THE SQUAT IS MORE THAN AN EXERCISE: IT IS A SKILL FOR LIFE
Think about how many times you squat without calling it a squat.
You lower yourself onto the toilet. You sit down at your desk. You get into the car. You bend to reach a low cabinet, pick something up, garden, or play with a child on the floor. Then you have to stand back up again.
The squat is not just an exercise we perform at the gym. It is one of the foundational movement patterns we rely on throughout the day—and maintaining it can make the difference between moving independently and gradually needing more assistance.
The first signs that you are losing your squat may be subtle. You might start pushing against your thighs to stand, pulling on the steering wheel to get out of the car, or avoiding low chairs without consciously realizing why.
Your body is resourceful. When one part of a movement becomes difficult, it finds another strategy. Those little strategies are worth noticing.
WHAT ACTUALLY HAPPENS WHEN YOU SQUAT?
A squat requires several joints to move together. Your hips and knees bend while your ankles move into dorsiflexion—the motion that allows your knees to travel forward while your heels remain grounded.
Your trunk inclines enough to keep your center of mass balanced over your feet, while the muscles of your legs, hips, and core control the movement.
On the way down, your muscles work eccentrically, meaning they stay active while lengthening to control your descent. On the way up, they produce force to extend your hips and knees and return you to standing.
Your body proportions matter, too. Someone with long thigh bones may naturally lean farther forward or use a wider stance than someone with shorter legs and a longer torso. Foot position, stance width, squat depth, and trunk angle will not look identical from person to person.
There is no single perfect squat shape. The goal is a squat that is controlled, comfortable, balanced, and appropriate for your individual structure and current capacity.
HOW MUCH RANGE OF MOTION DO YOU NEED?
The range of motion required depends on how deeply you want—or need—to squat.
Sitting onto a high chair requires less hip, knee, and ankle motion than lowering onto a low sofa, getting onto the floor, or moving into a deep squat.
HIP MOBILITY
As you descend, the femur moves toward the torso into hip flexion. Deeper squats generally require more hip flexion, but anatomy affects how that motion feels.
The shape and orientation of the hip socket and femur can influence which stance width and degree of toe turnout feel most natural.
If hip motion is limited, you may notice that you:
• Stop well above chair height
• Shift toward one side
• Turn your feet very far outward
• Tuck the pelvis sharply at the bottom
• Feel pinching in the front of the hip
• Compensate with excessive trunk or spinal movement
A small amount of pelvic movement in a deep squat is not automatically dangerous. Pain, a sudden loss of control, or a large compensation occurring early in the movement deserves more attention than the pursuit of a visually “perfect” position.
ANKLE MOBILITY
Ankle dorsiflexion allows the shin to move forward over the foot without the heel lifting.
Research consistently connects greater weight-bearing ankle dorsiflexion with the ability to achieve more knee flexion and squat depth.
When ankle motion is limited, the body may compensate by:
• Lifting the heels
• Turning the feet outward
• Allowing the knees to collapse inward
• Leaning the trunk farther forward
• Cutting the squat short
There is not one universal number of ankle dorsiflexion that every person must have. The requirement changes with limb proportions, stance, footwear, and desired depth.
A practical question is more helpful:
Can your knees move forward over your toes while your whole foot stays grounded and your heels remain down?
KNEE MOTION
The knees must flex as you lower and extend as you stand.
Allowing the knees to move forward over the toes is a normal part of squatting. Trying to keep the shins perfectly vertical can unnecessarily limit depth and increase the demands placed on the hips and trunk.
The knees should generally travel in the same direction as the feet rather than being forced perfectly straight ahead.
A small amount of natural movement is normal. What matters most is whether you can control the motion without pain or a significant loss of balance.
WHICH MUSCLES SHOULD BE WORKING?
The squat is a whole-lower-body movement. No single muscle performs it alone.
THE QUADRICEPS
The quadriceps at the front of the thighs control knee flexion as you lower and extend the knees as you rise.
They are especially important when standing from a low chair or keeping the torso more upright.
If your quadriceps are losing capacity, you may begin using your hands or momentum to help you stand.
THE GLUTEALS
The gluteus maximus helps control hip flexion on the way down and extends the hips as you stand.
The gluteus medius and other hip muscles help keep the pelvis and femurs organized, particularly by controlling side-to-side movement and rotation.
You do not need to squeeze your glutes as hard as possible throughout the entire squat.
Think about staying balanced, pressing the floor away, and finishing in a naturally tall position rather than forcefully thrusting the pelvis forward at the top.
THE HAMSTRINGS
The hamstrings cross both the hip and knee.
During a squat, they assist with hip control and work with the surrounding muscles to help stabilize the knees and pelvis. However, they are not typically the primary force producers in a bodyweight squat in the same way the quadriceps and gluteals are.
If you want to train the hamstrings more directly, hinging movements such as deadlifts, bridges, and hamstring curls usually provide a more specific stimulus.
THE CORE AND FEET
Your trunk muscles create enough stiffness to transfer force between the upper and lower body while allowing the torso to incline naturally.
At the ground, your feet provide your base of support.
Rather than gripping the floor aggressively with your toes, aim to keep pressure through three points:
• The base of the big toe
• The base of the little toe
• The heel
This “tripod foot” helps you remain balanced while the hips, knees, and ankles move together.
SIGNS YOU MAY BE LOSING YOUR ABILITY TO SQUAT
You do not need to perform a deep gym squat to notice a change in function.
Watch for everyday clues such as:
• Pushing off your desk, a table, an armrest, your thighs, or your knees to stand
• Rocking several times or throwing your torso forward to create momentum
• Pulling on the steering wheel, car door, or roof handle to exit your vehicle
• Dropping heavily into a chair instead of controlling your descent
• Avoiding low chairs, toilets, sofas, or sitting on the floor
• Consistently shifting more weight onto one leg
• Needing a very wide stance for ordinary sit-to-stand tasks
• Lifting your heels or losing your balance when trying to squat lower
• Feeling that your knees, hips, or back cannot trust the movement
Using your hands is not inherently wrong. It may be the safest strategy when you are injured, fatigued, in pain, or using an unusually low seat.
The concern is a gradual, unexplained change—especially when a strategy that used to be optional starts becoming necessary.
WHY MAINTAINING YOUR SQUAT MATTERS
Your ability to sit down and stand up reflects more than leg strength. It brings together mobility, strength, balance, coordination, and confidence.
This is why variations of the sit-to-stand are used in clinical fitness testing. The 30-second chair-stand test is used as an indicator of lower-body strength, while the five-times sit-to-stand test helps assess sitting and standing performance, lower-limb strength, balance control, and mobility.
Maintaining this movement helps you:
• Get on and off chairs and toilets independently
• Enter and exit a vehicle more easily
• Lower yourself safely and control your landing
• Rise from low surfaces
• Work toward getting up from the floor
• Preserve lower-body strength and balance
• Continue gardening, traveling, exercising, and playing with children or grandchildren
The goal is not simply to squat deeper.
The goal is to preserve options.
TRY THIS SIMPLE SQUAT CHECK
Choose a stable chair that will not slide. Cross your arms over your chest if that feels safe, or keep your hands close to a stable support.
Sit near the front of the chair with your feet about hip-width apart.
Keep your whole foot grounded.
Lean your torso forward enough to bring your weight over your feet.
Press the floor away and stand without pushing through your hands, if you can do so comfortably.
Lower yourself back down slowly rather than dropping into the chair.
Notice:
• Can you stand on the first attempt?
• Do you push more strongly through one leg?
• Do your heels stay down?
• Can you control both the rise and the descent?
• Is the movement comfortable?
• Does the task change when the chair is slightly lower?
This is an observation, not a diagnosis or a pass-or-fail test.
Use your hands or a stable support if needed. Stop if you experience sharp pain, dizziness, or a feeling that you may fall.
HOW TO PRESERVE—OR REBUILD—YOUR SQUAT
The most useful starting point is usually the version you can perform well today.
PRACTICE SIT-TO-STANDS
Start with a higher chair and gradually progress to a lower surface as your control improves.
USE SUPPORT
Hold a counter, suspension strap, or sturdy post so you can explore more range without fear of falling.
TRAIN YOUR ANKLES
Practice a gentle knee-to-wall movement while keeping your heel grounded. This helps you explore ankle dorsiflexion in a weight-bearing position.
STRENGTHEN YOUR LEGS
Controlled chair squats, goblet squats, split squats, step-ups, bridges, and hinging exercises can build complementary lower-body strength.
SLOW DOWN THE DESCENT
Taking three to five seconds to sit builds control and makes the quadriceps work eccentrically.
USE THE MOVEMENT IN DAILY LIFE
When it is safe, notice whether your hands are helping because you truly need them or simply because using them has become a habit.
If pain, locking, significant asymmetry, weakness, or balance problems are limiting your squat, forcing more repetitions is not always the answer.
A qualified healthcare or movement professional can help determine whether the primary limitation is mobility, strength, coordination, pain, fear, or a combination of factors.
YOUR SQUAT IS PART OF YOUR INDEPENDENCE
We often think of losing mobility as something dramatic.
More often, it happens quietly: choosing the higher chair, using the armrest, pulling on the car door, or avoiding the floor.
Paying attention to those changes gives you an opportunity to respond early.
You do not need a barbell, a gym, or a perfectly deep squat to benefit. You need enough mobility to access the movement, enough strength to control it, and enough practice to keep the pattern familiar.
Your squat is not just an exercise.
It is one of the ways you keep saying yes to your life.
