Control decides outcomes.
Control decides outcomes.
Train and measure neuromuscular control — the missing link between strength and performance.
Train and measure neuromuscular control — the missing link between strength and performance.
International Medical Standards
International Medical Standards
Control decides outcomes.
Train and measure neuromuscular control — the missing link between strength and performance.
International Medical Standards
Meet Our Partners
Meet Our Partners
Meet Our Partners
What is Springturn?
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.
Springturn is a neuromuscular training system that measures and improves your ability to control force under instability -where performance breaks down and injuries occur.
Performance breaks down when dynamic control is compromised under load
Performance breaks down when dynamic control is compromised under load
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
Strong ≠ Stable
Strong ≠ Stable
Strength doesn’t fail in perfect conditions. It fails when dynamic control is lost.
Strength doesn’t fail in perfect conditions. It fails when dynamic control is lost.
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
Dynamic control is trained
Dynamic control is trained
Test Your Control
Test Your Control
Test Your Control
Train Under Instability
Train Under Instability
Train Under Instability
Track Your Progress
Track Your Progress
Track Your Progress
A closed-loop system for continuous improvement.
A closed-loop system for continuous improvement.
A closed-loop system for continuous improvement.
Make the invisible measurable
Make the invisible measurable
Make the invisible measurable
Measure the micro-adjustments your body makes under load — the hidden signals that drive performance, fatigue, and injury risk.
Measure the micro-adjustments your body makes under load — the hidden signals that drive performance, fatigue, and injury risk.
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
Turn dynamic measurements into
actionable data
Turn dynamic measurements into
actionable data
Turn dynamic measurements into
actionable data
Springturn measures your neuromuscular control and converts it into performance data.
Springturn measures your neuromuscular control and converts it into performance data.
Springturn measures your neuromuscular control and converts it into performance data.
With thanks to our
Research Collaborators
With thanks to our
Research Collaborators
With thanks to our
Research Collaborators
Used in state-of-the-art centers
Used in state-of-the-art centers
Used in state-of-the-art centers
Labs & Clinics
Labs & Clinics
Labs & Clinics
Professional Team Facilities
Professional Team Facilities
Professional Team Facilities
Sports Science
Sports Science
Sports Science
Backed by decades of neuromuscular research.
Backed by decades of neuromuscular research.
Backed by decades of neuromuscular research.
Read Biography
Read Biography
Read Biography
Francisco
Valero Cuevas
Francisco
Valero Cuevas
Francisco
Valero Cuevas
-Chief Science Officer
Springturn is built on decades of neuromechanics research focused on understanding how athletes maintain control in unstable environments.
Springturn is built on decades of neuromechanics research focused on understanding how athletes maintain control in unstable environments.
Springturn is built on decades of neuromechanics research focused on understanding how athletes maintain control in unstable environments.
Professor
Professor
Professor
at USC
at USC
at USC
Scientific foundation
Scientific foundation
Scientific foundation
Behind Springturn technology
Behind Springturn technology
Behind Springturn technology
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Years of Research
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Years of Research
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Core Metrics
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Core Metrics
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Core Metrics
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Tests Performed
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Tests Performed
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Tests Performed
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Elite Performance Environments
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Elite Performance Environments
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Elite Performance Environments
Meet our Team
Meet our Team
Meet our Team
Steven Blom
Steven Blom
Steven Blom
Chief Executive Officer (CEO)
Chief Executive Officer (CEO)
Chief Executive Officer (CEO)
David Birkinshaw
David Birkinshaw
David Birkinshaw
President
President
President
Otto Ruys
Otto Ruys
Otto Ruys
Chief Product Officer
Chief Product Officer
Chief Product Officer
Francisco Valero Cuevas
Francisco Valero Cuevas
Francisco Valero Cuevas
Chief Science Officer
Chief Science Officer
Chief Science Officer
Erika Valero Cuevas
Erika Valero Cuevas
Erika Valero Cuevas
Research Science Officer
Research Science Officer
Research Science Officer
Get Your Control Score!
Book a Team Demo
Contact Us
© 2026 by Springturn Inc. All rights reserved.
Contact Us
© 2026 by Springturn Inc. All rights reserved.
Contact Us
© 2026 by Springturn Inc. All rights reserved.