Control decides outcomes.

Control decides outcomes.

Powered by proprietary neuromuscular data and AI-driven analysis

Measure, train, and model neuromuscular control — the missing link between strength and performance.

International Medical Standards

Control decides outcomes.

Powered by proprietary neuromuscular data and AI-driven analysis

Measure, train, and model neuromuscular control — the missing link between strength and performance.

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International Medical Standards

Meet Our Partners

Meet Our Partners

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What is Springturn?

Springturn is a neuromuscular training system that measures and improves your ability to control force under instability — where performance breaks down and injuries occur.

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The Intelligence Behind Control

Powered by proprietary neuromuscular data and AI-driven analysis

Every interaction captures high-resolution neuromuscular control signals under instability. These signals reflect how the body maintains control through constant micro-adjustments.

Our system builds a proprietary dataset across joints, athletes, and environments. Using this data, our models identify patterns in control, asymmetry, and fatigue that are not visible to the naked eye.

High-frequency control data captured in every session

Joint-specific control signatures (ankle, knee, hip, shoulder)

Detection of asymmetries and breakdowns in control

Benchmark athletes across team and global datasets

Performance breaks down when dynamic control is compromised under load

The body relies on rapid, precise micro-adjustments to stay stable -

when dynamic control fails, performance breaks down.

Springturn trains & measures
neuromuscular control under instability.

Under load, the body relies on rapid, precise micro-adjustments to stay stable —

when these fail, performance breaks down.

Springturn measures
neuromuscular control under instability.

Strong ≠ Stable

Strength doesn’t fail in perfect conditions. It fails when dynamic control is lost.

Athlete A

Strength

High

Control

High

Athlete A

Strength

High

Control

High

Athlete A

Strength

High

Control

High

Athlete B

Strength

High

Control

Low

Athlete B

Strength

High

Control

Low

Athlete B

Strength

High

Control

Low

Springturn measures the missing variable

Neuromuscular Control.

Springturn measures the missing variable

Neuromuscular Control.

Springturn measures the missing variable

Neuromuscular Control.

Dynamic control is trained

Test Your Control

Train Under Instability

Track Your Progress

A closed-loop system for continuous improvement.

AI-Powered Insights

Springturn translates complex neuromuscular signals into clear, actionable insights.

Our models analyze how control is maintained or lost under instability, providing a deeper understanding of athlete performance.

Identify breakdowns in control as they happen

Detect asymmetries between limbs and joints

Track changes across fatigue and over time

Benchmark athletes across team and global datasets

Make the invisible measurable

Measure the micro-adjustments your body makes under load — the hidden signals that drive performance, fatigue, and injury risk.

Adjustments detected

Balance Shift

3.2 mm

Control Torque

2.4 Nm

Muscle Response

140 ms

Adjustments detected

Balance Shift

3.2 mm

Control Torque

2.4 Nm

Muscle Response

140 ms

Adjustments detected

Balance Shift

3.2 mm

Control Torque

2.4 Nm

Muscle Response

140 ms

What the system delivers

Readiness indicators

Stability and control scores

Fatigue response curves

Athlete-specific movement signatures

These insights are generated through models trained on Springturn’s proprietary neuromuscular control dataset.

Turn dynamic measurements into actionable data

Springturn measures your neuromuscular control and converts it into performance data. 

With thanks to our
Research Collaborators

Used in State-of-the-Art Centers

Labs & Clinics

Professional Team Facilities

Sports Science

Backed by decades of neuromuscular research.

Read Biography

Read Biography

Read Biography

Francisco
Valero Cuevas

Chief Science Officer

Springturn is built on decades of neuromechanics research focused on understanding how athletes maintain control in unstable environments.

Professor

at USC

Scientific foundation

Behind Springturn technology

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Elite Performance Environments

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Data Moat

Springturn is building one of the first large-scale datasets of human neuromuscular control under instability.

This dataset is uniquely difficult to replicate due to the combination of hardware, real-world athlete usage, and longitudinal tracking.

As adoption increases, the system continuously improves, strengthening both the quality of insights and the long-term value of the platform.

Meet our Team

Steven Blom

Chief Executive Officer (CEO)

David Birkinshaw

President

Otto Ruys

Chief Product Officer

Francisco Valero Cuevas

Chief Science Officer

Erika Valero Cuevas

Research Science Officer

Get Your Control Score!

Book a Team Demo

Book a Team Demo

Get Your Control Score!

Book a Team Demo