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Science of Multi-Directional Speed
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MEET THE TEAM

Adam Field

Latest from
Adam Field
  • Extra Time Period of Soccer: Implications for Performance, Fatigue, Recovery, and Injury

Alan Murdoch

Latest from
Alan Murdoch
  • Fast To Fit: Why A Speed Based Approach Can Help Weaponise ACL Rehab

Alberto Filter

Latest from
Alberto Filter
  • Curved Sprinting 101

Alistair McBurnie

1st Team Sports Scientist, Manchester United F.C.
Latest from
Alistair McBurnie
  • Sprint Force-Velocity Profiling: Where Do We Go From Here?
  • Is Sprint Force-Velocity Profiling a Waste of Time?
  • Assessing the Speed Qualities of the 360° Team Sport Athlete
  • Faster and Fitter: Developing a Soccer Player’s High-Intensity Movement Profile
  • A Framework for Developing Multi-Directional Speed in the Adolescent Soccer Player: Part Two
  • A Framework for Developing Multi-Directional Speed in the Adolescent Soccer Player: Part One

Bas Van Hooren

Latest from
Bas Van Hooren
  • Understanding Load And Damage At Common Running Injury Locations And How To Assess It Using Wearable Technology
  • The Relationship Between Running Technique and Running Economy: A Deep Dive for Science of Multi-Directional Speed

Chris Thomas

Strength & Conditioning Coach at Aspetar Orthopaedic and Sports Medicine Hospital, specializing in ACL rehabilitation
Latest from
Chris Thomas
  • Enhancing Strength After ACL Reconstruction: Fundamental Guidelines
  • From Straight Lines to Sharp Turns: Evaluating Physical Qualities Essential for Multi-Directional Speed
  • Assessing Inter-limb Asymmetries: Should We Bother?
  • The Importance of Strength Qualities for Change of Direction

Christopher Bramah

Lecturer in Physiotherapy, Research in the Clinical Application of Biomechanics and a Practitioner working at the University of Salford and Manchester Institute of Health & Performance.
Latest from
Christopher Bramah
  • Mechanical Considerations in Hamstring Strain Injuries

Damian Harper

Lecturer in Coaching and Performance, UCLan and Founder of Human Braking Performance.
Latest from
Damian Harper
  • Eccentric Strength Training for Improving Horizontal Deceleration Ability: The use of the Braking Performance Framework
  • Don’t Speed Up What You Can’t Slow Down: How Are We Assessing Our Athlete’s Horizontal Deceleration Performance Capabilities?
  • Deceleration: The Most Mechanically Demanding Task in Multi-Directional Sports?
  • Horizontal Deceleration Ability: A Critical, but often Overlooked Quality for Speed Performance and Injury-Risk Reduction in Multi-Directional Sports

Danny Lum

Latest from
Danny Lum
  • Relevance of Isometric Strength Assessments in Sports
  • Isometric Training: Science and Practical Applications

Fearghal Kerin

Latest from
Fearghal Kerin
  • T-Junction Injuries of the Biceps Femoris: Anatomy, Diagnosis, and Rehabilitation Evolution

Jasper Verheul

Latest from
Jasper Verheul
  • The Importance, Challenges, and Developments of Biomechanical Load Measurements in Multidirectional Sports
  • An Analysis Of The Musculoskeletal Forces Experienced During Horizontal Decelerations In Multi-directional Sports

Jesus Olivares Jabalera

Latest from
Jesus Olivares Jabalera
  • ACL Injuries In Football: Evidence Based Strategies To Reduce Its Incidence

Johan Lahti

Latest from
Johan Lahti
  • Effects of Fatigue Induced by Sprinting on Biomechanics and Potential Hamstring Injury Risk

Nicholas Ripley

Lecturer of Sport Science and Strength and Conditioning at the University of Salford and current admissions tutor for the BSc (Hons) Sport Science programme.
Latest from
Nicholas Ripley
  • Hamstring Conditioning Strategies for Injury Risk Reduction and Performance

Paul Jones

Lecturer in Biomechanics/Strength & Conditioning, University of Salford.
Latest from
Paul Jones
  • Assessing True ‘Agility’ – The ‘Holy Grail’ of Performance Testing?
  • Curve Your Speed: Biomechanical Insights Into Developing Curvilinear Running Speed
  • Assessing Change of Direction Qualities in the Field
  • Biomechanically Informed Training Strategies for Injury Risk Mitigation for Change of Direction
  • Creating Technical Frameworks to Aid the Coaching of Agility Actions

Tom Dos'Santos

Lecturer in Strength & Conditioning/Sports Biomechanics, Manchester Metropolitan University.
Latest from
Tom Dos'Santos
  • Biomechanical Determinants of Performance and Injury Risk During Change of Direction – An Optimal Technical Model to Mediate the Conflict
  • Biomechanical and Neuromuscular Demands of Change of Direction: Implications for Athlete Physical Preparation 
  • Developing Agile Athletes: Applying the Agility Development Framework in Practice
  • Plyometric Training: Importance for Multi-directional Speed Development and Injury Prevention
  • Testing: What is it Good For?
  • Developing Neuromuscular Power for Athletic Performance: Part 2 – Training Strategies andProgramming Solutions
Featured Posts
  • 1
    Biomechanical Determinants of Performance and Injury Risk During Change of Direction – An Optimal Technical Model to Mediate the Conflict
    • 16 September 2026
  • 2
    Biomechanical and Neuromuscular Demands of Change of Direction: Implications for Athlete Physical Preparation 
    • 31 July 2026
  • 3
    Developing Agile Athletes: Applying the Agility Development Framework in Practice
    • 19 June 2026
  • 4
    T-Junction Injuries of the Biceps Femoris: Anatomy, Diagnosis, and Rehabilitation Evolution
    • 22 April 2026
  • 5
    The Importance, Challenges, and Developments of Biomechanical Load Measurements in Multidirectional Sports
    • 27 October 2025
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Categories
  • Agility (5)
  • Athletic Assessment (20)
  • Athletic Development (17)
  • Athletic Monitoring (17)
  • Change of Direction Speed (14)
  • Contextual Speed (2)
  • Curvilinear Speed (2)
  • Deceleration (10)
  • Growth and Maturation (2)
  • Linear Speed (5)
  • Multi-Directional Speed (13)
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