STT Systems
Engineering and Systems
Cycling Biomechanics Course | 24–25 January | Lisbon
CLINICA PODOTEC Gerardo Lozano is launching a cycling biomechanics course in collaboration with STT Systems. The aim is to learn how to fully exploit the capabilities of the Cycling 3DMA system, understand the data, and apply it for optimal bike fitting. Details Date 24–25 January Location Lisbon Language Portuguese Price 650 EUR Registration and Payment […]
Read more »Cycling Biomechanics Course | 18–19 January | Madrid
CYCLING TRAINING Entrenamiento Ciclismo is launching a cycling biomechanics course in collaboration with STT Systems. The goal is to learn how to fully exploit the capabilities of the Cycling 2DMA system, understand the data, and apply it for optimal bike fitting. Details Date 18–19 January Location Madrid Language Spanish Price 290 EUR Registration and Payment […]
Read more »Cycling Biomechanics Course | 20–22 November
LEVEL UP STT Systems is launching a Cycling Biomechanics Course in collaboration with Gerardo Lozano (Clínica Podotec) and Pedro de Arriba (Ekib Cycling). The aim is to learn how to make the most of a 3D system, understand the data, and apply it to achieve optimal bike fitting. Details Date and Duration 20 hours over […]
Read more »Certified Course on Running Biomechanics | March 23 – 24
Be a hero to your runners Running has one of the highest injury rates for any sport with upwards of 80% of runners experiencing an injury each year. Changes in gait and training errors play a significant role in injury onset. Learn about of running biomechanics, advanced gait re-training and training principles Key course details […]
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International Symposium of Cycling Optimization 2018
The real world application of 3D kinematic analysis in Time Trial performance ISCO SYMPOSIUM 2018 took place at Münster last November. Held by gebioMized, ISCO brought together an international panel of bike fitters from all around the world. Ken Ballhouse from Adaptive Human Performance and Pablo Callejo representing STT Systems presented the workshop named “The […]
Read more »GUAKS Project
Project Title: GUAKS – Immersive and ergonomic multimedia visualization system with a wide field of view Funding Call: Ministry of Economy and Competitiveness under the RETOS-COLABORACIÓN call Project Reference Number: RTC-2014-2091-7 Call Year: 2014 The GUAKS project focuses on the implementation of a Virtual Reality visualization system that is immersive, ergonomic, and offers a wide […]
Read more »CARMA Project
Project title: CARMA Call for propossals: Ministerio de Economía y Competitividad en la convocatoria RETOS-COLABORACIÓN File Number: RTC-2014-1934-8 Call Year: 2014 The CARMA Project focuses on the deployment of an innovative strategy for Training and Technical Qualification of the Armed Forces, supported by the use of the latest Augmented Reality and Virtual Simulation Technologies, which […]
Read more »University of California, Los Ángeles (UCLA) just welcomed Clinical 3DMA by STT Systems
Harbor-UCLA Medical Center’s new laboratory The Harbor-UCLA Medical Center in Los Angeles, California, just welcomed their new Biomechanics Laboratory, equipped with a top of the line 8-camera system and force plate integrated with 3DMA. The biomechanics research team in the University of California, Los Angeles (UCLA) will be using the system for gait analysis applied […]
Read more »IMQ Prevención takes advantage of iSen and its ergonomics analysis functionality
IMQ Prevención, in cooperation with STT Systems, has recently started a new and innovative ergonomic measurement method. IMQ Prevención studies the risks that come from physical load and its causes: activities related to manual cargo handling, repetitive movements or poor body posture. STT’s inertial sensors and iSen System provide real-time orientations (angles) as well as […]
Read more »iSen and Inertial Sensors Arrive at Escuelas Universitarias Gimbernat
The School of Physiotherapy at Escuelas Universitarias Gimbernat, on the Torrelavega campus, has begun using its new STT-IWS inertial sensors and the iSen system. The iSen system employs STT-IWS inertial sensors, providing real-time angles, as well as angular velocities and accelerations. They communicate wirelessly via Wi-Fi, allowing data to be transferred to any computer running […]
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