Professor Shona HalsonCompression garments are now a staple across elite sport, gym culture, and everyday training — but not all performance trends are grounded in science.
To separate fact from fitness hype, this article draws on research and applied sports science insights from Professor Shona Halson, one of the world’s leading experts in recovery, fatigue, and performance physiology.
With decades of experience working alongside elite athletes and extensive peer-reviewed research in human performance, Professor Halson’s work helps explain how compression actually works, and why it plays a meaningful role in both performance and recovery.
How Compression Garments Improve Blood Flow
One of the most well-established benefits of compression garments is their effect on circulation.
Compression applies external pressure to the limbs, gently narrowing superficial blood vessels and encouraging blood to move through deeper, larger veins. This leads to:
-
Increased blood flow to working muscles
-
Improved venous return (blood returning to the heart)
-
Reduced blood pooling in the lower limbs
Improved circulation supports oxygen and nutrient delivery to muscles and helps remove metabolic by-products more efficiently during recovery. This same mechanism is why compression garments are commonly recommended for long-haul travel or extended periods of sitting or standing.
Reduced Inflammation and Muscle Soreness
Exercise causes small amounts of muscle damage, triggering inflammation that leads to soreness and stiffness — particularly after high-intensity or unfamiliar training.
Research led and reviewed by Professor Halson shows that compression garments can help:
-
Accelerate clearance of metabolic waste products
-
Reduce post-exercise inflammation
-
Minimise delayed onset muscle soreness (DOMS)
By supporting circulation and limiting swelling, compression wear may help athletes recover faster and maintain more consistent training routines.
Muscle Oscillation: Reducing Muscle “Wobble”
High-impact movements such as running and jumping create repetitive forces that cause muscles to vibrate — often referred to as muscle oscillation.
Over time, excessive muscle movement can increase fatigue and contribute to soreness or injury risk. Compression garments act as a stabilising layer, helping to:
-
Reduce muscle vibration during movement
-
Lower mechanical stress on muscle tissue
-
Improve movement efficiency
Scientific studies have shown reduced muscle activation and movement when compression garments are worn during sub-maximal running and repeated efforts.
Improved Body Awareness and Stability
Compression garments also enhance somatosensation — the body’s awareness of position, movement, and joint stability.
By providing consistent tactile feedback across muscles and joints, compression wear can help the brain better understand where the body is in space. This is particularly beneficial for:
-
Balance-dependent activities
-
Stability-focused movements
-
Individuals with previous injuries or joint instability
Improved body awareness may contribute to safer, more controlled movement patterns and a reduced risk of re-injury.
Perceived Recovery: Why Feeling Better Matters
One of the most consistent findings across compression research is an improved perception of recovery.
Athletes frequently report feeling:
Whether driven by physiological changes, psychological comfort, or both, feeling recovered plays a major role in motivation, training adherence, and overall performance — a key insight highlighted in Professor Halson’s recovery research.
Performance Benefits Across Different Sports
Beyond recovery, compression garments have also demonstrated performance benefits.
Research has shown improvements in:
In some cases, performance gains were observed after wearing compression for as little as 20 minutes between efforts, making compression a practical tool even during short recovery windows.
The Overall Benefits of Compression Wear
Based on the growing body of scientific evidence, compression garments offer multiple benefits across performance and recovery:
-
Enhanced blood flow and circulation
-
Reduced muscle soreness and inflammation
-
Improved muscle stability
-
Increased body awareness
-
Faster recovery between training sessions
Whether worn during exercise, between workouts, or at the end of the day, compression wear is now supported by both laboratory research and real-world elite sport application.
Final Thoughts
Compression garments are not a shortcut — but they are a scientifically supported way to help the body perform and recover more effectively.
Backed by decades of research and applied sports science from Professor Shona Halson, compression wear has earned its place as a credible tool for athletes and active individuals alike.
When designed correctly and used consistently, compression garments can support better movement, faster recovery, and improved performance — grounded in real science, not trends.
Article Contribution:
This article is based on research and expert insight from Professor Shona Halson, Deputy Director of the SPRINT Research Centre at Australian Catholic University, a globally recognised leader in recovery, fatigue and performance science.
SHOP SA1NT MOTO
Do Compression Garments Work? Evidence Explained by Professor Shona Halson
Professor Shona HalsonCompression garments are now a staple across elite sport, gym culture, and everyday training — but not all performance trends are grounded in science.
To separate fact from fitness hype, this article draws on research and applied sports science insights from Professor Shona Halson, one of the world’s leading experts in recovery, fatigue, and performance physiology.
With decades of experience working alongside elite athletes and extensive peer-reviewed research in human performance, Professor Halson’s work helps explain how compression actually works, and why it plays a meaningful role in both performance and recovery.
One of the most well-established benefits of compression garments is their effect on circulation.
Compression applies external pressure to the limbs, gently narrowing superficial blood vessels and encouraging blood to move through deeper, larger veins. This leads to:
Increased blood flow to working muscles
Improved venous return (blood returning to the heart)
Reduced blood pooling in the lower limbs
Improved circulation supports oxygen and nutrient delivery to muscles and helps remove metabolic by-products more efficiently during recovery. This same mechanism is why compression garments are commonly recommended for long-haul travel or extended periods of sitting or standing.
Reduced Inflammation and Muscle Soreness
Exercise causes small amounts of muscle damage, triggering inflammation that leads to soreness and stiffness — particularly after high-intensity or unfamiliar training.
Research led and reviewed by Professor Halson shows that compression garments can help:
Accelerate clearance of metabolic waste products
Reduce post-exercise inflammation
Minimise delayed onset muscle soreness (DOMS)
By supporting circulation and limiting swelling, compression wear may help athletes recover faster and maintain more consistent training routines.
Muscle Oscillation: Reducing Muscle “Wobble”
High-impact movements such as running and jumping create repetitive forces that cause muscles to vibrate — often referred to as muscle oscillation.
Over time, excessive muscle movement can increase fatigue and contribute to soreness or injury risk. Compression garments act as a stabilising layer, helping to:
Reduce muscle vibration during movement
Lower mechanical stress on muscle tissue
Improve movement efficiency
Scientific studies have shown reduced muscle activation and movement when compression garments are worn during sub-maximal running and repeated efforts.
Improved Body Awareness and Stability
Compression garments also enhance somatosensation — the body’s awareness of position, movement, and joint stability.
By providing consistent tactile feedback across muscles and joints, compression wear can help the brain better understand where the body is in space. This is particularly beneficial for:
Balance-dependent activities
Stability-focused movements
Individuals with previous injuries or joint instability
Improved body awareness may contribute to safer, more controlled movement patterns and a reduced risk of re-injury.
Perceived Recovery: Why Feeling Better Matters
One of the most consistent findings across compression research is an improved perception of recovery.
Athletes frequently report feeling:
Less sore
More supported
More prepared to train again
Whether driven by physiological changes, psychological comfort, or both, feeling recovered plays a major role in motivation, training adherence, and overall performance — a key insight highlighted in Professor Halson’s recovery research.
Performance Benefits Across Different Sports
Beyond recovery, compression garments have also demonstrated performance benefits.
Research has shown improvements in:
Strength and power recovery
Running performance
Cycling endurance and sprint output
In some cases, performance gains were observed after wearing compression for as little as 20 minutes between efforts, making compression a practical tool even during short recovery windows.
The Overall Benefits of Compression Wear
Based on the growing body of scientific evidence, compression garments offer multiple benefits across performance and recovery:
Enhanced blood flow and circulation
Reduced muscle soreness and inflammation
Improved muscle stability
Increased body awareness
Faster recovery between training sessions
Whether worn during exercise, between workouts, or at the end of the day, compression wear is now supported by both laboratory research and real-world elite sport application.
Final Thoughts
Compression garments are not a shortcut — but they are a scientifically supported way to help the body perform and recover more effectively.
Backed by decades of research and applied sports science from Professor Shona Halson, compression wear has earned its place as a credible tool for athletes and active individuals alike.
When designed correctly and used consistently, compression garments can support better movement, faster recovery, and improved performance — grounded in real science, not trends.
Article Contribution:
This article is based on research and expert insight from Professor Shona Halson, Deputy Director of the SPRINT Research Centre at Australian Catholic University, a globally recognised leader in recovery, fatigue and performance science.