There is female-targeted content on running with incontinence. There is nothing for men. No UK male incontinence guidance addresses sport, exercise, or physical activity in any meaningful way.
This matters, because exercise is not just something to manage your condition around. For many men it is part of how the condition improves.
Exercise as treatment
The instinct when leakage starts is to pull back. Avoid the run. Skip the gym. Stay closer to home and closer to a toilet. That instinct is understandable and it is counterproductive.
Chen et al. (2023), drawing on population cohorts covering over 200,000 participants, established a U-shaped relationship between BMI and incontinence in men. The lowest risk sits at a healthy weight, BMI 24-35. Risk rises significantly in both directions. Men who stop exercising because of leakage are moving in the wrong direction on that curve (Chen et al., 2023).
The mechanism is not just weight. Physical activity improves OAB through several pathways simultaneously. Weight management reduces intra-abdominal pressure on the bladder and pelvic floor. Cardiovascular fitness improves bladder control through better autonomic nervous system regulation. Walking and low-impact activity specifically activate the pelvic floor muscles through postural engagement. Consistently, repeatedly, and without any conscious effort. A man who walks for 30 minutes a day is doing more passive pelvic floor work than one who does ten minutes of Kegels on the sofa.
The BJGP's position is explicit: conservative management, of which physical activity is a component, should be the starting point for male OAB before medication is considered (Millman et al., 2018). Exercise is not a lifestyle add-on. It is a first-line clinical recommendation.
The practical reality
None of this means the leakage disappears the moment you start exercising. Product management is still needed. But the framing matters. You are not exercising despite incontinence. You are exercising as part of managing it.
The guidance below is reasoned from product mechanics, OAB physiology, and the existing pelvic floor and intra-abdominal pressure literature. There is no published peer-reviewed evidence on male incontinence product choice during sport. That gap is worth naming. This is the best available information, not settled science.
Running
High-impact running increases intra-abdominal pressure with every stride, which can trigger stress leakage. A shaped male pad during running is subject to constant displacement from leg movement. The fix is compression shorts worn directly against the body, with the pad held firmly in position by the compression fabric. Close-fitting briefs under standard shorts achieve a similar effect.
Use the lightest absorbency appropriate for the expected leakage volume. Empty the bladder once before setting off, but once only. Repeated just-in-case voiding before exercise reinforces exactly the pattern that bladder training aims to reverse. One deliberate void, then go.
Swimming
No standard incontinence product can be worn in water. Shaped pads disintegrate. Pull-ups become waterlogged. For urgency leakage in a pool context, there is no product solution. Pelvic floor muscle training and urge suppression technique are the only practical tools for managing urgency during swimming. For stress leakage, water resistance provides some natural counterpressure that partially offsets the effect.
We've all seen what happens to babies in nappies in the pool.
Gym and weights
Heavy compound lifts, including deadlifts, squats, leg press, and loaded carries, produce significant intra-abdominal pressure spikes, particularly when combined with the Valsalva manoeuvre. This is the breath-holding technique used to stabilise the trunk under load. It drives pressure directly downward onto the pelvic floor and bladder.
For men with stress incontinence, exhaling during the effort phase of a lift reduces the pressure spike substantially. This is standard physiotherapy guidance for pelvic floor protection during resistance training, and it does not compromise the lift significantly once it becomes habit.
Brief-style products with a defined fit are more stable during squatting and hinging movements than shaped pads, which shift with the change in body geometry during deep ranges of motion.
Team sports and racquet sports
Multidirectional, sprint-stop activities such as football, rugby, squash, and tennis create unpredictable movement patterns that displace shaped pads more than steady-state running. A pull-up product provides better containment across all movement planes. It does not shift with lateral or rotational movement and removes the risk of pad displacement during tackles, jumps, or direction changes.
For contact sports specifically, the pull-up is the only practical option. A shaped pad in a rugby match is not going to end well.
Golf
Golf presents a different challenge. Low impact but long duration outdoors, with limited and often unpredictable toilet access. The course itself has no facilities between holes on most layouts. Plan a product change at the turn, the 9th hole, as a default for an 18-hole round of four to five hours. A slightly higher-absorbency product than your usual daytime choice removes the anxiety of uncertain access.
The Radar Key is worth having in the golf bag. Not for the course, but for the journey and the clubhouse facilities. Details in the journey planning article.
Walking
Worth naming separately because it is underrated and often overlooked in favour of more intensive exercise. A 30-minute walk every day is one of the most consistently beneficial things a man with OAB can do. Low impact, no special product considerations beyond your usual daily choice, and the pelvic floor activation from sustained upright movement adds up over weeks and months.
If running feels too high-impact right now, walk. If the gym is not an option, walk. It is not a consolation prize. It is a legitimate clinical intervention and the evidence supports it.
The broader point
Stopping exercise to manage incontinence is the wrong response. It worsens the underlying condition, reduces the weight management benefit that directly lowers incontinence risk, and removes one of the few interventions that consistently improves OAB symptoms over time.
The product adapts to the activity. The activity does not stop because of the product.