes through the filter, where the dust is filtered. After this, the air passes into the compressor. Here, the air pressure increases up to about 250 MPa from the atmospheric pressure and is sustained in the accumulator tank. The accumulator tank opens when the air pressure increases above 250 MPa. 

How does Airmatic suspension work for Mercedes compared to other systems?

After reading all the information, now you know what is the suspension system, how it developed over the centuries, and how does it work. You know that there are three types of suspensions, but do you know what distinguishes the airmatic suspension from other systems? The main character of the air suspension, which distinguishes it from other systems is that it uses air and shock absorbers as a working fluid. Now let’s move on and find out more about the Mercedes air system.

Mainly Mercedes has started releasing models with an air suspension since the 2000s. In the beginning, only C-class models had such a system, but later the variety has increased. Everybody agrees that riding a Mercedes automobile offers enjoyable rides. The comfort is determined by the suspension system. As you already know, in pneumatic suspension air springs are located on the front and rare axles, which automatically adjust to the driving conditions, speed and load. Hence, if you drive a Mercedes working with the airmatic system, you don’t need to worry about road surface, you will still get a comfortable ride! Nonetheless of the possibility to adjust accordingly to the road conditions, did you know that there is a lowering tool, that helps you to adjust car level even more than the air suspension offers? Let’s move on and explore the Mercedes lowering tool.

How does Airmatic suspension work after using the Mercedes lowering tool?

Now since you know all the needed information about the most important part of the vehicle, let me share with you some information about must-have tool. The Mercedes lowering tool adjust car level in seconds. It works via OBD II diagnostic port. For using the tool, you don’t have to cut or solder any wires. You should simply plug in the module at diagnosis. Activation takes only seconds! After attachment, you can choose the desired mode by using the steering wheel or the combination of additional buttons. It takes only 10 seconds to switch from mode to mode. 

The cool thing is that you can lower or increase car level upon your wish, from its modes. Using the tool doesn’t affect on suspension or any other part of vehicle, but changes automobile height, through suspension. The device has 3 modes and it allows you to manage automobile height upon needed circumstances. 

  1. Factory – By choosing the mode, vehicle level goes back to factory settings. If you change your mind, you can reset it at any time; 
  2. Low – The Low option gives you the possibility to lower your car with -32mm in the front and rear parts.
  3. Custom – By selecting this feature you can select preferable height upon your wish for the front and rear parts separately (Min -70mm; Max +40mm;)

So, if you ever thought about changing the look of your automobile, improving aerodynamics, faster acceleration and quicker stops, then you should get the kit! And remember, using the tool in untraceable, as you can always set the vehicle at a factory level. 

How does Airmatic suspension work for Mercedes?

Conclusion

You might found all the above-mentioned information overwhelming, but all in all, we’ve learned what is suspension, how it developed over the years, what are the main three types of the system, what distinguishes air suspension from others, and how does pneumatic suspension work. Now you know that you can use the Mercedes lowering tool at any time and change the look of your “best buddy” in seconds! So, let’s test it on your automobile and share the feedback.

Do you plan to buy a Mercedes W211, or do you already own the model? No matter, in both cases you should know details about the vehicles’ main part – suspension. You might wonder why I consider it as the most important, but since the detail determines our comfortable rides, I guess it deserves our attention. Below I’ll share with you detailed information about suspension developments, their types and you will better understand why a pneumatic system is outstanding. 

It’s notable that one certain model might have the pneumatic suspension, and the other one doesn’t… Do you know whether you own a W211 airmatic or not? Below you can find a list of automobile models that work on the system. Also, I’ll explain how to check if your “best buddy” works on a pneumatic system. Besides, I’ll introduce you to an amazing device that helps you to adjust automobile level in seconds! Does it sound exciting? Let’s start exploring.

W211 airmatic suspension development

I guess you have researched before getting an automobile. Purchasing a car is not just exciting, but also a time-consuming process. You have to find the model that meets the best on your requirements, budget, hobby, location, etc. I’d say that by choosing a W211 air suspension you’ve made a good decision, especially since it works with the air system. Did you know that Mercedes has started manufacturing models with airmatic suspension since the 2000s? 

Another interesting fact about the model is that Mercedes has manufactured it with two different types of air suspension, the standard four corner Airmatic, and the rear air leveling. To find out which airlift suspension model your automobile has, check the shifter console for a button that you can use to manually raise your vehicle’s height. That feature is available only in the four corner Airmatic models.

After reviewing details about the suspension, you’ll better understand why riding is so comfortable with the pneumatic system. So, let’s review how we’ve got the modern airlift suspension. In simple words, the suspension is a system of springs, tires, shock absorbers, tire air, and linkages that combines a vehicle to its wheels. It is the main part of the car which determines the comfort of your ride. It protects any cargo and vehicle itself from damage and wear. The earliest form of suspension was used for carriages in the 18th century and since then continued development over the years and centuries. As a result of the long development, we have got three different systems: Hydro-gas; Hydrolastic; and an Airmatic. Each of them has its’ own specification and differs from each other. In order to better understand the advantage of an air suspension, let’s review all three systems. 

What you need to know about W211 airmatic

Three types of suspension systems 

  1. Hydrolastic – In this system, the liquid functions as a damping medium under high-pressure, and shifting rubber works as a spring. The liquid’s movement is determined by two valves, which are located at right angles to one another. The upper valve is opened upon liquids’ pressure increase. And the lower valve opening the same way, allows the liquid to flow downwards. 
  2. Hydrogas – There are two main parts in the system: a damper unit and an internal spring. They are located at each wheel. The feature was created for amending the previous hydrolastic system in England. 
  3. Airmatic – The system works with the following sequence. Firstly, incoming air passes through the filter, where the dust is filtered. After this, the air passes into the compressor. Here, the air pressure increases up to about 250 MPa from the atmospheric pressure and is sustained in the accumulator tank. The accumulator tank opens when the air pressure increases above 250 MPa.

I know, on the one hand, all the above-mentioned information might seem confusing… To sum up, the advantage of W211 airlift suspension compared to others is that it uses air and shock absorbers as a working fluid. Air springs are located on the front and rare axles, which automatically adjust to the driving conditions, speed and load. Hence, you don’t have to worry if your car is crowded or the road condition is not perfect. You get comfortable rides on both good and bad roads with the Mercedes air suspension. 

Which Mercedes models have air suspension besides W211 airmatic? 

As you already know Mercedes has started releasing models with air suspension since the 2000s. In the beginning, only C-class models had such system, but later the variety has increased. Nowadays, the following models work on the airmatic system:

  • GLE Coupe 
  • CLS Coupe
  • S-Class
  • GLS SUV
  • S-Class Maybach

Since there are some cases when the same model cars don’t work with the same suspension system, I’ll explain how to check W211 pneumatic suspension. If you see a black “bladder” from the front axle, then it’s airmatic. But in case you see steel springs there, then your car isn’t equipped with the pneumatic suspension system. Besides, there is another way to check the issue, you should look for a button with a car icon and an upwards arrow. A message appears on display showing those details, in case your car is upgraded. 

How to change the level of Mercedes W211 airmatic suspension?

Now, since you already know all the needed information about W211 air ride suspension, let me introduce the must-have device for your automobile –Mercedes lowering tool . I’m sure you’ve thought about changing the car level many times, but all the operations cost a lot… You have to visit the service center, waste time and money, but the device solves the issue. It is designed specifically for Mercedes air ride suspension and adjusts car level in seconds! It works via OBD II diagnostic port. For using the tool, you don’t have to cut or solder any wires. You should simply plug in the module at diagnosis. Activation takes only seconds! After attachment, you can choose the desired mode by using the steering wheel or the combination of additional buttons. You can switch between the below-mentioned modes in 10 seconds.

  1. Factory – By choosing the mode, an automobile level goes back to factory settings. If you change your mind, you can reset it at any time; 
  2. Low – The Low option gives you the possibility to lower your car with -32mm in the front and rear parts.
  3. Custom – By selecting this feature you can select preferable height upon your wish for the front and rear parts separately (Min -70mm; Max +40mm;)

Using the tool on your W211 air matic suspension, helps you to improve responsiveness, change the look, and get faster acceleration and quick stops. The cool thing is that you can decrease or increase height upon your wish and needs at any time. The module is untraceable, as you can always choose factory mode and set the automobile on the factory height. Hence, there are no drawbacks to refrain from using the kit. 

How does W211 airmatic suspension work?

Conclusion

All in all, after reviewing all the details about the suspension system, its development and its differences, we’ve learned what distinguishes the air system from others. I guess now you know why is so comfortable the Mercedes Benz W211 airmatic and how to differentiate pneumatic systems on your automobile. Now you know how to adjust vehicle height in seconds and I’m sure can’t wait to test it on your “best buddy”. So, let’s try and share your feedback. Good luck!