ISMAR
Long-jump observation and imagery demo.
Research prototype
Long-jump imagery in virtual reality
LEAP-VR is a configurable research prototype for Meta Quest. Athletes prepare for a long jump, observe a reference movement, and mentally rehearse it from the athlete’s viewpoint without physical running or jumping.
A PETTLEP-grounded virtual reality application for imagery training management in athletics
Developed at UEK in KrakówIn collaboration with athletes and physiotherapists.
Explore the prototype
Prototype views
Observe. Then take the athlete’s viewpoint.
The stadium and long-jump task stay consistent as the viewpoint changes.
Video
LEAP-VR video demonstration
A short presentation of the prototype and the long-jump imagery experience.
Session flow
Eight stages, from setup to session log
The sequence connects preparation, observation, imagery, and session logging.
Setup & preparation
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Configuration
Select the avatar, scene, scenario, and preferences. Adjust the visual style and session settings.
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Calibration
Calibrate height and position to align the avatar for correct embodiment.
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Breathing preparation
Use guided breathing to focus attention and regulate arousal.
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Activation
Complete a short activation sequence to prepare the body and mind for movement.
Observation, imagery & logging
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Third-person observation
Observe a technically correct long-jump model from a third-person perspective.
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First-person rehearsal
Mentally rehearse the movement from the athlete’s first-person perspective.
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Perspective switching
Switch between first-person and third-person views to compare and integrate perspectives.
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Log export
Export the session summary and log data in CSV or JSON format.
LEAP VR family
Distinct identities for the project’s experiences
Separate visual identities distinguish the conference demo, guided breathing, and activation.
BREATH
Guided breathing for preparation and attention.
ACTIV
A short activation exercise before motor imagery.
Research focus
A controlled setting for motor imagery research
LEAP-VR applies the PETTLEP framework to a long-jump scenario. Researchers can vary perspective and preparation conditions while keeping the task setting consistent.
Evaluation is planned to examine feasibility, presence, embodiment, and usability. The prototype does not yet establish an improvement in athletic performance.
Conference presentation
LEAP-VR at IEEE ISMAR 2026
The LEAP-VR team presents this demo at this year’s IEEE International Symposium on Mixed and Augmented Reality.
Open for collaboration
Let’s advance
LEAP-VR together.
We are open to collaborations that help evaluate, extend, and apply LEAP-VR in research.
Athlete Research
Studies with sports clubs, coaches, physiotherapists, and athlete populations.
Joint Research Projects
Joint publications and grant proposals, adapting LEAP-VR to different sports, and integrating motion capture.