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Building Stability in the Squat for Strongman and Powerlifting

Writer's picture: Josh HezzaJosh Hezza

Text on lower body mobility for squats, dark brown background. A t-shirt with a skull and "Caution: Fragile" hangs to the right.


Building Stability in the Squat for Strongman and Powerlifting

The squat is one of the most foundational movements in strength training, serving as a cornerstone for both strongman athletes and powerlifters. However, achieving and maintaining stability in the squat is a challenge that requires attention to joint health, proper bracing, and targeted accessory work. This comprehensive guide explores advanced techniques to help lifters improve squat performance while protecting their joints from undue stress.


We aren’t going to reinvent the wheel here. 



Why Stability in the Squat Matters

Stability in the squat is the linchpin of effective and safe movement. A lack of stability often leads to technical breakdowns, reduced force production, and a heightened risk of injury. For strongman athletes and powerlifters, stability translates into better force transfer, higher lifts, and longevity in the sport.

Key areas of focus for squat stability include:

  • Joint Integrity: Ensuring mobility and stability across the hips, knees, and ankles.

  • Core Strength: Establishing a solid foundation through bracing and intra-abdominal pressure.

  • Neuromuscular Coordination: Synchronising movement patterns to achieve balance and control.



Joint Health and Mobility

Joint health is a foundational component of squat stability. Healthy joints provide the range of motion necessary to achieve depth while maintaining alignment under load.

Hip Mobility

The hips are the engine of the squat. Tight or restricted hips can force compensatory movement patterns, often leading to instability.

Knee Stability

The knees act as a hinge point, transferring force between the hips and ankles. Instability here often results from weak stabilising muscles or improper tracking.

Ankle Mobility

Restricted ankle dorsiflexion can compromise depth and alignment.



Bracing and Intra-Abdominal Pressure

A strong brace is critical for spinal stability and efficient force transfer. Lifters who fail to brace effectively often experience power leaks, compromising their lifts and increasing injury risk.

The Anatomy of a Brace

  1. Diaphragmatic Breathing: Focus on expanding the abdomen, not just the chest.

  2. Rib Positioning: Ensure ribs are down and stacked over the pelvis.

  3. Belt Use: A belt enhances intra-abdominal pressure. Use it as a tool, not a crutch.

Bracing Drills

Westside Barbell Insights

Louie Simmons emphasised the importance of a strong core in generating maximal force. Incorporating reverse hypers, standing ab crunches, and ab rollouts into programming can significantly enhance bracing strength and overall stability. Example video: Westside Barbell Reverse Hypers



Accessory Work for Stability

Targeted accessory work addresses weak points and builds the muscle groups essential for squat stability.

Posterior Chain Development

A strong posterior chain supports the hips and back, both critical for stability.

Quadriceps Strength

The quads play a crucial role in knee extension and squat depth.

Stabilising Muscles

Smaller stabilisers are often overlooked but play a critical role in maintaining balance.



Program Considerations for Stability

Dynamic Effort Days

Westside Barbell’s dynamic effort method trains stability through speed work and controlled deceleration.

  • Use 50–60% of your 1RM for speed squats.

  • Incorporate accommodating resistance (bands/chains) to challenge stability at different phases of the lift.

  • Add box squats to teach controlled descent and explosive reversal. Example video: Westside Barbell Dynamic Box Squats

Max Effort Days

Max effort lifts expose weaknesses in stability. Rotate squat variations to target different positions and planes.

Volume and Frequency

  • High-frequency squatting can improve neuromuscular coordination. Aim for 3–4 squat sessions per week, varying intensity and volume.

  • Use submaximal loads to practise technique and reinforce stability without overtaxing recovery.



Common Mistakes and How to Avoid Them

  1. Overemphasis on Load: Stability should not be sacrificed for heavier weights. Prioritise form and movement quality.

  2. Neglecting Mobility: Tight joints lead to compensatory movement patterns and inefficiencies.

  3. Skipping Accessory Work: Weak points remain weak without targeted intervention.

  4. Inconsistent Bracing: Failing to create consistent intra-abdominal pressure compromises spinal stability.



Conclusion

Building stability in the squat is not just about lifting heavier; it is about lifting smarter. By focusing on joint health, mastering bracing techniques, and incorporating targeted accessory work, you can achieve a stronger, more stable squat while reducing your risk of injury. Whether you are a strongman competitor or a powerlifter, stability is the foundation for longevity and success in the sport.

If you’re serious about improving your squat performance and protecting your joints for the long term, expert coaching is key. At JH Elite Performance, our Gold Coaching Package is tailored for strongman athletes and powerlifters who want to master their lifts, build stability, and smash their goals. With personalised programming, ongoing support, and the insights of over a decade of elite coaching, we can help you take your squat to the next level.

DM us today or visit www.teamjoshhezza.com to secure one of the limited spots in our Gold Coaching Package. Don’t wait – your next PR is within reach!


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