McConnell Taping for Patellar Tracking: Rigid-Tape Glide and Tilt Correction

You have probably felt your kneecap grind sideways every time you go down stairs, so you looked up a kinesiology tape X-pattern online and tried it. Right after applying it, there is often a sense of something supporting the knee, but once you actually walk down the stairs, the pain is either unchanged or only slightly reduced. The instinct is to pull the tape tighter, but elastic tape simply does not carry enough force to physically move the position of the kneecap in the first place.

The basics of kinesiology tape and the general joint-support application method are covered in the kinesiology taping basics guide. This article covers a different mechanism. McConnell taping, named after Australian physiotherapist Jenny McConnell, who worked it out in the 1980s, uses rigid, non-stretch tape applied while manually pushing the soft tissue around the kneecap into a corrected position, then holding it there. The real signature of this method is not the tape itself but the immediate retest: right after applying it, you repeat the movement that used to hurt, such as walking down a step or a single-leg squat, and check on the spot whether the pain has dropped noticeably. If it has not, that application is considered wrong, and it gets peeled off and redone rather than left in place.

If a delayed VMO is the underlying strength issue, the VMO strengthening exercise article is the better fit, and the broader picture of patellofemoral pain is covered in the patellofemoral pain syndrome rehabilitation guide. This article focuses specifically on using a single strip of tape to physically shift the position of the kneecap, walking through the separate application sequences for lateral glide and lateral tilt, and the immediate pain-retest step that confirms the direction was correct.

Before You Start

What You Need

Prepare a thin hypoallergenic underwrap to protect the skin (optional), rigid non-stretch strapping tape 3.8 to 5 cm wide, scissors, a mirror, and a low step box or a single stair. Unlike kinesiology tape, which stretches with the skin, this tape should be firm enough that pulling on it by hand barely lengthens it at all. Confirm the packaging says non-stretch or rigid strapping tape before buying.

Checking Skin Reaction First

Before applying tape anywhere near the knee, place a 5 cm test strip on the inner wrist or forearm and leave it for 24 hours to check for redness or itching. Skipping this step and applying a large area straight to the knee can cost you several tape-free days right when you need it most if a skin reaction shows up, so checking a day ahead saves time overall.

Splitting Tracking Faults Into Three Categories

Sit with the knee straight and observe the kneecap from the front in a mirror. If the whole kneecap sits noticeably lateral to the center line of the knee, that is a glide fault. If pressing alternately on the inner and outer edges of the kneecap reveals that the outer facet feels more prominent, that is a tilt fault. If the pointed lower tip of the kneecap is rotated toward the midline or away from it rather than pointing straight down, that is a rotation fault. This article focuses on the combination seen most often in clinical practice, lateral glide together with lateral tilt. If rotation looks pronounced, it is worth getting a physical therapist's direct assessment first to avoid taping in the wrong direction.

Self-Check Before You Begin

If any of the following applies, skip taping today and get expert input first.

• You have had a rash, blistering, or another allergic reaction to adhesive tape or bandages before
• There is a wound, active eczema, or infection on the skin around the knee
• You have been diagnosed with a deep vein thrombosis or a circulation problem in the leg
• The kneecap has actually slipped out of place and back in before (a history of subluxation or dislocation), and you have not yet had an orthopedic evaluation

Why You Should Not Skip Ahead

Applying a technique copied from a video without first confirming whether the fault is glide or tilt can push already irritated tissue in the wrong direction and increase compressive pain. The point of this program is not applying the tape neatly but building the habit of immediately retesting the previously painful movement right after applying it, to confirm the direction was correct.

Why This Differs From Kinesiology Taping: Glide, Tilt, Rotation, and the Immediate Retest

Stretch Tape Versus Rigid Tape

Kinesiology tape stretches along with the skin, stimulating lymphatic flow and sensory receptors underneath it in a way that shifts muscle responsiveness. Rigid tape used for McConnell taping, by contrast, barely stretches at all, so its role is to physically hold the soft tissue around the kneecap in the position your hand pushed it into. Same knee, same idea of a tape, but a fundamentally different material and purpose, which is the exact point where this article diverges from standard kinesiology taping.

Three Correction Directions

McConnell's classification of patellar position faults breaks down into three types. Glide refers to the whole kneecap sitting off the knee's center line, tilt refers to the kneecap tilting within the joint so one facet is compressed more than the other, and rotation refers to the long axis of the kneecap twisting so the lower tip points inward or outward. All three can overlap, but this article covers the combination seen most often in practice, lateral glide together with lateral tilt.

The Core of This Method: The Immediate Retest

What most clearly separates McConnell taping from other taping approaches is the principle of immediately repeating the previously painful movement, such as walking down stairs or a single-leg squat, right after application, and checking on the spot whether pain has dropped by roughly half or more. If it has not, that means the direction or the amount of pull is wrong, so rather than wearing it for hours anyway, you peel it off immediately and reapply. Skipping this retest means pushing the tissue in the wrong direction all day, which can make discomfort worse rather than better.

Checking It With Your Own Hand

Before applying tape, use your whole palm to gently push the kneecap and the soft tissue around it inward, slowly. While holding this, bend and straighten the knee slightly a few times. If the catching sensation or pain drops compared to normal, that is the exact direction the tape needs to recreate. If pushing that way instead makes things feel worse, the problem is more likely tilt or rotation than glide, so it is worth repeating this hand check before moving to the next stage.

Why the Pull Angle Changes the Outcome

Even with the same tape, a small change in the starting point or the pull angle completely changes the direction of force reaching the kneecap. A glide correction needs force pushing the kneecap inward from the side, while a tilt correction needs force pressing the facet down into the joint, so the path the tape has to travel is genuinely different between the two. That is why eyeballing roughly where to place the strip is far less accurate than pushing the tissue into the desired direction by hand first, then tracing the tape along that same path. In practice, moving the starting point just 1 to 2 cm laterally on the same person with the same tape width is often enough to flip the retest result. So for the first several days it helps to photograph the starting point, then use whichever day's placement produced a good retest result as the reference for reproducing it the next day, which cuts down on trial and error.

Stage 1: Lateral Glide Correction Tape and Immediate Retest

Starting Position

Sit on the edge of a table or a tall chair with the knee bent 20 to 30 degrees, and let the thigh muscles relax fully. This position places the kneecap comfortably at its most lateral resting point, which makes it a good starting position.

Movement Sequence

1. If using one, wrap a thin layer of underwrap around the kneecap area. 2. Anchor one end of the tape at the mid-point of the outer border of the kneecap. 3. Using the whole palm of the other hand, push the kneecap and the surrounding soft tissue inward, and while holding that pushed position, pull the tape across the inner side of the thigh, past the inner femoral condyle, and anchor it into the tissue at the back of the hamstring. 4. Check that the skin on the inner side bunches up slightly (no bunching at all means the pull was not firm enough). 5. Stand up and repeat the movement that used to hurt, such as stepping down a low 10 cm step or a short squat, 3 to 5 times, checking immediately whether pain has dropped by half or more.

Breathing

Breathe naturally while applying the tape rather than holding your breath, and exhale slightly during the moment you push the tissue inward with your hand, which relaxes the thigh and gives a more accurate push.

Sets, Reps, and Frequency

3 to 5 reps of the retest movement is enough each time you apply the tape. Once you confirm a reduction in pain, reapply fresh tape once each morning, wear it through the more active parts of the day, and always remove it before sleeping to let the skin rest.

Common Mistakes and Fixes

The most common mistake is pulling on the tape itself without pushing the underlying tissue first. Applied this way, only the skin ends up stretched taut while the kneecap barely moves, which is why the retest often shows no change in pain. Push the tissue into position with your palm first, hold that position, then fix it in place with the tape, in that order. The second common mistake is pulling too hard, folding the inner skin into a crease, which creates a new pinching pressure on the inner side. If that happens, reduce the pulling force by roughly 30 percent and reapply.

Stop If You Notice This

Remove the tape immediately if the calf or toes go numb or feel dull, which signals restricted circulation. If you adjust the direction and tension about three times and the retest still shows no drop in pain, the fault is more likely tilt or rotation rather than glide, so do not keep forcing it. Move on to the next stage or get a physical therapist's direct assessment instead.

Stage 2: Adding Lateral Tilt Correction Tape

Starting Position

Continue with the glide correction tape from stage 1 already in place. Sit in the same position as stage 1, knee bent 20 to 30 degrees, thigh relaxed.

Movement Sequence

1. Re-check by palpation whether the outer facet of the kneecap still feels more prominent than the inner one. 2. This time, start the second piece of tape at the top-center of the kneecap rather than at the outer border. 3. Using two or three fingers, press down on the outer facet as if tilting it, and while holding that, pull the tape toward the inner femoral condyle, overlapping it partially with the stage 1 tape. 4. Stand up and retest with a step-down or a short squat again.

Breathing

Breathe naturally throughout, as in stage 1, and exhale slightly at the moment your fingers press on the facet to release thigh tension.

Sets, Reps, and Frequency

Retest with 3 to 5 reps as before. For the first few days with two layers overlapping, start with 6 to 8 hours of wear and gradually extend it as the skin and knee tolerate it.

Common Mistakes and Fixes

The most common mistake is applying the tilt tape with the same starting point and pull direction as the glide tape. Starting from the outer border instead of the top-center of the kneecap essentially repeats the glide correction a second time and barely changes the tilt itself. The second common mistake is overlapping the two strips with too much compression, creating a new pinching pain at the bottom of the kneecap during full knee extension. If that happens, simply reduce the pull on the tilt tape by one notch.

Stop If You Notice This

A sharp, stabbing pressure pain during the final stretch of straightening the knee means the two tape layers have pushed the kneecap too far into the joint. Remove both pieces immediately, and on the next attempt, clearly reduce the pull on the tilt tape before reapplying.

Stage 3: Rechecking Tracking With a Step-Down While Taped

Starting Position

Proceed once the stage 1 and 2 tape is in place and the retest has confirmed a clear reduction in pain. Stand on a low step box or a single stair, 10 to 15 cm high, with the taped leg on the step.

Movement Sequence

1. Slowly lower the opposite foot toward the ground while bending the taped knee. 2. As soon as the toes lightly touch the floor, push back up right away to return to the starting position. 3. Watch the front view in a mirror to confirm the kneecap darts outside its groove noticeably less than it did before the tape was applied.

Breathing

Inhale on the way down and exhale on the way back up.

Sets, Reps, and Frequency

Aim for 8 to 10 reps for 2 to 3 sets, 4 to 5 days a week while wearing the tape. Once you can do this pain-free and under control, gradually raise the step height from 10 cm to 12 or 13 cm, then to 15 cm, at 1 to 2 week intervals.

Common Mistakes and Fixes

The most common mistake is rushing the descent. No matter how well the tape is applied, moving too quickly lets the body fall back on its old faulty pattern, so slow the descent down to at least 3 seconds. The second common mistake is letting the hip drift sideways instead of keeping the knee tracking straight, which is corrected by consciously aiming the knee toward the second toe and slowing down further.

Stop If You Notice This

If pain returns at roughly the same level felt during the stage 1 retest even with the tape on, the direction has likely drifted or the adhesion has weakened. Stop that set, check the tape, and reapply with fresh tape and a rechecked direction if needed before continuing.

Stage 4: Extending Wear Time and Switching to Self-Taping

Who Is Ready for This Stage

If you can complete the stage 3 step-down at a 15 cm step height for 8 to 10 reps for 3 sets pain-free, and the retest consistently confirms reduced pain, you are ready to move to this stage.

Extending Wear Time

Extend the wear time from the 6 to 8 hours used in stages 1 and 2 up to 8 to 12 hours a day at this stage. Do not exceed 12 hours in a day, and always remove the tape at night so the skin gets at least 8 tape-free hours to breathe.

Switching to Self-Taping

Carry over the pushing sensation you have practiced by hand in front of a mirror and apply the tape to your own knee while sitting. For the first few days, keep the habit of retesting with a step-down right after applying it yourself, to confirm the direction is correct.

Adding a Light Maintenance Exercise

With the tape still on, holding the knee fully straight for 3 to 5 seconds in a short-arc quad exercise, 10 reps on each side for 2 sets, helps the muscles start learning the position sense the tape has been creating. If you want to build strength more systematically from here, move on to the VMO strengthening exercise article.

Common Mistakes and Fixes

The most common mistake is reusing the same strip of tape for a day or two. Tape with weakened adhesion cannot hold the tissue properly, and the correction effect noticeably fades, so replace it with fresh tape every day. The second common mistake is leaving the tape on for more than 24 hours without removing it at night, which raises the risk of skin breakdown, so remove it at the set time without exception.

Stop If You Notice This

If the skin under the tape stays red and stinging more than 24 hours after removal, rest completely from taping for about 48 hours, and when you resume, add an underwrap layer or switch to a lower-irritation product.

Week-by-Week Progression Table

McConnell published a paper in the Australian Journal of Physiotherapy in 1986 summarizing long-term case outcomes from more than 130 patients with patellofemoral pain who went through a rehabilitation program that included this taping method. A substantial share of patients reported clear improvement in symptoms and function scores without surgery, which is why this paper is often cited as the first clinical evidence for the approach. That said, it was an uncontrolled, unblinded retrospective case series, so isolating the pure effect of the tape itself from the rest of the program is not possible from this data alone.

Whittingham, Palmer, and Macmillan published a randomized controlled trial in the Journal of Orthopaedic & Sports Physical Therapy in 2004 comparing therapeutic (corrective) taping, a placebo tape applied without any real correction, and no tape at all, measuring immediate pain change during a step-down task. The sample size was roughly 70 participants, and the therapeutic tape produced a significantly greater immediate drop in pain than no tape at all. However, the difference compared with the placebo tape was not statistically significant, and the gap between conditions narrowed further at the two-week follow-up. This is generally read as evidence that part of the effect comes from cutaneous or proprioceptive stimulation rather than pure mechanical realignment alone, with the added limitation of a short follow-up window and a single-movement pain measure. The table below turns the direction both sources point toward, checking the pain change immediately after application and gradually extending wear time based on that result, into a four-week program.

Do not extend wear time just because a week has passed if you have not met the table's criteria. If the numbers are not there yet, repeat the retest at the current stage and recheck the direction before moving on.

If Retest Results Do Not Improve After Two Weeks

If the retest shows no improvement in pain for more than two weeks despite taping in the same direction, check three things. First, whether you actually pushed the tissue by hand before applying the tape, or just pulled on the tape itself. Second, whether tilt or rotation is the bigger issue rather than glide. Third, whether the step height or movement itself is still too advanced for the current stage. If checking all three does not help, it is faster to have a physical therapist directly assess by palpation which direction is correct.

Stop Signs and Situations to Avoid

Signs to Remove the Tape Immediately

• Numbness or dullness in the calf or toes
• New sharp pinching pain when the knee is fully straightened
• Blistering or swelling of the skin under the tape
• No drop in retest pain even after adjusting direction three or more times

What to Check Before Reapplying

If you removed the tape because of the signs above, leave the area completely tape-free for at least 48 hours and confirm both the skin and the pain have returned to baseline. If pain remains significant during that window, it is worth re-palpating to confirm whether it is really a glide fault versus tilt, or getting a professional assessment.

Skin Care and a Common Misconception About Reuse

If adhesive residue leaves the skin feeling tacky when you peel the tape off, wipe it gently with lukewarm water rather than scraping at it with a fingernail. Reapplying the same strip the next day sounds economical, but adhesive that has already been stretched once no longer holds the tissue in place with the same force, which often makes the retest result ambiguous. It costs a bit more, but on a day when the retest confirmed the direction was correct, reapplying fresh tape at the same spot the next day gets you through the recovery stages faster in the end.

When to Avoid This Taping or Get an Expert Assessment First

• If you have a history of allergic reaction to adhesive tape or bandages, do a patch test even with a low-irritation product before starting
• If there is a wound, active eczema, or infection on the skin around the knee, wait until the skin has recovered before starting
• If you have been diagnosed with deep vein thrombosis or a circulation problem in the leg, discuss any taping that applies compression with your care team first
• If the kneecap has actually dislocated or subluxated before, do not rely on taping alone without an orthopedic evaluation and a stability check
• If there is a history of a patellar fracture or recent knee surgery, do not progress to the stage 3 step-down without your care team's clearance

This taping method does not replace an individual diagnosis from a doctor or physical therapist. Even if none of the above applies and you have repeated the retest for more than four weeks, if pain reduction is never confirmed, that is the point to get a direct evaluation from a professional.

Can I Combine This With Other Exercises

This taping pairs well with the VMO strengthening exercise, and if anything, it helps the muscles pick up the position sense the tape has been creating. That said, it is best to first confirm the taping direction is correct over the first few days before layering in higher-intensity training.