Moticon Sensorsohlen
Quantensprung für Sport & Gesundheit
Super schlanke, leistungsstarke Sensorsohlen und Bewegungsanalysen unterstützen Rehabilitation, Training und Wissenschaft.
Für Training und Reha.
Das innovative System mit vollautomatischen sportmotorischen Bewegungstests für Trainer und Therapeuten
Für die Forschung.
Das flexibelste System zur freien Datenaufzeichnung und für fortgeschrittene Analysen in der Forschung
Unsere Leidenschaft ist Wissenschaft. Seit 2012
Moticon revolutioniert mit seinen kabellosen Sensorsohlen den Markt für mobile Innenschumesssysteme. Wir waren die ersten am Markt. Mittlerweile legt die 3. Generation die Messlatte nochmals höher - wieder einmal. Im täglichen Einsatz in der klinischen Forschung, im Gesundheitswesen, der Rehabilitation oder im Leistungssport - weltweit.
Ausgewählte Kunden in Wissenschaft und Forschung
Eigene Technologie. Made in Germany.
Wir glauben an die Kraft eigener Technologie. Sie erlaubt uns, bei jeder einzelnen unserer Entwicklungen das Beste herauszuholen. Moticon betreibt in München, Deutschland, eine eigene Produktionslinie und Testeinrichtungen. Zusätzlich haben wir ein weltweites Netz and erstklassigen Lieferanten aufgebaut, um die besten Sensorsohlen am Markt anbieten zu können.
Moticon’s commitment to quality
Upcoming events
Comparison of Plantar Dynamics during Four Sports Gestures in Rugby Players
Validity and Reliability of the Insole3 Instrumented Shoe Insole for Ground Reaction Force Measurement during Walking and Running
Detecting and Assessing Older Adults’ Stressful Interactions with the Built Environment: An Elderly-Centric and Wearable Sensing-Based Approach
Comparison of ROM, perceived tightness, and kinetic variables during balance, walking, and running tasks in athletes with and without hamstring tightness using sensor insoles
Inside X – Google’s moonshot factory using Moticon Sensor Insoles and software development platform
“Working with Moticon sensor insoles has allowed us to take our project out of the lab and into a much more familiar setting for our participants, using wireless connectivity allows for simple data collection and reduces the overall set up time. Being able to work with the technical support team on specific customised features has also been extremely useful.”
“We use the pressure measurement soles in the entire training process of all training groups in the ski jumping and Nordic combination teams of the German Ski Association. Our ultimate goal is to release performance potentials. We have chosen Moticon over other vendors because we only have to carry the sensor insoles and no bulky measurement technology equipment when we travel to a training session. Moreover the athletes feels little to no change when he or she completes a ski jump or another training exercise with the insole.”
“Innovative, technologically brilliant – an important step in comprehending post-op patient activity for clinical research. For the first time, we were able to track continuous load profiles across complete healing processes of lower limb fractures in real life. We appreciate Moticon’s efforts to implement challenging product features for scientific research.”
“We work with Moticon products in training routines because of the simple setup without much preparation effort. I like the realization of the vision of wireless measurements with low effort and little interference for the athletes as well as the company’s excellent customer support.”
“My dissertation work with the moticon insoles, funded in part by the National Science Foundation, is situated at the intersection between biomechanics research and clinical orthopaedics. The insoles allow us to take our work outside the laboratory and access environments and terrains that are not possible to reproduce in a lab. Moticon’s product balances engineering and science, with a clear understanding of customer needs. Their support team is both responsive and accommodating when we need specific product details for academic publications. We plan to apply for further NSF funding to purchase more moticon insoles for our future work based on their success in integrating with our lab’s research.”
