When it comes to prosthetics, fit is everything. A well-fitted prosthetic doesn’t just help you move — it helps you live better, with comfort, balance, and confidence. But what many people don’t realize is that the suspension system plays a big part in how well your prosthetic fits and stays in place.
The suspension system is what holds your prosthetic to your limb. It’s the invisible force that keeps everything working together. If the suspension doesn’t do its job, the prosthetic can feel loose, unstable, or even painful. You might find yourself adjusting it all day. You might lose trust in it altogether.
What Is a Suspension System — And Why It Matters So Much
To understand suspension systems, imagine wearing a shoe that doesn’t quite stay on your foot. Maybe it slips when you walk, or your heel lifts up every time you take a step. Now imagine trying to walk like that all day.
It would be tiring, frustrating, and eventually painful. That’s what a poorly suspended prosthetic can feel like. The suspension system is what keeps the prosthesis connected to your body — securely, comfortably, and without slipping.
When the suspension system works well, your prosthetic feels like a part of you. It stays in place when you move. It gives you the confidence to take strong, steady steps.
You’re not thinking about your prosthetic falling off or shifting around. You can focus on your life instead of constantly adjusting or worrying.
Suspension isn’t about holding the prosthetic tight. It’s about holding it right. The goal is to keep the socket — the part that holds your residual limb — snug without squeezing too much.
If the suspension is too loose, the prosthetic can slide or twist. If it’s too tight, you might feel pressure, pain, or skin damage. So it’s about finding that sweet spot: secure, stable, and natural-feeling.
Different types of prosthetics use different kinds of suspension systems. Some rely on suction, others on vacuum pressure. Some use sleeves, straps, or mechanical locks.
Each one works a little differently, and each has its strengths. But the purpose is always the same: to hold the prosthetic in place so that you can move with ease and confidence.
How Suspension Affects Fit and Movement
Suspension isn’t something you see. It’s something you feel. When the suspension system does its job, you barely notice it.
But when it’s not working right, the problems show up quickly — in how you walk, how you stand, and how your limb feels by the end of the day.
A good suspension system improves balance. It keeps the socket and limb working as one. Without it, your prosthetic might feel like it’s always a few seconds behind you — like it’s dragging or swinging out of sync.
That’s not just uncomfortable. It’s dangerous. Poor suspension can lead to falls or missteps. It can make you walk unevenly, which can lead to pain in the hips, back, or knees.
Another big factor is weight distribution. A well-suspended prosthesis doesn’t bounce or shift with every step. Instead, the weight moves naturally with your body.
That reduces strain on your joints and muscles. It also reduces fatigue. You won’t feel like you’re fighting the prosthetic to get through the day.
And then there’s the emotional side. When your prosthetic feels secure, you move with more trust. You stand taller. You take longer walks.
You interact with people without feeling self-conscious. That kind of confidence makes a big difference — not just in your body, but in your whole mindset.
Why Suspension Problems Often Go Unnoticed
One of the biggest challenges with suspension systems is that problems don’t always show up right away. In the beginning, a small bit of looseness or slipping might seem harmless.
Maybe you feel a little shift in the socket when you walk, but it goes away after a few minutes. Or maybe the prosthetic only feels loose when you go up stairs. So you brush it off and keep going.
Over time, though, those small shifts can lead to bigger issues. Constant movement inside the socket creates friction. That can lead to blisters, bruising, or skin breakdown. Your limb might swell from repeated impact.
Or you might start walking in a way that protects your sore spots, which throws your posture off. These are slow changes, and that’s what makes them hard to spot.
Some people get used to the feeling of poor suspension. They think it’s normal for the prosthetic to wiggle a little, or to need adjustments throughout the day.
But it’s not. A good fit should hold steady from morning to evening. You shouldn’t have to stop and fix things just to feel comfortable.
Another reason people miss suspension issues is because they think it’s a problem with the socket itself. That’s understandable — the socket is what you see and feel. But in many cases, the socket is fine.
It’s the suspension system underneath that needs attention. If the sleeve is worn out, if the suction isn’t holding properly, or if the liner doesn’t seal right, the whole system becomes unstable.
That’s why regular checkups with your prosthetist are so important. They can check not only the shape and fit of your socket but also the performance of your suspension system.
If something’s wearing out or slipping, they’ll catch it early and fix it before it affects your health or safety.
Suspension Systems Aren’t One-Size-Fits-All
Everyone’s body is different. Your limb shape, skin type, activity level, and personal comfort all play a role in how your prosthetic should fit.
That means there’s no single suspension system that works for everyone. What feels perfect for one person might not work at all for another.
For example, someone who’s very active might need a system that can handle high movement without losing suction.
Someone with sensitive skin might prefer a softer, less compressive system. Others might need a combination — suction and sleeve, or vacuum with extra padding. It all depends on your body and your lifestyle.
At Robobionics, we always work closely with users to match the suspension system to their specific needs. We know that comfort isn’t just about how something feels — it’s about how it performs throughout the day.
A well-chosen system lets you do more with less effort. It lets you forget about your prosthetic and focus on what matters most.
Common Types of Suspension Systems and How They Work
There are several types of suspension systems used in modern prosthetics, each with its own unique way of connecting the prosthetic to your residual limb. Understanding how they work can help you make more informed choices about your care.
The right system can improve your comfort, help you move better, and give you more trust in your prosthetic every day.
Suction Suspension Systems
Suction systems are one of the most commonly used types, especially for below-knee prosthetics. They work by creating a seal between your limb and the socket.
Once your limb is inside, air is pushed out through a valve, creating a gentle vacuum that holds everything in place. This suction keeps the prosthetic snug and prevents it from slipping off.
When it’s done right, suction provides a clean, simple fit with no straps or bulky external parts. It’s often comfortable because the pressure is spread evenly around the limb.
You may feel a light pull when you walk, but it’s not painful — it just means the prosthetic is staying with you.
However, suction needs a pretty exact fit to work well. If the socket is too loose, air can sneak in and break the seal. That causes the prosthetic to shift or even fall off.
On the other hand, if it’s too tight, the pressure can cause swelling or make it hard to put the prosthetic on.
Some users with suction systems might need to use a sleeve that goes over the top of the socket and onto the thigh. This sleeve helps hold the suction in place and keeps air from entering the system.
But it can sometimes get warm or cause sweating, especially in hot climates like India. Regular cleaning and proper socket alignment are important to keep suction systems working properly.
Vacuum Suspension Systems
Vacuum systems are a step up from regular suction. They use a small mechanical or electronic pump to remove even more air from inside the socket. This creates a stronger vacuum, which keeps the prosthetic more stable.
The benefit of vacuum suspension is that it holds your limb tightly without creating pressure in one area. This helps reduce pistoning — the up-and-down movement of your limb inside the socket. It also improves blood flow, which can help with skin health and limb volume control.
Vacuum systems are great for active users who want the most stable fit possible. But they do require a bit more care. The pump needs to be charged or maintained. The seal needs to be tight. And sometimes the vacuum can make a soft noise, which some users notice.
This system also requires a well-matched liner and socket combination. If your limb changes shape or size, the vacuum might not work as well. So it’s important to have follow-up visits with your prosthetist to check for small changes that could affect the fit.
Pin-Lock and Shuttle-Lock Systems
Pin-lock systems use a mechanical connection to hold your prosthetic in place. You wear a liner with a metal pin at the bottom. When you slide your limb into the socket, the pin clicks into a lock at the bottom. This keeps the prosthetic from falling off.
One of the best things about this system is that it’s simple and easy to use. You can hear and feel the click, so you know the connection is secure. It’s also easy to remove at the end of the day — you just press a button to release the lock.
But pin systems can have some challenges. Because the suspension happens mostly at the bottom of your limb, the rest of the socket has to fit just right to avoid movement or twisting.
If the liner stretches out or the pin doesn’t line up perfectly, it can cause the prosthetic to feel loose.
Also, the pin can sometimes cause pressure at the end of the limb, which may lead to soreness. It’s not the best option for people with sensitive skin or short residual limbs, but for many users, it’s a reliable, low-maintenance system that works well.
Sleeve Suspension
Sleeve suspension uses a flexible rubber or silicone sleeve that rolls up over your knee or thigh. It grips both the socket and your skin, creating a kind of suction seal that holds the prosthetic in place.
This system is popular because it’s lightweight and doesn’t require any moving parts. The sleeve helps keep everything sealed and secure, especially when used with suction. It’s often very quiet, with no clicking or pumping sounds. It also has a more natural appearance under clothing.
However, sleeves can wear out over time. They lose their grip or start to roll down if the fit isn’t perfect. They also create a lot of heat, which can be uncomfortable for some users — especially in warm or humid places. The material may also irritate the skin for people who sweat a lot or have allergies.
Sleeve systems work best when the user is able to keep a consistent limb size and has good skin health. For those who need something lightweight and simple, sleeves can be a great option, as long as they’re maintained and replaced when needed.
Strap and Harness Systems
Some prosthetics, especially older designs or upper-limb devices, use straps or harnesses. These attach around the shoulder, waist, or chest and help pull the prosthetic into place. In leg prosthetics, straps may wrap around the thigh to hold the socket snug.
Straps are dependable and easy to understand. They can be adjusted manually and are great for users with very short limbs or unusual limb shapes.
But they can feel bulky, and they sometimes limit range of motion. Harnesses, in particular, can feel tight across the shoulders or chest, which may cause fatigue.
In modern prosthetics, straps and harnesses are used less often, but in certain cases, they are still the best choice. They can also be combined with other suspension methods to give better control.
Choosing the Right Suspension System for Your Life
There’s no universal answer when it comes to choosing a suspension system. What works beautifully for one person might cause problems for another. That’s because every person is unique — in limb shape, skin condition, lifestyle, and even mindset.
The “right” suspension system is the one that works best for your daily life, your movement goals, and your body’s comfort.
Lifestyle Plays a Big Role
Think about how much you move each day. Do you walk a lot? Do you climb stairs regularly? Are you lifting things, gardening, commuting to work, or just getting back into a routine after surgery? Your activity level matters a lot.
If you’re constantly on the move, a system that offers high stability, like a vacuum or secure pin-lock, might suit you better. These hold tightly and reduce the chances of your prosthetic feeling loose during movement.
On the other hand, if your daily needs are more relaxed — maybe you’re just starting rehabilitation, or you’re recovering from an injury — something simpler like a sleeve or suction system might be more comfortable. The goal is to find something that doesn’t hold you back or feel like too much to manage.
A suspension system should make life easier, not more complicated. If it’s taking you too long to put on your prosthesis, or if you feel anxious every time you leave the house because you’re afraid the device will slip, then the system isn’t working for you. It doesn’t mean you’re doing something wrong. It just means you need a different approach.
Skin and Limb Health Can Change Everything
The condition of your residual limb has a big impact on what type of suspension will work best. If your limb is bony, very short, or has sensitive skin, you might find that suction or pin systems cause discomfort.
Some people develop pressure sores or bruises where the system presses too hard in one area. Others find that their limb swells or shrinks throughout the day, making some systems less reliable.
That’s why your suspension system should be selected with both current and future limb health in mind. A solution that fits well today may need adjustments down the line.
If your skin becomes irritated easily, systems that use softer liners or have less direct contact might be better. You also might benefit from additional padding, moisture-wicking liners, or breathable sleeves.
The good news is that most suspension systems can be fine-tuned. If something feels off, it doesn’t always mean starting over.
Often, small changes to the liner, the fit of the socket, or the position of the locking mechanism can bring major relief. That’s why follow-ups and check-ins with your prosthetist are so valuable.
Emotional Confidence Is Just as Important
People don’t talk enough about how your prosthesis makes you feel. We often focus on pain, movement, and measurements — all important, of course — but the emotional side of using a prosthetic plays a huge role in your success.
If you don’t feel secure when you wear your prosthetic, you won’t use it as much. You’ll hesitate to walk farther, carry things, or even go outside.
That lack of confidence can slow your progress. You might lose trust in your prosthetic, even if it works perfectly well. Often, that feeling of insecurity comes from a poor suspension system — one that allows movement or makes noise or needs frequent adjustment.
Even if the prosthesis isn’t falling off, the mental stress of wondering if it might can be exhausting.
On the other hand, when your suspension system feels secure and consistent, your confidence grows. You begin to trust each step, each reach, each movement.
You’re less likely to think about the prosthetic and more likely to use it naturally. That emotional freedom is just as valuable as physical stability.
When selecting or adjusting a suspension system, ask yourself how it makes you feel — not just physically, but mentally. Do you trust it? Does it stay in place through your full day? Do you find yourself reaching for your prosthetic with excitement or with hesitation? These questions can help guide you and your prosthetist toward a better solution.
Let Your Prosthetist Guide You — But Be Vocal
Your prosthetist is trained to understand the mechanics of prosthetic suspension — what fits, what holds, what seals, and what shifts. But only you know how your body feels.
You know where the rubbing starts. You know when the pressure gets too much. You know whether it takes ten minutes or thirty just to put the device on each morning.
That’s why communication is everything. The more clearly you describe your experience — even if you’re not sure how to explain it — the better your care team can help.
Words like “tight,” “hot,” “loose,” or “pinchy” may seem simple, but they can lead to the right adjustments. It’s not about saying the perfect thing — it’s about speaking up.
Be open about your daily routine, your struggles, and your goals. Do you want to walk farther? Get back to work? Spend more time with your kids without having to sit down every hour? These things help your prosthetist understand which suspension system will actually support your life.
At Robobionics, our goal isn’t just to give you a prosthetic that fits. It’s to give you a prosthetic that lives with you — one that makes your day easier, not harder. And a big part of that starts with finding the right suspension system for your needs.
How Suspension Systems Affect Long-Term Limb Health
Most people think about suspension systems in the short term — will this stay on, will it feel stable, will it hurt? But there’s another side to the story that isn’t talked about enough.
Suspension plays a huge role in your long-term health. How your prosthetic holds onto your limb today can affect your mobility, strength, and skin health for years to come.
The Pressure Puzzle: Avoiding Tissue Breakdown
When a suspension system isn’t working well, it puts uneven pressure on your limb. That pressure can cause more than just discomfort. It can slowly break down tissue.
Even small, repeated movements — like the socket slipping slightly with every step — can irritate the skin and damage the soft tissue underneath.
Over time, this constant stress can lead to scar tissue, skin thickening, or even bone pain. Some users develop areas on their limb that never quite heal because they’re always under pressure.
Others experience swelling or fluid build-up because the suspension doesn’t allow for proper circulation.
A well-designed suspension system spreads pressure evenly. It holds your limb gently but firmly, without creating hot spots. This not only helps you move better — it protects your skin from trauma.
When you avoid skin injuries, you reduce the risk of infection, downtime, and pain. It also helps preserve the natural shape and structure of your limb, which is essential for keeping your prosthetic fitting properly over time.
Bone Health, Volume Changes, and Muscle Loss
When a prosthetic is unstable, your body compensates. You may walk differently, shift your weight unnaturally, or overuse your muscles on the sound side.
Over time, this causes your body to lose balance. It can also reduce the use of the muscles in your residual limb, which leads to weakening or atrophy.
Suspension systems that hold well allow you to use your limb more fully. That movement supports the bones and muscles inside your residual limb.
It encourages circulation, keeps muscles active, and helps maintain the limb’s shape — all of which are critical for long-term health.
Volume loss in the residual limb is common, especially in the first year after amputation. But poor suspension can speed this up. If your prosthetic doesn’t hold you properly, parts of your limb may get compressed while others swell.
This leads to uneven volume changes that make socket fit even harder in the future. A consistent, well-controlled suspension helps slow down these fluctuations and keeps your limb shape more stable.
Daily Wear and Tear vs. Preservation
Every step you take transfers energy between your body and your prosthetic. If the suspension is weak or unstable, your limb absorbs more of that energy than it should. That leads to soreness, irritation, and stress on joints and tissues.
Over the course of a day, this wear and tear builds up. Over the course of months or years, it can lead to chronic conditions like tendon strain, joint pain, or neuromas — small nerve bundles that form due to constant irritation.
A solid suspension system acts like a buffer. It cushions your limb, reduces unwanted movement, and absorbs shock. That means less pressure on your joints, fewer micro-injuries, and more natural motion.
When this is done right, it feels effortless. You don’t even realize how much strain is being avoided — until you experience a poor fit and feel everything suddenly harder and more tiring.
Keeping wear and tear low means you’ll stay more active longer. You’ll take more steps, use your prosthetic more fully, and recover faster from daily activity.
That leads to better overall health, fewer medical issues, and less need for major socket redesigns in the future.
Suspension As a Preventive Tool
One of the smartest ways to protect your limb for the long run is by using the right suspension system as early as possible. Many users don’t realize how much damage small issues can cause until it’s too late.
Once the skin breaks down, or a nerve gets trapped, recovery becomes harder. It also increases costs — not just in time but also in clinic visits, replacements, and downtime.
A strong, well-maintained suspension system works quietly in the background. It prevents small problems from growing into serious ones.
It helps your prosthetic feel like a reliable partner, not a burden. And it gives your body the support it needs to keep up with everything you want to do.
So when thinking about suspension, don’t just ask if it feels good today. Ask whether it’s helping protect your limb tomorrow.
Ask whether it gives your skin a break, whether it reduces extra movement, and whether it helps your muscles do their job. These questions may seem small, but the answers shape your future — one step at a time.
How Suspension Systems Affect Everyday Movement and Real-Life Performance
Choosing a suspension system isn’t just about how the prosthetic feels in a clinic. It’s about how it behaves in real life — in the middle of your daily routine, when you’re walking through a crowded street, getting out of a rickshaw, or navigating stairs at a train station.
A suspension system that feels fine on a flat surface may act very differently once you’re on uneven ground or in motion. That’s why it’s so important to look at performance beyond just comfort.
Walking on Uneven or Sloped Surfaces
Most people don’t walk on smooth, level floors all day. The real world is full of unexpected slopes, dips, and surfaces that change — tiles, sand, gravel, stairs, and curbs.
On these surfaces, the suspension system plays a critical role in keeping the socket and limb moving together.
If the connection between the socket and your residual limb is loose, every step on an uneven surface can cause the prosthetic to shift slightly. Even small movements can lead to instability.
Your brain starts to compensate for the insecurity — slowing down your steps, tightening your muscles, or locking your joints just to stay steady. That extra effort is exhausting, and over time it takes a toll.
With a secure suspension, like a vacuum or well-sealed suction system, the prosthetic moves with your body, not behind it.
This gives you a smoother step and better control when the ground under you changes. You don’t have to think twice about your next step — your body knows the prosthesis will follow your lead.
Sitting Down and Getting Up
This may sound like a simple action, but sitting and standing put a lot of stress on your suspension system. When you sit, the angle between your residual limb and the prosthetic changes. If your suspension isn’t flexible enough, the edge of the socket might press into your skin.
If the system slips, you might feel a sudden shift or pulling sensation. These moments can be uncomfortable — or even dangerous, if your prosthetic shifts too much.
Getting up from a chair or from a low surface is just as demanding. As you put pressure on your limb to rise, the suspension has to keep the socket in place without sliding or popping off.
Systems like pin-lock or vacuum suspension often perform better here, offering a firmer hold when upward force is applied.
Sleeve-based or looser suction systems might struggle more, especially if the seal isn’t perfect or the user’s limb volume has changed.
This is why some people report discomfort when rising from a deep seat or after sitting for a long time. The suspension system must adapt with your movements, not fight against them.
Climbing Stairs or Steps
Staircases are one of the best tests of how well your suspension system is working. Each step requires control, balance, and trust in your prosthetic.
If your limb and socket don’t stay aligned, the movement can become jerky or unsteady. The prosthesis might feel like it’s lagging behind or bouncing slightly with each step.
This happens most often with systems that allow too much up-and-down movement inside the socket. Even a few millimeters of “pistoning” — where the limb shifts vertically within the socket — can make stairs feel unsafe.
Strong suspension systems help eliminate this problem. When the limb is held firmly, your steps feel more solid and require less conscious effort.
People with high-activity lifestyles, like athletes or manual laborers, often prefer systems that reduce pistoning. But even for daily users, climbing stairs comfortably is essential.
Suspension systems that offer a more consistent hold — like vacuum and pin-lock options — provide more support for this kind of vertical movement.
Using Public Transport or Moving in Crowds
In busy public places, where movement is unpredictable, you rely even more on your prosthetic to respond quickly and stay secure.
Whether you’re boarding a bus, moving through a crowd, or standing in a moving train, your suspension system must keep the prosthesis locked into place — no matter what.
If the suspension is loose, sudden jerks or quick shifts in position can throw off your balance. You might find yourself stepping awkwardly or bracing unnecessarily to avoid slipping.
This doesn’t just make travel tiring — it increases the risk of falls, which can lead to serious injuries.
Well-fitted systems give users the freedom to react quickly without fear of the prosthetic moving out of place.
This kind of support builds confidence, making it easier to stay independent, mobile, and safe in everyday situations that don’t always go as planned.
How Weather and Climate Conditions Impact Suspension Systems
Your prosthetic isn’t just influenced by how you move — it’s also affected by the world around you. Climate, temperature, humidity, and even the seasons can change the way your suspension system behaves.
This is especially important in a country like India, where extreme weather shifts are common and environmental factors can change dramatically from region to region.
Heat and Humidity: The Invisible Enemies of Suspension
During hot and humid weather, your body produces more sweat — especially inside the socket, where air can’t circulate well.
This creates a damp, slippery environment that directly impacts how well your suspension system holds.
For users with suction or vacuum systems, sweat can break the seal between your liner and your skin. Even a small amount of moisture can let air in, causing the prosthetic to feel loose or unstable.
You might notice the limb slipping slightly with each step or feel a soft “popping” sound that wasn’t there before. These signs often mean the seal has been broken.
Moisture can also soften the skin, making it more prone to irritation, blisters, or fungal infections. In many Indian states, especially during summer or monsoon, this becomes a common concern.
The longer the skin stays moist, the higher the chance of skin breakdown. That’s why choosing breathable liners or rotating between clean sleeves is critical in these conditions.
Some users find that adding antiperspirant sprays or wearing moisture-wicking liners can help reduce sweating.
However, it’s important not to apply powders or creams that might interfere with the suction or adhesion of your suspension.
When in doubt, it’s always worth discussing options with your prosthetist to find materials and strategies that keep the seal strong even in high humidity.
Rain and Monsoons: Slipping, Swelling, and Socket Shifts
During the rainy season, many users face not just wet socks but swollen limbs. Changes in air pressure and humidity can affect your residual limb’s volume.
You might find that what fit you perfectly in dry weather suddenly feels tight and uncomfortable during a stormy spell.
For people using pin-lock or suction systems, even minor swelling can make it harder to insert the limb into the socket. Once inside, the limb may feel compressed or pinched, reducing circulation and leading to discomfort.
You may need to wait for the swelling to go down or change the number of socks or liners you wear — which isn’t always practical when you’re rushing out the door.
Rain also increases the risk of slipping, especially when you’re moving on wet surfaces. If your suspension system doesn’t hold firmly during quick or reactive movement, even a little instability can lead to a misstep.
Users who rely on sleeve suspension may also struggle, as wet sleeves tend to lose grip more easily and can roll down unexpectedly.
Cold Weather and Its Subtle Effects
In some parts of northern India, colder months bring another set of challenges. In the cold, your skin can dry out, and your muscles tend to stiffen. This affects how your limb fits inside the socket and how the suspension system responds.
Dry skin can crack more easily, especially around the edges of a liner or sleeve. If your suspension system relies on skin contact — like suction or sleeve setups — those dry areas may not hold as firmly. The prosthetic might feel more “wobbly,” especially if the seal is broken by a tiny air pocket.
Cold also reduces blood flow, which may make your limb feel numb or less responsive. You might not notice a small shift in your socket right away, which means small problems can go undetected for longer.
For users with vacuum systems, lower temperatures can also affect how quickly or efficiently the pump works, especially in mechanically powered versions.
Some users find it helpful to warm the liner slightly before donning or to use a moisturizing barrier cream approved by their prosthetist to reduce dryness.
Layering clothes can also compress your socket or shift its position, so it’s important to check fit every time you adjust your outerwear.
Planning Around the Seasons
Just like you might change your wardrobe for the seasons, you may need to adjust your suspension routine. In the summer, you might focus more on hygiene, using breathable liners and cleaning your socket more often.
During monsoon, you might check your seal twice a day and carry an extra clean liner. In winter, you may use a moisturizing routine and monitor stiffness or circulation.
Understanding how your suspension system reacts to the environment gives you more control. You’re less likely to be caught off guard by a fit that suddenly feels off. You’ll know what to expect and how to adjust.
A good prosthetist will consider your local climate and lifestyle when recommending a suspension system. At Robobionics, we always look at the whole picture — not just your limb, but the world you live in. Because your prosthetic has to work with your environment, not against it.
Conclusion
Suspension systems are the hidden force behind every successful prosthetic. They hold everything together — your comfort, your stability, and your confidence. Whether you’re walking through a crowded market, climbing stairs, or simply standing still, the way your prosthetic stays connected to your limb shapes your experience.
A good suspension system doesn’t just keep the prosthesis in place. It protects your limb, supports your movement, and adapts to your lifestyle and environment. When the fit is right, you move freely. When it’s wrong, even small tasks can feel exhausting.
Take the time to understand how your suspension system works with your body, your activities, and your climate. Speak up if something doesn’t feel right. Stay consistent with follow-ups, and don’t hesitate to explore new options when needed.
Your comfort and independence are worth it. And the right suspension system can make all the difference.