Why I Use a Balance Pad Instead of a BOSU®

Why I Use a Balance Pad Instead of a BOSU®

(And it’s not just about storage)

Unstable surface training has a place in thoughtful movement programming—but not all “unstable” is created equal.

You’ll notice in my studio I reach for balance pads far more often than a BOSU®. That choice isn’t about convenience or space (though yes, they stack beautifully). It’s about motor learning, load tolerance, and transfer to real-world movement.

The goal isn’t wobble -

The goal is useful adaptation.

Stability First, Then Variability

Research consistently shows that moderately unstable surfaces—like foam balance pads—create enough challenge to stimulate proprioception without shutting down force production.

Highly unstable devices (such as a BOSU® dome-up) significantly reduce:

• Force output

• Muscle activation efficiency

• Movement speed and coordination

📚 Key finding:

Behm & Colado (2012) demonstrated that excessively unstable surfaces limit strength gains and power development because the nervous system prioritizes balance over movement quality.

That trade-off matters.

Why Balance Pads Win for Dynamic Movement

A balance pad provides:

• Slight instability → increased sensory input

• Preserved ground reaction force → better strength carryover

• Freedom to move dynamically → stepping, reaching, rotation, transitions

This combination allows us to train:

• Gait-related balance

• Reactive control

• Load transfer through the hips and trunk

—all things that matter outside the studio.

📚 Anderson & Behm (2005) found that training on moderately unstable surfaces improves balance and neuromuscular control without sacrificing movement intensity.

Motor Learning > Novelty

The body learns best when:

• The task is challenging but achievable

• Errors are correctable in real time

• Movement patterns resemble real life

Highly unstable tools often force:

• Slower movement

• Bracing instead of flowing

• Over-cautious strategies that don’t translate well

📚 Research in motor control (Magill & Anderson, 2017) supports the idea that context-appropriate variability—not maximal instability—produces better skill retention and transfer.

Balance pads hit that sweet spot.

Strength, Balance, and Confidence Can Co-Exist

For many clients—especially those working on:

• Bone density

• Joint integrity

• Return-to-movement after injury

• Aging well

  
  

—we need confidence under load, not survival mode.

📚 A systematic review by Behm et al. (2010) showed that while unstable training improves balance, stable or semi-stable conditions are superior for strength gains. Balance pads allow us to blend the two intelligently.

The Bottom Line

I don’t avoid BOSU® training because it’s “bad.”

I choose balance pads because they allow:

✔ Dynamic, multi-planar movement

✔ Better strength and balance integration

✔ More meaningful progression

✔ Safer loading for long-term bodies

Instability should support movement, not dominate it.

That’s why you’ll see balance pads under your feet—and strong, confident motion above them.

Selected References

• Behm, D. G., & Colado, J. C. (2012). The effectiveness of resistance training using unstable surfaces and devices. Sports Medicine.

• Behm, D. G., et al. (2010). Effects of instability resistance training on strength, power and balance. Journal of Strength and Conditioning Research.

• Anderson, K., & Behm, D. G. (2005). The impact of instability resistance training on balance and stability. Sports Medicine.

• Magill, R. A., & Anderson, D. (2017). Motor Learning and Control: Concepts and Applications.