Project Brief
Using Adobe Aero I created a Running Race Simulation (The Ultimate Sprint), incorporating animated characters, triggers, and interactions. This project aims to engage users in a fun and immersive way by allowing them to experience a race in AR.
Experience the Future with AR
The inspiration behind this project came from my interest in gamification and interactive experiences.
I wanted to experiment with AR as a medium to build a dynamic and engaging scene where users can experience a virtual race unfolding right in front of them.
Project Images
I used Adobe Aero's asset library to build the race track, seating stands, and surrounding environment.The race track included a "Start Race" sign at the starting point and a checkered finish line at the end. The environment was anchored to a horizontal surface, making it easy for users to place the scene in their physical space.
Project Video/Demo
Runs without installing the app
Development Steps
Case Study
Concept & Planning
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I envisioned an AR running race scenario with four unique characters.
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The scene would include a starting line, race track, and finish line to simulate a real-world race.
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I planned for each character to move towards the finish line based on pre-defined triggers.
Creating the Race Environment
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I used Adobe Aero's asset library to build the race track, seating stands, and surrounding environment.
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The race track included a "Start Race" sign at the starting point and a checkered finish line at the end.
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The environment was anchored to a horizontal surface, making it easy for users to place the scene in their physical space.
Adding Animated Characters
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I introduced four runners: Amelie, Emma, Duska, and Zahara.
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Each character was positioned at the starting line with a movement path towards the finish line.
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I carefully selected different styles for the characters to create diversity in the race.
Implementing Triggers & Movement
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Using Adobe Aero's behavior system, I added movement triggers for each runner.
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When the scene starts, the characters begin running towards their assigned finish line pins.
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Each character was given a predefined path and animation to simulate a realistic race.
Enhancing Interactivity
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Users could start the race with a tap interaction, triggering the movement of the characters.
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Additional triggers could be added to allow users to cheer for a specific character, influencing their speed.
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The environment was optimized to make the race feel immersive, with structured seating for virtual spectators.
Final Adjustments & Testing
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I tested the project on multiple surfaces to ensure correct scaling and alignment.
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Adjusted the movement speeds to create variety in the race outcomes.
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Made sure that all objects were properly anchored and responsive to user interactions.
Conclusion!
This project was a valuable learning experience in Adobe Aero and AR-based interaction design. By integrating animated characters with trigger-based movement, I created an interactive race that brought digital elements to life within a real-world environment. The process deepened my understanding of AR mechanics and highlighted the creative potential of immersive design in fields like sports, education, and entertainment.
Looking ahead, I plan to enhance this experience by incorporating sound effects, countdown timers, and randomized race outcomes to increase engagement and realism. This project serves as a meaningful stepping stone toward building more dynamic and interactive augmented reality simulations.