Hypermobile clients are some of the most challenging to teach well. They often look capable in exercises that ask for range. They struggle with exercises that ask for control. And the standard cues that work for most clients can actively work against them.
This post is for instructors and clinicians who want a clearer framework for working with hypermobility, covering what changes about your teaching approach, which cues help, and what to stop doing.
What Hypermobility Actually Changes About Your Teaching
Hypermobility changes the entire logic of how you select exercises, design progressions, and read what you’re seeing in the room.
The Passive Stability Problem
In a typical client, the muscles and connective tissue work together to provide both active and passive stability around a joint. In hypermobile clients, the passive structures, ligaments, joint capsules, and fascial support are more compliant than normal. The joints move further with less resistance. That sounds useful. In practice, it means the body relies more heavily on muscular control to provide stability that the passive system cannot.
When that muscular control is underdeveloped, which it often is in hypermobile clients who have never been taught to work within a controlled range, the joints are effectively unguarded at end range. The result is pain, fatigue, and a history of repeated minor injuries that the client often can’t fully explain. Research indexed through PubMed on joint hypermobility and exercise consistently highlights the relationship between passive laxity and the increased demand placed on active stabilising systems.
Why Standard Progressions Often Fail This Population
Most exercise progressions are built on the assumption that adding range and load produces greater challenge. For hypermobile clients, adding range without building control first is not a progression. It is an invitation to compensate. A hypermobile client who extends further into a Swan or reaches a leg lower in a Single Leg Stretch may look like they are progressing. What they are usually doing is loading passive structures rather than building the active control that the exercise is meant to develop.
The NHS overview of joint hypermobility syndrome provides a useful context on how hypermobility presents and why it requires a different management approach. For Pilates instructors, that different approach starts with understanding that your usual cues for depth and range are working against you.
Control Over Range: What That Actually Looks Like in Practice
Telling a hypermobile client to “work within their range” is not enough. You need to give them something specific to work toward. Control is the target. Here is how to make it tangible.
Define the Working Range Before You Start
Before cueing any movement, establish where the controlled range ends for that client in that exercise. For a hypermobile knee, that might be a soft bend that stops short of the locked-out position. For a hypermobile elbow in a Plank, it means cueing a micro-bend rather than allowing the elbow to hyperextend into passive support.
Do this explicitly. Tell the client where you want them to stop and why. “I’d like you to stop here, before your knee straightens fully. That’s where I want your muscles to stay in charge.” That is a movement cue with a rationale, and it builds the body awareness this population needs to self-monitor over time.
Use the End of the Active Range as the Training Zone
The most useful zone for hypermobile clients is just before the passive end range. This is where the muscles are being asked to resist the joint’s tendency to continue moving. Holding control in this zone, even briefly, builds the active stability that the passive structures cannot provide. Think of a Single Leg Stretch where the extended leg stops just before the hip flexors disengage and the leg drops into a passive hang. That stopping point is not a limitation. It is the work.
Cue Effort, Not Position
For most clients, positional cues work well because the body’s natural stopping points align with appropriate ranges. For hypermobile clients, positional cues often undershoot the problem. Cueing “straight leg” produces a hyperextended knee. Cueing “lengthen the leg” produces passive end-range hip flexion with no muscular support. Instead, cue the effort required to stay active. “Feel the muscles along the back of your thigh working to hold the leg there” tells the client what to engage without cueing a muscle directly. It asks the movement system to organise around the goal of active support.
This is consistent with how anatomy knowledge shapes cueing decisions more broadly. The how anatomy knowledge enhances Pilates instruction article explores this connection in more detail.
Tempo and End-Range Rules Are Worth Applying Consistently
Tempo is one of the most underused tools in teaching hypermobile clients. It changes what the exercise asks of the body more than almost any other variable.
Slow the Tempo to Remove Momentum
Fast movement in hypermobile joints allows momentum to carry the movement into the passive end range without muscular control. The joint arrives somewhere the muscles did not take it. Slowing the tempo down, particularly through the second half of a movement as it approaches end range, forces the muscles to remain active rather than handing off to passive structures.
A practical rule: if a hypermobile client is moving through an exercise fluidly without visible effort, the tempo is probably too fast. Add a controlled count on the return phase and watch whether the quality of control changes. It usually does. Research available through the PMC open access database supports a slower, controlled tempo as a meaningful variable in building joint stability and active range in hypermobile populations.
Set a Consistent End-Range Rule for Each Exercise
Rather than managing end-range cues by cue within a session, establish a rule at the start of each exercise and hold to it. “We’re stopping the leg at hip height, not below, today.” “Elbows stay soft throughout.” “The spine comes to neutral, not past it.” These rules give the client a self-monitoring framework that reduces the need for constant cueing and builds their own proprioceptive awareness over time, which is what this population needs most.
Slow the Return Phase More Than the Go Phase
The eccentric or return phase of an exercise is where most of the active stability work happens for hypermobile clients. Moving out is often fine. Coming back, controlling against the joint’s tendency to passively collapse, is where the demand sits. Cueing clients to take twice as long on the return as on the initiation of movement is a simple rule that immediately increases the quality of active control through the whole exercise.
Exercise Selection That Makes Sense for This Population
Not all Pilates exercises are equally useful for hypermobile clients. Some develop the control they need. Others reward the range they already have too much of.
Prioritise Exercises That Load the Inner Unit
The Reformer is particularly useful for hypermobile clients because spring resistance provides both load and sensory feedback that mat work cannot. Footwork builds lower limb strength in a supported, controlled position. Chest Expansion develops posterior shoulder strength and scapular stability. The Long Stretch and Knee Stretch series, done slowly and with attention to scapular and pelvic control, are demanding enough for hypermobile clients without asking for range they can’t yet own.
Exercises That Tend to Work Well
Single Leg Press on the Reformer with deliberate tempo and a soft knee at extension. Side Kick series with clear end-range rules and attention to pelvic stability. The Bridge series focuses on segmental spinal control rather than height. Plank on forearms rather than straight arms to avoid elbow hyperextension. Prone work, like Dart and Swan Prep, is kept to a range where the lumbar spine is active rather than passively extended.
Exercises That Need Significant Modification or Removal
Rolling exercises that reward spinal flexibility without building control. Roll Up and Roll Down variations, where the client uses momentum and passive range rather than muscular control. Gymnastics-derived flexibility exercises. Any exercise where the instruction is to go as far as you can, because for hypermobile clients, that instruction reliably produces passive loading rather than active work.
What to Stop Doing With Hypermobile Clients
Some very common teaching habits actively work against hypermobile clients. These are worth naming directly.
Stop Cueing for More Range
“Can you get that leg any lower?” “Try to get your back a little flatter.” “See if you can go a bit further.” These are reasonable cues for most clients. For hypermobile clients, they consistently produce passive end-range loading rather than increased active control. If a hypermobile client can go further, that is usually a sign of passive laxity, not improved strength or control. Reward the quality of the movement at the current range rather than the amount of range achieved.
Stop Using Stretching as a Reward or a Cool-Down Default
Passive stretching at the end of a session is counterproductive for hypermobile clients. Their tissues are already long. Reinforcing the habit of taking joints to passive end range, even in a recovery context, works against the active control work you have spent the session building. Replace stretching with supported, low-load movement that allows the nervous system to consolidate the session’s proprioceptive learning. Gentle, controlled Spine Twist in sitting or a slow, deliberate Pelvic Curl series is more appropriate than a passive hip flexor stretch.
Stop Progressing by Adding Range
If a client is completing an exercise well at the current range, the progression for a hypermobile client is not more range. It is more control at the same range, less spring resistance, a slower tempo, a longer hold at the end of the active range, or a more unstable base of support. The Polestar Studio Rehab Series covers progression logic for special populations, including hypermobility, in detail, and it is precisely this kind of nuanced thinking that separates competent Pilates teaching from genuinely skilled practice.
FAQs
Should I tell a hypermobile client to avoid certain exercises entirely?
Not as a rule. Most exercises can be modified to be appropriate for hypermobile clients. The modification is usually about range, tempo, and cueing rather than avoiding the exercise entirely. The exceptions are exercises that structurally reward passive end range and cannot easily be modified to require active control throughout. Rolling Like a Ball and full Roll Up are the most common ones worth replacing rather than modifying.
How do I know if my client is hypermobile?
The Beighton Score is a useful starting point. Look for elbows and knees that hyperextend visibly in standing and weight-bearing, thumbs that reach the forearm easily, and a history of frequent joint sprains, clicks, or a sense of instability. Clients often describe feeling like their joints “give way” or that they have always been unusually flexible without training for it. A formal diagnosis of hypermobility spectrum disorder or Ehlers-Danlos syndrome tells you the presentation may be more complex and warrants a physiotherapy assessment before you design a programme.
Why does my hypermobile client fatigue so quickly?
Hypermobile clients expend more muscular energy than typical clients to provide the stability their passive structures cannot. A session that looks moderate from the outside may be genuinely taxing for a hypermobile nervous system managing joint stability across every movement. This is also why many hypermobile clients have a history of exercise intolerance or unexplained fatigue. Shorter, more focused sessions with adequate recovery time often produce superior outcomes than longer, higher-volume ones.
How do I explain to a hypermobile client why I’m not letting them go further?
Be direct and specific. “Your range isn’t the problem. The problem is that your muscles aren’t yet strong enough to control the range you have. If we keep working at the end range without building that control first, your joints are taking the load that your muscles should be managing. The work we’re doing here is harder than it looks, and it’s exactly what your body needs.” Most hypermobile clients have never had their flexibility reframed this way. It lands well when it’s said with genuine understanding rather than restriction.
Control Over Range: What That Actually Looks Like in Practice
The Studio Rehab Series covers special population teaching, progression logic, and risk management across a range of presentations, including hypermobility, as part of a nationally recognised programme available across all states. It is delivered as a combination of face-to-face and online learning.
If you want the full qualification behind your teaching, the Polestar Pilates Diploma combines Matwork, Studio Rehab, and academic units into an AQF-recognised credential. For 30 years, we have been helping instructors build the kind of understanding that holds up in the room, with everybody, every session.
Not sure which pathway suits where you are right now? Get in touch, and we will help you work it out.
