Hypervibe

A piece of equipment we have here at upside to help enhance your physiotherapy sessions

What is a Hypervibe?

Hypervibe is a whole-body vibration plate that stimulates a neuromuscular response throughout the body. For children, it gently influences pelvic positioning and natural body motion. It can be used in various positions, such as sitting, standing, or in a dynamic way and adjusted to suit each child’s therapy goals and preferences.

Benefits of Hypervibe for Children

Much of the research on Hypervibe use in paediatrics focuses on children with cerebral palsy, showing promising outcomes, such as:

• Improved muscle strength and muscle mass
• Reduced spasticity
• Better motor control and mobility
• Increased bone density

Beyond cerebral palsy, emerging evidence supports its use for other conditions too. For example, in children with sensory processing difficulties, Hypervibe can:

• Enhance muscle activation and proprioception
• Help the child better understand their body positioning
• Provide helpful sensory input to prepare them for therapy

How Might It Be Used in a Session?

Hypervibe can be an exciting and effective addition to your child’s therapy! It can be used for static positions (like supported standing, sitting or planking) or integrated into dynamic movement goals (like throwing, catching or even boxing while on the plate).

Our therapists may include it in sessions to:

• Encourage muscle engagement
• Add variety and fun to therapy
• Support movement control and coordination goals

Interested in Trying It?

If you think your child may benefit from using the Hypervibe, please chat with your physiotherapist at your next session,  we’re happy to explore how it could support your child’s development!

References

https://www.hypervibe.com/au/pediatric-rehabilitation/

https://www.hypervibe.com/us/blog/vibration-therapy-autism-benefits/

Saquetto, M., Carvalho, V., Silva, C., Conceição, C., & Gomes-Neto, M. (2015). The effects of whole body vibration on mobility and balance in children with cerebral palsy: a systematic review with meta-analysis. Journal of musculoskeletal & neuronal interactions, 15(2), 137–144.