Velocity-based training
Lift with intent. Makes sure athletes train at the load that actually develops strength and power.
Sports science technology
Measure what matters.
Objective insight to understand performance, identify opportunities and make better decisions — for every athlete. Plain language first; the technical name second.
In a real session
One window. Seven tools.
Each film was shot during an EvoQuest session. Pick a tool to see what it measures.
Speed
The split second the eye misses.
Gates at the 10, 20 and 30 metre marks show where top speed arrives, where it starts to drop, and how well it is held across the whole run. On the pitch, GPS adds top speed and acceleration in real play.
Equipment usedTiming Gates · GPS
Reactive Performance
How fast you explode off the ground — and how well you land.
The force mat under your feet records how you push off and land: jump height, how quickly your muscles switch on, how you absorb impact, and whether one leg is quietly doing all the work.
Equipment usedForce Mat
Strength
Your true muscle strength, muscle by muscle.
A handheld strength meter measures the maximum force a muscle group can produce, so left-right imbalances show up before they turn into an injury. Bar speed and force-mat data show how that strength carries into lifting and jumping.
Equipment usedMuscle Meter · VBT · Force Mat
Power
Not just how much you lift — how fast you move it.
VBT works like a speedometer for your training, measuring the speed of every rep so you build power, not just bulk. It shows when you are too tired to train hard even if you feel fine, and when your bar speed drops so you know when to rest — alongside force-mat jumps and muscle-meter readings.
Equipment usedMuscle Meter · VBT · Force Mat
Metabolic
The exact point your legs start hitting the wall.
A finger-prick lactate reading shows where your muscles move from clean fuel to fatigue, and heart rate shows what it costs you, so endurance training is set to your chemistry, not to how tired you feel.
Equipment usedLactate Meter · Heart Rate Monitor
Load
What actually happened in the session.
A GPS unit worn in training records distance, top speed, how explosively you accelerate and where the work happened, and a heart-rate strap shows how hard it was on the inside — so load is measured, not guessed.
Equipment usedGPS · Heart Rate Monitor
Heart Rate
When to push, and when to back off.
A chest strap maps every session live: resting rate, how your heart reacts at full effort, how fast it recovers, and how long you spend in each training zone.
Equipment usedHeart Rate Monitor
Body Scan
Your weight is a number. Your composition is the truth.
A quick scan splits your weight into muscle and fat, with hydration and metabolic rate, so cutting weight or coming back from injury is not guesswork.
Equipment usedBody Scan
The full toolkit
Nine tools, one question each.
If a number cannot change a training decision, we do not collect it.
Force plates
The power leak. Identify asymmetries, reactive-strength deficits and explosive limitations.
Timing gates
The speed catalyst. Measure acceleration, peak speed and change-of-direction ability.
Lactate meter
Metabolic precision. Identify physiological thresholds and training zones.
Muscle meter
Neuromuscular readiness. Detect fatigue, acute neuromuscular status and left-right strength imbalances.
GPS monitoring
Spatial intelligence. Track movement demands and total workload.
Biomechanical analysis
Movement intelligence. Improve movement efficiency and reduce injury risk.
Heart-rate monitoring
Internal load oversight. Monitor physiological stress and recovery.
Body scan
Anatomical blueprint. Track lean mass and athlete development.
Measurement is the input. The programme is the product.
Every tool feeds one document: your performance profile. See what the profile contains.
Start here
Start with a conversation.
Tell us your sport, your goals and where you are now. We will tell you honestly what would help — and what would not.