
Prevention shared a seven-stretch routine for lateral knee pain. Here is how older athletes should pair this mobility work with targeted hip strengthening.

On September 17, 2026, Prevention published an expert-led guide detailing a seven-movement stretching routine for hip and knee discomfort. The article, which was updated on September 19, 2026, focuses heavily on the iliotibial band. This thick connective-tissue structure runs down the outside of the thigh from the hip to the knee. It plays a critical role in stabilizing the lower body during high-impact activities like running and jumping.
The publication gathered insights from physical therapists and strength coaches to address a common complaint among endurance athletes. It identifies runners, cyclists, and people who walk long distances as groups prone to this specific tightness. Symptoms may become more noticeable during lateral movements, weight-bearing, and other high-impact activities. Their resulting guide offers a structured approach to managing this lateral knee and outer hip pain.
The experts consulted by Prevention suggest that treating the iliotibial band requires looking at the surrounding muscles. Instead of trying to stretch the connective tissue itself, the routine targets the glutes, hips, and trunk. Albert Matheny explained the problem mechanically by comparing the iliotibial band to a rubber band. Greater tension or limited movement at either end can increase pulling forces and contribute to symptoms.
Brian Gurney added that limited hip extension can make glute engagement much more difficult. This mechanical limitation encourages an athlete to shift their weight toward the outside of the leg. This shift in load distribution can potentially change overall lower-limb mechanics over time. Addressing mobility and flexibility in the surrounding tissues is more effective than attempting to permanently lengthen the band.
The recommended sequence begins with foundational stretches for the lower body. It includes a dedicated glute stretch, an abductor stretch, and a standard quad stretch. These initial movements focus on the primary muscle groups that directly influence hip and knee stability. The Prevention routine calls for holds of at least 10 seconds for each position.
The sequence also incorporates more complex rotational movements to address the trunk and hips. These include a deep lumbar rotation, a spinal rotation, a crossover stretch, and the pigeon pose. The authors suggest doing these stretches at least once per week to maintain tissue mobility. The routine uses a mix of seated, standing, supine, and kneeling positions to accommodate different ability levels.
Some of these movements require specific equipment or support to be performed safely. One specific movement, the deep lumbar rotation, requires a resistance band or a yoga strap. The publication advises using a wall or a table for balance during the crossover stretch if necessary. It also offers an easier modification for the spinal rotation by keeping the non-rotating leg extended.
The Prevention piece is an expert-advice feature rather than a randomized clinical trial. Therefore, the seven-stretch sequence should be viewed as a practical routine rather than a clinically validated medical protocol. The cited page does not establish that a 10-second hold is superior to other stretching frequencies or hold durations. Furthermore, the available source material does not show that stretching alone resolves this syndrome entirely.
Clinical databases do offer context for the underlying rehabilitation theory behind these recommended movements. A PEDro-listed pilot randomized study focused specifically on female runners experiencing this exact syndrome. This pilot study reported that participants receiving hip-strengthening exercises consistently improved on their measured outcomes. Furthermore, these participants did not perform worse than the comparison groups in the trial.
A separate PEDro summary examined athletes dealing generally with tightness along the outer thigh. This record reports improvements in pain, range of motion, and muscle strength after exercise-based rehabilitation. The summary noted that instrument-assisted soft-tissue mobilization and foam-rolling techniques enhanced the effects of the exercise. However, these supplementary recovery techniques did not differ significantly from one another in their overall impact.
These specific clinical findings provide a necessary caveat to any mobility program. They strongly support presenting stretching and soft-tissue work as components of a broader strategy. The clinical evidence certainly supports using exercise to address tightness, but it does not validate every stretch in the sequence. It also does not prove that those specific stretches alone are responsible for the reported rehabilitation benefits.
This recent expert advice reflects a broader shift in how practitioners view lateral knee pain. There is a move away from treating the iliotibial band as a completely isolated structure. Clinicians are now focusing more heavily on the hip, gluteal, quadriceps, and trunk tissues that influence lower-limb movement. Using targeted cross training for injury prevention aligns perfectly with this more comprehensive approach to joint health.
For the ambitious endurance athlete over 35, recurring lateral-knee pain is a very familiar opponent. As we age, our recovery windows change, and our tissues tolerate less unchecked repetitive stress. A tight iliotibial band is rarely an isolated problem for a veteran competitor. It is usually a signal to review recent mileage, hill training, speed work, and overall recovery.
Hitting my forties brought a harsh reality check regarding joint resilience and repetitive stress. The track workouts were not getting slower, but the days after them felt significantly heavier on my knees and hips. Instead of forcing my old Tuesday and Thursday intensity schedule, I looked at the data on Masters athletes and muscle protein synthesis. I pushed my second hard session to Friday, allowing an extra forty eight hours of low intensity recovery.
My total weekly volume stayed the same, but the quality of my intervals skyrocketed. The nagging lateral knee tightness finally subsided because my body had the necessary time to repair itself. A routine focusing on post workout stretching and mobility can provide relief, but proper programming builds actual resilience. Building low friction daily routines around your mobility work ensures consistency without adding mental fatigue.
The Prevention routine offers a low-barrier way to maintain tissue mobility right at home. You can start with the simpler supine or seated movements. If your balance and knee comfort allow, you can safely progress to the standing or kneeling variations. Athletes should stop or modify a movement that produces sharp, worsening, or radiating pain.
Treating discomfort as evidence that a stretch is working is a dangerous mindset for older athletes. These stretches should complement progressive strength training rather than serve as a standalone replacement. Pairing mobility work with hip-strengthening exercises provides a more robust defense against overuse injuries. For endurance athletes, exercise-based rehabilitation appears more defensible as a long-term strategy.
Outer-knee or outer-hip pain can have multiple causes beyond simple connective tissue tightness. If pain persists, repeatedly returns, or prevents normal training, athletes should seek professional evaluation. The available sources do not establish that this stretching routine is appropriate for every clinical presentation.
Consistent mobility work and targeted hip strengthening offer the most reliable path for veteran athletes to manage lateral knee pain and preserve long-term joint health.
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