Kistler Force Plates

Kistler multicomponent force plates can be easily integrated with Noraxon hardware and software using our AIS. Kistler plates work well in mobile applications where permanent mounting is not an option. Due to the use of piezoelectric load cells, Kistler plates excel in applications where high response rates are needed, such as landing and impact studies.

Common models

  • Type 9260AA
  • Type 9286B

Required Software Module



myoFORCE™ unlocks the ability to integrate force plates into myoRESEARCH® 3 (MR3), Noraxon’s multi-dimensional, all-in-one software and processing solution that guarantees simplification and improvement of your workflow. It provides users access to real-time data, accurate biofeedback and extensive reporting and analysis capabilities.

Researchers can support, automate and synchronize multiple biomechanical assessment technologies, while significantly reducing setup and processing time.Remain confident with evidence-based objectification of every step parameter, analysis of any area on the plantar surface and facilitation of the identification of gait abnormalities. History reporting and progress tracking are automated for even the most functional or dynamic movements without the need for cables that restrict the freedom of movement.

Digital integration of H/P/Cosmos Gaitway 3D force with pressure treadmill
Digital integration of Bertec and AMTI plates
Analog integration of Bertec, AMTI and Kistler plates (AIS system)
Automatic identification jump phases (loading, flight, landing)
Real-time Force Vector Overlay (FVO)
Post hoc FVO analysis
Drop, counter and non-countermovement jump identification
Jump Parameters:
  • Loading Phase
  • Flight Phase
  • Landing Phase
  • Jump Height by Flight Time
  • Jump Height by Net Impulse
  • Modified Reactive Strength Index
  • Net Impulse
  • Vertical Take-Off Velocity by Net Impulse
  • Peak Force
  • Relative Peak Force
  • Rate of Force Development
  • Flight Time
  • Peak Power
  • Relative Peak Power
  • Time to Stabilization (TTS)
  • Reactive Strength Index by Flight Time
  • Reactive Strength Index by Impulse
  • Kinetic Asymmetry Index
  • Leg Stiffness
More Info on myoFORCE™