Force Plate
Thumbnail Main
Thumbnail
Thumbnail
Thumbnail
Thumbnail
Thumbnail
Thumbnail
Thumbnail
Thumbnail
Thumbnail
Thumbnail
Thumbnail
Thumbnail
Thumbnail
Thumbnail
Thumbnail
Thumbnail
Physiotherapy OVR

Force Plate - OVR Force

OVR Force is a professional force plate designed to deliver fast, accurate performance data for jump, strength, and force testing with no subscription required.

Key Specifications
Why We Built OVR Force
Force plates have remained confined to research labs for years expensive five-figure systems, recurring software fees, and complicated setups that make them difficult to use regularly. As a result, many training and performance programs never get access to one.
We created OVR Force to change that. Get professional-level force data at a price that real-world programs can afford, with no ongoing subscription. Step on, capture your data, and get on with your work.
FeatureSpecification
Platform Size24" × 18"
Weight32 lb per plate
Resolution1 N, validated against industry-standard force plates
Sampling Rate1000 Hz
Load CapacityUp to 4,000 lb
DisplayBuilt-in display, no smartphone required
Operating ModesJump, Force & Free
Battery LifeUp to 18 hours
ChargingUSB-C
SurfaceHard-anodized aluminum
Warranty2 years
AppFree OVR Connect app for iOS & Android
SubscriptionNo subscription required
How It Works
OVR Force captures force data at 1,000 samples per second with 1 N resolution, giving you precise, real-time measurements. Simply step onto the plate—it automatically recognizes your bodyweight and begins recording as soon as movement starts. Easy-to-read status indicators and LED signals guide athletes through every step of the test.
As soon as the movement is complete, your results are instantly shown on the built-in display, so there’s no need for a phone or laptop. For left/right asymmetry testing, connect a second plate using a single cable. You can also pair it with the free OVR Connect app to access more detailed performance analysis.
OVR Force Metrics — Table
Jump Mode
MetricUnitDescription
Jump Heightcm · inHeight reached by the center of mass, primarily calculated from takeoff velocity.
mRSIindexJump height divided by time to takeoff; measures CMJ efficiency.
Time to TakeoffmsTime from the start of the countermovement until the feet leave the plate.
Countermovement Depthcm · inDistance the athlete descends during the countermovement.
Bodyweightlb · kgDetected bodyweight before the jump, used for relative calculations.
RSIindexJump height divided by ground contact time; indicates reactive strength.
Peak Braking ForceN · lb · kgMaximum force generated while decelerating the downward movement.
Peak Braking RFDN/sSpeed of force development during the braking phase.
Braking Asymmetry%Left-to-right force difference during braking.
Peak Propulsive ForceN · lb · kgMaximum force generated during the upward propulsive phase.
Propulsive ImpulseN·sTotal force applied throughout the propulsive phase.
Propulsive Asymmetry%Left-to-right force difference during propulsion.
Contact TimemsTime the feet remain on the plate during drops or hops.
Takeoff Velocitym/sCenter-of-mass velocity when the feet leave the plate.
Relative Braking Force×BWPeak braking force expressed relative to bodyweight.
Force at 0 VelocityN · lb · kgForce measured at the lowest point of the countermovement.
Peak Propulsive PowerWMaximum power produced during propulsion.
Relative Propulsive Force×BWPeak propulsive force normalized to bodyweight.
Relative Propulsive PowerW/kgPropulsive power relative to bodyweight.
Peak Landing ForceN · lb · kgMaximum force recorded during landing impact.
Landing Asymmetry%Left-to-right force difference during landing.
Force Mode
MetricUnitDescription
Net Peak ForceN · lb · kgMaximum force produced above bodyweight.
Net Avg ForceN · lb · kgAverage force produced above bodyweight during the rep.
Gross Peak ForceN · lb · kgMaximum total force, including bodyweight.
Gross Avg ForceN · lb · kgAverage total force, including bodyweight.
Relative Peak Force×BWPeak force normalized to bodyweight.
Peak RFDN/sFastest rate of force development during the effort.
Force @100msN · lb · kgForce generated 100 ms after onset.
Force @200msN · lb · kgForce generated 200 ms after onset.
Asymmetry%Left-to-right force difference during the rep; requires dual plates.
Time to Peak ForcemsTime required to reach maximum force.
Total TimesComplete duration of the repetition.
ImpulseN·sNet force multiplied by time across the complete rep.
Bodyweightlb · kgDetected bodyweight used for relative metrics.
Free Mode
MetricUnitDescription
Peak ForceN · lb · kgMaximum force reached during the repetition.
Average ForceN · lb · kgAverage force produced throughout the repetition.
Peak RFDN/sHighest rate of force development during the rep.
Force @100msN · lb · kgForce generated 100 ms after onset.
Force @200msN · lb · kgForce generated 200 ms after onset.
Asymmetry%Left-to-right force difference; available with dual plates.
Time to PeakmsTime required to reach peak force.
Total TimesComplete duration of the repetition.
ImpulseN·sForce multiplied by time across the repetition.
Product Description

OVR Force is a professional-grade force plate designed to deliver accurate, real-time performance data for athletes, coaches, sports scientists, physiotherapists, and strength professionals. With 1 N resolution, 1,000 Hz sampling, and up to 4,000 lb capacity, it provides detailed measurements for jump, strength, and isometric testing. The built-in display delivers instant results without requiring a phone or laptop, while Jump, Force, and Free modes support a wide range of assessments. Dual-plate connectivity enables left/right asymmetry analysis, and the free OVR Connect app for iOS and Android provides deeper performance analysis with no subscription required. Built with a durable hard-anodized aluminum surface, up to 18 hours of battery life, USB-C charging, and a 2-year warranty, OVR Force makes professional force-plate testing more accessible, practical, and affordable.

Enquire Now

Request a Quote for Force Plate - OVR Force

Fill out the form below and our team will get back to you with a custom quote.

Quick Links

FAQs & Support

Stay Updated.

Sign up for GMD India's bi-weekly newsletter for product updates, events, and technical resources relevant to healthcare and sports science professionals.

© 2026 GMD India. All Rights Reserved.