How your Pelvic Floor Can Improve Performance

Pelvic Floor = Strong Core

When we hear the word ‘pelvic floor’ often what comes to mind are things like ‘pregnancy’, ‘postnatal recovery’, ‘pelvic organ prolapse’ or ‘kegels’. We think ‘women’ and we think ‘childbirth’; but the pelvic floor plays a much bigger role in our day-to-day lives, especially our lifting lives than people realise - and this includes men.

Yep, I did just say the word ‘men’. Often people don’t associate the word ‘pelvic floor’ with the word “men” or they only associate it with men in their later stages of life when incontinence or POP may becoming a topic of interest. But the thing is, we all have pelvic floors and they all play a role in our integrated core, supporting our internal organs, creating a solid brace when we go to lift heavy things (I’m looking at you deadlifts and squats), as well as controlling our urinary and bowel functions.

Pelvic Floor = Better Resilience

When it comes to programming for Strength & Conditioning, I have learnt a lot from Ciaran Ruddock, Head of Performance & Programming at FFS Gyms. He spends a lot of time researching and planning S&C programmes for clients and members of FFS Gyms to help make them stronger and more resilient; and he has taught me to do the same.

The key thing here is - more resilient. Have you ever been in the situation when you go to get a PB on a deadlift or squat, you lose your brace in your core and next thing you know you have a lower back niggle that is at you. Or ladies, do you dread doing plate hops, skipping, or box jumps for more than 10 seconds in the fear of having a bit of urinary leakage? Both of these scenarios are common amongst the athletic community but neither should be considered normal (nor should it be made a joke of, just FYI).

Pelvic Floor = The Missing Piece of the Puzzle

I’m not here to judge, I have suffered from both of Lower Back Pain and Urinary Stress Incontinence but it wasn’t until recently that the penny dropped that my pelvic floor might be the missing piece in the puzzle.

A cross-sectional study by Bush et al. in 2014 found that women who reported with chronic back pain “have an increased odds of having SUI (stress urinary incontinence) and concluded that it is “important for all trunk muscles, including the pelvic floor muscles, to function in coordination with one another for postural control and for prevention of pain and dysfunction”. The research on pelvic floor dysfunction in men is limited as research has focused mostly on women and there is an assumption that symptoms can go unreported amongst men. Nevertheless, it is estimated that 3-11% of males suffer from urinary incontinence (Nitti, 2001) and this gets more prevalent with age. The Continence Foundation of Australia lists ‘lifting heavy’ as a contributing factor to weakening of the pelvic floor muscles, so it is important that males know how to train it properly to make sure they are building resilience and overall health.

What I want to address in this blog post is the second point - creating a solid brace when we got to lift heavy things.

WHAT IS THE PELVIC FLOOR AND WHY DOES IT MATTER FOR LIFTING HEAVY?

What is the pelvic floor?

Let’s take a step back - The pelvic floor is a dome-shaped group of muscles that sits like a sling at the bottom of your pelvis. It connects to your pubic bone at the front, tail bone at the back, and the bottom of your pelvic bones. Its role is to support your internal organs, maintain continence and assist in defecation and childbirth.

Dome-shaped you say? Sounds familiar? That is because there is another muscle that is dome-shaped and that is your diaphragm, which sits at the top of your abdomen at the bottom of the ribs.

The diaphragm and pelvic floor are both part of your ‘core muscles’. We need to think of our core as more than just abs, it made up a multitude of muscles such as your diaphragm at the top, pelvic floor at the bottom, transverse abs at the sides, multifidus at the back and rectus abdominous at the front. These muscles need to be able to co-contract and work together (as you can see in the gif below) to be able to create a strong and stable trunk. This is particularly important during heavy lifts such as your deadlifts, squats, and bench.