Theia
@theiamarkerless
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Precision motion capture to unleash human potential
Kingston, Ontario, Canada
Joined December 2018
#Theia3D is now being used in Olympic athlete analysis. The Olympic Training Center Rheinland has adopted Theia3D’s markerless motion capture for athlete performance analysis, a major step toward real-world, lab-grade biomechanics in elite sport. 📄Read the full article:
osp-rheinland.nrw
Es war ein sehr langer Weg dorthin, nun aber ist der „Meilenstein“ – wie ihn Ralf Böhle nennt – erreicht: Seit Ende 2024 kann der Olympiastützpunkt (OSP) NRW/Rheinland Bewegungsabläufe von Athletin...
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New research on #Theia3D : A peer-reviewed study from @ULisboa & @KU_Leuven puts Theia3D to the test, analyzing gait in older adults. Findings include strong sagittal-plane validity and accurate fall-risk indicators in real-world clothing. 📄Read the full breakdown:
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New research on #Theia3D: A new @JSportsSci study from researchers @Carnegie_Sport validates Theia3D for walking & running gait analysis, confirming accuracy comparable to marker-based systems and sensitivity to speed changes. Find out how you can run more participants, more
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New research on #Theia3D: A peer-reviewed study in the @JBiomech confirms Theia3D provides results highly comparable to Vicon for postural control research. Read more: https://t.co/XjfQ7NFuus
#Biomechanics #MotionCapture #Theia3D
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What happens when you run motion capture on a 100m ski jump hill at 80 km/h? Researchers at Hokusho University set out to find out. The result? 624 real-world jumps captured, revealing biomechanics + aerodynamics data that simply can't be replicated in a lab. Read the full
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Exciting new research on #Theia3D out of @queensu and @KingstonHSC shows how markerless motion capture can capture both static & dynamic alignment in patients with knee osteoarthritis, without radiation or markers. Read the full study: https://t.co/neq50y2cXd
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Can markerless motion capture track two athletes at once? A new peer-reviewed study from @univgroningen put Theia3D to the test in real-time, dual-athlete sport scenarios. Contact, occlusion, speed—how well did it hold up? Find out: https://t.co/L5KzLNgNdT
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110 MPH EV? No problem. Theia3D makes it possible to capture high-velocity, high-impact movements. No markers, no suits. Love seeing our tech in action @DrivelineBB!
17 year-old YSU commit @bowman_stein goes nuclear hitting 110 MPH EV during his recent hitting assessment in the Driveline WA Launchpad 🔥
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Headed to #ASB2025? Swing by Booth 3 to see what markerless motion capture looks like in the real world. • Review published studies using Theia3D • See the system in action • Discover how it seamlessly integrates into your current workflows Browse published research and use
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Read the full case study and explore their field-based research approach →
theiamarkerless.com
Discover how researchers at Oregon State University used Theia3D’s markerless motion capture system to study trail running biomechanics in real-world environments. This case study details their...
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JJ’s team completed two outdoor studies: Study 1: 14 participants compared biomechanics on paved vs. dirt single-track trails using two footwear types (traditional vs. maximal). Study 2: 15 participants ran downhill on rugged terrain in three footwear types (including models
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Dr. JJ Hannigan’s team set up a markerless motion capture workflow on real trail terrain. 🟢 10-camera portable rig 🟢 Full-body 3D kinematics 🟢 30-minute setup 🟢 Rugged, uneven ground 🟢 No force plates. No controlled lighting.
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No markers. No lab. No problem. @OSUcascades used Theia3D + 10 Sony RX0 II cameras to study trail running biomechanics in the wild. Here’s what they found, and why it matters for real-world motion capture. 👇🧵
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We put together a free guide to help you stress test your current system and future-proof your motion capture workflows. 📥 Download it here: https://t.co/heWkdMBsb8
#SportsPerformance #MotionCapture #Biomechanics #SportsTech #AthleteMonitoring
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Whether you're working across sites or just collecting at scale, you need: ✔️ A consistent model ✔️ Batch automation ✔️ Outputs that integrate with your ecosystem Otherwise you're just creating silos and bottlenecks.
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Collecting more data is valuable, but only if your workflows can keep up. Without consistent outputs, scalable processing, and system compatibility, it becomes harder to trust the insights you’re generating.
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Prepping for a new season of testing or research? Before you scale your motion capture workflows, ask yourself: – Is your data consistent across sites? – Can your system actually handle the volume? – Will it still work a year from now? 🧵 Let’s talk about future-proofing your
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We just wrote about this, using the @STRN_SportsTech Quality Framework as a lens. If you work in biomechanics, sports science, or clinical research and care about usability, here’s what to look for when evaluating systems: 👉
theiamarkerless.com
In this series, we’re unpacking the STRN Quality Framework — a set of 25 measurable features across five key pillars — to help researchers, clinicians, and technology buyers evaluate motion capture...
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That kind of usability doesn’t happen by accident. It’s designed in, and supported by real expertise. At Theia: • Support is led by biomechanists with advanced degrees • 95% of tickets resolved within 1 business day • More than 90% of users feel confident after just one
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