Sports Biomechanics
Measuring kinematics, muscles and forces to go beyond the athlete’s limits in full control and safety
SMART-DX EVO
Highest precision motion capture camera
SMART-DX EVO represents an evolutionary leap in the development of multifactorial motion analysis, now made more accurate, integrated, quicker and more productive.
Technical highlights
Accuracy
<100μm
Digital cameras
Up to 256
Resolution
Up to 26 MP
PODIUM
Force evaluation system
Measure and visualize 3D force vector in real-time for assessing performance and reduce risk of injuries.
Technical highlights
3D Force vector
Biofeedback
Validated protocols
P-6000
Limitless force plate
Platform system covering any space and requirement in 3D forces measurement.
Technical highlights
Accusphere sensors
4
Resolution
16 bit
Possible
configurations
∞
FREEEMG
Wireless surface EMG
Dynamic analysis of muscle activity and biofeedback in any environment.
Technical highlights
Probes
Up to 20
Battery life
>6h
of continuous acquisition
Ultralight probes
13 g
G-WALK
Wearable inertial sensor for motion analysis
A special wireless sensor applied to the subject allows the assessment of their walking, time up and go, 6-minute walk test running and jumping.
Technical highlights
Integrated inertial platforms
4
Autonomy
8h
Weight
37g
iSen
A full biomechanics lab in the size of a backpack!
Motion analysis was never that easy and that fast!, flexible Inertial Measurement Unit (IMU) system is your answer. Not only necessary hardware and software help you to analyze swiftly but also offers a range of utilities for signal processing, event detection, reporting and more.
Technical highlights
Accuracy
Pitch/roll < 0.5 deg, heading < 2 deg
Up to 400Hz
Selectable sampling rate, from 25 to 400Hz
Flexible sets
1-18 IMU Full-body kinematics + tool track
KINVENT
PRO STRENGTH & CONDITIONING PACK
Our full range of connected devices instantly measure strength, balance, and range of motion through a single, versatile, and intuitive app.
Technical highlights
Forces and velocities analysis
Jump analysis and functional evaluations
