When the team behind Storror Parkour Pro set out to build a parkour game unlike anything before it, they knew authenticity had to come first. This was not about flashy canned animations or simple button presses. The goal was to capture the real flow, creativity, and individuality of elite parkour athletes and make that playable.
To do that, they brought the process into the real world. Inside a gymnastics facility in Reading, the team from The Hole in the Sleeve began recording a full day of motion capture. The setup combined an Xsens Link suit for full body capture with MANUS gloves to record precise finger movement. Together, they provided the level of fidelity needed to translate real human motion directly into gameplay.
Before a single jump was recorded, everything started with calibration. Body measurements were taken in detail, down to fingertip spans and anatomical reference points. These measurements allow the mocap software to build an accurate digital model of the performer, ensuring that what happens in the physical space maps correctly into 3D.
Once complete, a live digital avatar appeared on screen, mirroring every movement in real time. At that moment, the work shifted from setup to performance.
While the full body motion captured the power and pace of parkour, the MANUS gloves added something subtler but just as important.
Hands are expressive. They communicate balance, hesitation, confidence, and intention. In parkour, fingers brush walls, reach for edges, react instinctively. Those micro movements sell the reality of motion in a way that body movement alone cannot. The details captured by MANUS go a long way toward making every animation feel believable and alive.
Rather than capturing single animations in isolation, the session focused on building a deep library of movement. Runs at different speeds, takeoffs with varying power, landings that roll or stick, transitions that respond to momentum.
Each motion was recorded with consistency, intention, and context. The athlete was encouraged to think about upcoming gaps, imaginary obstacles, and the feeling of committing to a move. This mental input shaped the physical performance, resulting in animations that feel motivated instead of mechanical.
Once the capture was complete, the workflow moved fast. The raw motion capture data is injected into the animation pipeline, processed for root motion, retargeted to different skeletons, and layered with physics and gameplay logic. What makes the system special is how scalable it is.
In many cases, adding a new captured animation into the game takes around 30 seconds once back at the computer. Almost immediately, it becomes playable. This speed allows the team to focus on experimentation and refinement instead of technical bottlenecks.
By combining full body motion capture with MANUS gloves for finger level detail, the team behind Storror Parkour Pro has created a foundation where real human movement directly shapes gameplay.
The result is a parkour experience that feels fluid, grounded, and expressive. Players may only press a button to jump, but behind that simple input are layers of captured motion, refined systems, and the subtle realism that comes from recording how human hands actually move.
This is what happens when detailed motion capture is treated not as a shortcut, but as the core of creative design.
