MOVEMENT SCIENCE | STRENGTH & LONGEVITY
The Turkish Get-Up: The Ultimate Way to Age Healthy in the Bay Area.
Why one movement may tell us more about how well your body functions than almost any traditional strength test.
We measure strength by how much weight we can lift. We measure mobility by how far a joint can move. We measure stability by how well we can hold a position.But what happens when we ask the body to do all three at the same time?This is where the Turkish get-up stands apart. At first glance, the Turkish get-up looks deceptively simple: start lying on the ground, hold a weight overhead, transition to standing, and reverse the movement until you're back where you started. Yet underneath that sequence is one of the most comprehensive demonstrations of human movement capacity.
The Turkish get-up demands strength, mobility, stability, balance, coordination, spatial awareness, and the ability to transition between positions while managing an external load.
More importantly, it requires these qualities to work together. That's what makes the Turkish get-up such a valuable benchmark. It doesn't simply measure what individual muscles can do. It reveals how effectively the body organizes itself to accomplish a complex physical task.
Strength You Have vs. Strength You Can Use
Conventional strength testing relies on predictable patterns. The squat assesses lower-body force production. The deadlift assesses the posterior chain. The overhead press assesses pressing strength. These are useful measures, but they don’t show whether strength holds up as position changes.
The get-up demands four expressions of strength in one movement:
Concentric: producing force to rise from the floor
Eccentric: controlling the descent
Isometric: holding the shoulder and trunk steady while everything else moves
Unilateral: managing load one side at a time
A client who strict-presses a 24 kg kettlebell may still lose it in the transition from sitting to half-kneeling. The press isn’t the problem. Trunk control, hip mobility, balance, or intersegmental coordination is. The get-up separates owned strength from expressible strength. That distinction matters a lot more outside the gym than any 1RM.
Mobility Only Counts If You Can Control It
Mobility is often confused with flexibility. Flexibility describes the extensibility of tissues and the available range of motion. Functional mobility includes the ability to actively access and control that range during a task. The Turkish get-up challenges mobility in several regions simultaneously. The thoracic spine must permit rotation and appropriate extension as the body transitions beneath the raised arm. The hips must accommodate flexion, extension, and rotation. The shoulder must maintain an appropriate overhead position while the torso changes orientation. The ankles and knees must permit efficient lower-body transitions. What makes this particularly valuable is that mobility is being challenged under real movement demands. The movement exposes the difference between having range of motion and being able to organize movement within that range. Mobility becomes meaningful when the body can access and control it during a functional task.
Stability Is Control, Not Rigidity
Stability is routinely misread as stiffness. Functional stability means controlling a joint while motion happens elsewhere.
During the get-up:
The shoulder manages a constantly changing arm–scapula–trunk relationship.
The trunk limits excess motion while still allowing the rotation the movement requires.
The pelvis stays controlled through hip flexion, extension, and rotation.
The lower extremities keep adjusting as the base of support narrows.
The leg sweep is where this becomes obvious. The body goes from multiple points of contact to a position that depends heavily on unilateral support and hip control. When the shoulder collapses, the torso drifts, or the pelvis shifts, the breakdown is visible. That visibility is the clinical value: it shows where control runs out.
The Real Variable: Integration
The most useful thing the get-up assesses isn’t strength, mobility, or stability individually. It’s the relationship between them. Strength without mobility, mobility without stability under load, and good isolated scores without the coordination to combine them all come apart under this movement. Every transition gives you separate information. Hesitation at the elbow-to-hand transition points somewhere different from breakdown at kneel-to-stand. Losing the overhead position is a different finding from losing control on the descent. Instead of evaluating joints one at a time, you’re watching the whole system respond as its relationship to gravity changes. ACE frames the get-up as sequenced mobility and stability across multiple body segments, and the NSCA recognizes its broad muscular and movement demands.
A Benchmark With More Than One Dimension
Most benchmarks track one number. The get-up tracks several.
Capacity | What to measure |
Strength | Load completed with consistent technique |
Mobility | Access to required positions without excessive compensation |
Stability | Control of overhead arm, trunk, pelvis, and supporting joints |
Coordination | Smoothness and consistency of transitions |
Symmetry | Left-to-right performance differences |
Movement confidence | Completion without hesitation or loss of control |
Why This Matters for Longevity
Getting up off the floor is a basic human task. It requires coordinating the upper and lower extremities, managing body weight, maintaining balance, and moving safely between positions. The get-up takes that pattern and adds an overhead load and higher demands for control.
That makes it directly relevant to physical independence. Getting down on the floor with a child, standing up after gardening, and recovering balance mid-transition don’t happen in isolated planes or depend on a single physical quality. They depend on integration.
A loaded get-up isn’t appropriate for everyone. For people with significant joint limitations, pain, balance impairment, or limited overhead capacity, an unloaded floor-to-standing progression may be the better benchmark. The challenge should be matched to the person.
The Better Benchmark
No single movement fully characterizes human physical function. The get-up doesn’t replace maximal strength testing, formal mobility assessment, power testing, or sport-specific measures. Its mechanical demands make a strong case for using it, but research hasn’t shown it to be superior to other assessment methods.
Can you coordinate strength, mobility, and stability to move through a complex task while controlling your body and an external load?
That’s the question that matters once the goal is building a body that performs for decades rather than adding weight to a lift. Progress isn’t always more load. Sometimes it’s more control, access to positions that used to be restricted, and strength that carries over outside the gym. Try this movement. If it doesn't workout how you were hoping or you have questions connect with me at RouteHealth.
The goal isn’t just to get stronger. It’s to get stronger in how you move.
In Health,
Dr. Rhiannon
To book with Dr. Rhiannon click here
#StrengthAfter50 #MobilityAfter50 #ActiveAging #HealthyAging #TurkishGetUp #BayAreaFitness #RouteHealth
References
American Council on Exercise. The ACE Do It Better Series: The Turkish Get-up (2025).
National Strength and Conditioning Association. Turkish Get-Up (2023), excerpt from Strength Training for Soccer.
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