GoPerform

Physiological Testing Packages

Complete Endurance Package

For triathletes, cyclists, and runners of all levels, this is a comprehensive physiological profile that will help you understand and identify your strengths and weaknesses. Ask us about re-testing offers.

Price £295
Duration

Approximately 150 minutes

Tests
  •  Body composition assessment
  •  Lower limb explosive power, reactivity, and strength assessment
  •  Lactate threshold and VO2 Max (for cyclists - both available on turbo trainer)
Data obtained

Body composition assessment:

  • Body fat %
  • Sum of skinfolds

 Lower limb explosive power, reactivity, and strength assessment:

  • Jump height, force output, eccentric utilisation ratio, dynamic strength index (ratio between power and strength)
  • Reactive strength index - (stronger, more reactive foot/ankle complex = more efficient running)
  • Asymmetry assessment - identify weakness and instability
  • Maximal strength

Lactate threshold and VO₂ Max:

  • Detailed lactate profile, identifying LT1 and LT2
  • Heart rate training zones
  • Running economy (if test is completed on a treadmill) - VO₂ cost of exercise at sub-maximal intensities
  • VO₂ Max (mL/kg/min and L/min)
  • Max heart rate

Following the testing we will send you a detailed report. Within the report, we include information about each test and its relevance to your performance, individual data analysis and interpretation, comparison of values with normative data and elite athletes, recommendations for training, as well as specific heart rate training zones.

Complete Sport Package

For anyone competing in an individual or team sport, this package analyses every physical aspect of your game and identifies any strengths and weaknesses, enabling us to provide accurate training recommendations that will take you to the next level.

Price £265
Duration

Approximately 150 minutes

Tests

We will choose from a battery of physiological tests specific to your sport: 

  • Body composition - (Skinfold Caliper Assessment)
  • Lower limb explosive power:
    • Vertical power projection
    • Horizontal power projection
    • Asymmetry analysis
  • Maximal strength - (Force Plates)
  • Upper body and shoulder strength/stability (ASH Test)
  • Speed - (10m Sprint)
  • Agility - (5-0-5 Change of Direction Test)
  • Anaerobic Capacity - (6s Peak Power Test)
  • Aerobic Capacity and VO₂ Max estimation - (Maximum Minute Power Test)

All data is displayed within a detailed physiological report received following the test.

Also included

Following the testing, we will also offer you 50% off your first month on our Elevate Programme, where, guided by the testing results we will work closely with you to maximise your performance. 

This offer must be redeemed within 30 days following the date of your test.

Complete Force Plate Package

A comprehensive assessment of force, power production, and neuromuscular control through a variety of movements, measured using state-of-the-art force plates (Vald ForceDecks).

Price £195
Duration

Approximately 60 minutes

Detail

Lower limb explosive power:

  • Vertical power projection (Countermovement & Squat Jump, Single-Leg Jump, Reactive Hop Test)
  • Asymmetry analysis

Maximal strength - (Isometric Mid-Thigh Pull Test)

Upper body and shoulder strength/stability (ASH Test)

Following analysis of your testing results, we can provide detailed training recommendations to improve performance and reduce injury risk.

Our experts

Tristan Baker | Head of Performance at GoPerform

Tristan Baker

Head of Performance

BSc, MSc (Strength & Conditioning), ASCC, CSCS

Tristan heads up our athletic performance department, he is a Loughborough University Sports Science graduate with an MSc in Strength and Conditioning from St Mary's University. 

Tristan has coached national and international athletes competing in Football, Formula 1, Athletics and Lacrosse as well as amateurs and professionals in Mixed Martial Arts, Rugby and Tennis. He is an accredited member of the UK Strength and Conditioning Association and the National Strength and Conditioning Association.

Jonny Nicholson

Jonny Nicholson

Strength and Conditioning Coach

BSc (Hons) Sport & Exercise Science

Jonny holds a first class degree in (BSc) Sport and Exercise Science from the University of Bath. 

Having had an exceptional year on our graduate internship programme we were delighted to offer him a permanent position in August 2021. He currently leads our physiological testing, development of young athletes, and works as a performance coach offering 1-1 training, and coaching on our Elevate and Rehab Programmes. 

Will Hayler

Will Hayler

Performance Coach

BSc (Sport & Exercise Science), MSc (Sport Physiology)

Will holds a BSc in Sport & Exercise Science and an MSc in Sport Physiology from the University of Brighton. He is currently in the process of becoming a BASES accredited sport scientist.

He has good experience working in professional football and also had a very successful post graduate internship year at GoPerform. Most recently he worked as  academy sport scientist for Reading FC Academy working where he was responsible for the U9-16s age groups. Will’s main interests are the long-term athletic development of youth athletes, and he works with many youth athletes across different sports and ages. Alongside this he works as a performance coach offering 1-2-1 training and coaching on our Elevate and Rehabilitation Programmes.

Ronan O'Sullivan

Ronan O'Sullivan

Strength and Conditioning Coach

GSR, BSc (Hons), MSc (High Performance Sports), NSCA (CSCS)

Ronan O'Sullivan is a Sports Rehabilitation graduate from IT Carlow, Ireland with an additional MSc in High Performance Sports (strength and conditioning) from UCAM Spain. Ronan has coached at NCAA D1, professional, semi-pro and amateur level athletes in rugby, football, baseball, gaelic football, hurling and golf in Ireland, Spain, USA and the UK. 

He is an NSCA certified Strength and Conditioning Specialist (CSCS) and is passionate about coaching individuals to achieve their goal whatever their starting point.