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Recovery8 min read

STRETCHING FOR CYCLISTS: WHAT ACTUALLY WORKS

By Anthony Walsh

Ask around and you'll get two confident, opposite answers about stretching. Your old-school club captain swears you must stretch after every ride or you'll seize up. The science-forward crowd tells you stretching is a waste of time that does nothing for performance or injury. And you're stuck in the middle, hamstrings tight, lower back grumbling, not knowing who to believe.

They're both wrong, because they're both answering the wrong question. Stretching isn't one thing that's either useful or useless. It's several different tools, and each one has a specific job. Use the right tool for the right job and it helps. Use the wrong one at the wrong time and it either does nothing or actively costs you power.

Let me sort out what actually works for a cyclist, and give you the hip-flexor protocol that addresses the real problem cycling creates.

First, what stretching won't do

Let's clear the overselling out of the way, because half the confusion comes from stretching being sold as something it isn't.

It won't prevent most injuries. The evidence that stretching prevents injury is weak, and it's especially weak for cycling. Cycling is low-impact and repetitive — you're not landing, cutting, or absorbing collisions. Most cycling problems come from position, load, and overuse: a saddle too high, a fit that's off, too much volume too soon. Stretching a tight hamstring won't fix a bike-fit problem, and no amount of flexibility work protects a knee that's being wrecked by a bad cleat position. If your issue is knee or back pain, start with the fit, not the stretch.

It won't add power. Being more flexible doesn't make you push more watts. If anything, as we'll see, the wrong stretch at the wrong time takes power away.

So if you're stretching to prevent injury and gain power, you're going to be disappointed. But that's not what stretching is for. What it's actually good at is keeping you comfortable, maintaining the range of motion cycling erodes, and letting you hold a good position without your body fighting you. Those are worth having — they're just quieter benefits than the ones people oversell.

Static vs dynamic: the timing is everything

Here's the distinction that resolves most of the argument. Static and dynamic stretching are different tools, and the mistake is using them at the wrong times.

Dynamic stretching is active movement through a range of motion — leg swings, walking lunges, hip circles, arm swings. You're moving, not holding.

Static stretching is holding a lengthened position — the classic "hold it for 30–60 seconds" hamstring or hip-flexor stretch.

The key finding, and the one that trips up a lot of riders: long static stretches before a hard effort can temporarily reduce power. Static holds beyond about 60 seconds have been shown to cause a small, short-lived drop in force and power output in the minutes afterward. If you're about to do a hard interval session or a race, that's a self-inflicted handicap. This is the same reason a massage gun's brief burst is a better pre-ride primer than a long static hold — you get the range without the power cost.

So the rule is simple:

  • Before riding: dynamic. Prime the range of motion and warm the tissues with movement. No long holds.
  • After riding, or in a separate session: static. Now a brief power dip doesn't matter, and you're targeting the tightness cycling has built up over hours in the saddle.

Get the timing right and both tools earn their place. Get it backwards — long static holds before a race — and you've quietly blunted the effort you're warming up for.

The pre-ride dynamic routine

You don't need much before a ride. Five minutes of movement that takes the joints you're about to use through their range:

  1. Leg swings — front to back, then side to side, holding something for balance. 10–12 each leg, each direction.
  2. Walking lunges with a reach — step into a lunge, reach the same-side arm overhead to open the hip and torso. 8 per side.
  3. Hip circles — hands on hips, big slow circles both directions. 8 each way.
  4. Cat-cow — on hands and knees, arch and round the spine. Wakes up the back you're about to hunch for hours. 8–10 reps.
  5. Arm swings and shoulder rolls — for the upper body that holds you over the bars. 10 each.

That's it. Then get on the bike and ride the first ten minutes easy, which is the best warm-up there is. The dynamic work primes; the easy riding finishes the job.

The real problem: your hip flexors

Now the part that matters most for cyclists, because it's the tightness cycling specifically creates.

Cycling holds your hip in a flexed position — knee coming up toward the chest, hip closed — for hours at a time. Do that for years and the hip flexors, the muscles at the front of the hip, adapt by shortening and tightening. It's exactly what you'd expect: spend enough time in a shortened position and the tissue settles there.

Tight hip flexors are behind a surprising amount of what bothers cyclists:

  • Lower-back pain. Tight hip flexors pull on the pelvis, tilting it and loading the lower back. A huge amount of cyclist back pain traces back here rather than to the back itself.
  • Reduced position. If your hip flexors are locked short, you can't rotate the pelvis forward into an aggressive position without your back rounding to compensate. That costs you aero and comfort.
  • Glute inhibition. Chronically tight hip flexors can reciprocally switch off the glutes, and weak glutes rob you of power and destabilise the pelvis on the bike.

Because you spend so long in that flexed shape, deliberately lengthening the hip flexors off the bike is one of the highest-value mobility jobs a cyclist can do. This is the stretch that actually addresses a cycling-specific problem, rather than generic "touch your toes" flexibility.

The hip flexor protocol

Do this after rides or in a separate session, 3–4 times a week. It takes five minutes.

  1. Half-kneeling hip flexor stretch. Kneel on one knee, other foot flat in front, both at 90 degrees. Tuck your pelvis under (imagine tucking your tailbone) — you should feel the stretch at the front of the down-leg's hip. Don't arch your back to chase it; the pelvic tuck is what makes it work. Hold 30–45 seconds, 2 rounds per side.
  2. Add a reach. From the same position, reach the same-side arm overhead and lean slightly away. This lengthens the whole front-of-hip line. Hold 20–30 seconds per side.
  3. Couch stretch (progression). Once the basic version is easy, put the down-leg's back foot up on a chair or couch behind you. Same pelvic tuck. This is intense — ease into it. Hold 20–30 seconds per side.
  4. Glute bridge to reactivate. After stretching the hip flexors, do 10–15 glute bridges to switch the glutes back on. Lengthen the tight thing, then wake up the thing it was suppressing. This pairing is the whole point.

That last step matters. Stretching alone leaves a gap; pairing the hip-flexor lengthening with glute activation is what actually changes how you hold yourself on the bike.

Don't forget the top half

Cyclists obsess over legs and forget the body holding them over the bars. Hours hunched over means a tight chest, a rounded upper back, and a strained neck. A couple of minutes on these pays off in comfort on long rides:

  • Doorway chest stretch — forearm on the frame, step through, 30 seconds each side.
  • Thoracic rotations — on hands and knees, hand behind head, rotate the elbow up toward the ceiling. 8 per side.
  • Gentle neck stretches — ear toward shoulder, hold lightly. Never force the neck.

For a full-body version of all this, the 10-minute mobility routine puts it together into one flow.

The takeaways

  • Stretching won't prevent most cycling injuries (those come from position and overuse — start with bike fit) and won't add power. Its value is comfort, range of motion, and holding position.
  • Timing decides everything: dynamic before riding, static after. Long static holds before a hard effort can cause a small temporary power drop.
  • Keep the pre-ride routine to five minutes of movement — leg swings, lunges, hip circles, cat-cow — then ride the first ten minutes easy.
  • The hip flexors are the cyclist's real problem: hours in a flexed position shortens them, driving lower-back pain, lost position, and glute inhibition.
  • Do the half-kneeling hip-flexor stretch with a proper pelvic tuck, progress to the couch stretch, and always pair it with glute bridges to reactivate.
  • Don't skip the upper body — chest, thoracic spine, and neck take a beating from hours over the bars.
  • Consistency beats duration: a short dynamic warm-up most rides plus targeted mobility 2–4 times a week does more than the occasional long session. See the full mobility routine.

Small, consistent mobility work is one of those things that's easy to skip alone and easy to keep up with a bit of accountability. That's what the Roadman community is for — riders keeping each other honest on the boring, high-value habits that keep you comfortable and fast for years. Come and join us at skool.com/roadmancycling.

FAQ

FREQUENTLY ASKED QUESTIONS

Should cyclists do static or dynamic stretching?
Both, but at different times. Do dynamic stretching before you ride — leg swings, lunges, hip circles — to raise range of motion and warm the tissues without the temporary strength reduction that long static holds can cause. Save longer static stretches for after the ride or a separate mobility session, when a brief power dip doesn't matter and you're targeting the tightness cycling creates.
Does static stretching before a ride reduce power?
Long static holds can. Research shows that static stretches held for more than about 60 seconds can cause a small, temporary reduction in force and power output in the minutes afterward. For a hard session or a race that's worth avoiding, which is why dynamic stretching is the better pre-ride choice. Brief static holds under 30 seconds have a much smaller effect.
Why are hip flexors such a problem for cyclists?
Cycling holds the hip in a flexed position for hours, and the hip flexors adapt by shortening and tightening. Tight hip flexors pull on the pelvis and lower back, contribute to lower-back pain, and can limit how well you hold an aggressive position. Because you spend so long in that flexed shape on the bike, deliberately lengthening the hip flexors off the bike is one of the highest-value mobility jobs a cyclist can do.
Does stretching prevent cycling injuries?
Not most of them. The evidence that stretching prevents injury is weak, and cycling's low-impact, repetitive nature means most cycling issues come from position, load, and overuse rather than a lack of flexibility. Stretching's real value for cyclists is comfort, range of motion, and the ability to hold position — not injury prevention in the way it's often sold.
How often should cyclists stretch?
A short dynamic routine before most rides and a targeted static or mobility session two to four times a week is plenty for most riders. Consistency beats duration — five to ten focused minutes several times a week does more than an occasional long session. Prioritise the areas cycling tightens: hip flexors, glutes, hamstrings, and the upper back and neck.

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ANTHONY WALSH

Host of the Roadman Cycling Podcast