EMIR KUKUL
Pursuit of the Key Parkour

PURSUIT OF THE KEY

Interactive Mechanical Parkour

In an era dominated by digital entertainment, collaborative physical play has lost its depth, often reduced to either mindless obstacle courses or sterile, abstract puzzles. When visitors seek engaging, tactile experiences in modern theme parks, they rarely find attractions that challenge both their physical coordination and their mechanical intellect simultaneously. They are left with a gap between physically active play and intellectually stimulating engineering.

Designed as a premium theme park attraction, Anahtarın Peşinde solves this disconnect by gamifying raw kinematic engineering into a high-stakes, cooperative adventure. Fusing mathematically precise mechanisms like gear trains and double-dwell timers with an immersive jungle ruin aesthetic, this interactive parkour transforms abstract physics into a tangible race against time. It demands absolute physical synchronization between two players, reviving the thrill of tactile problem-solving within a meticulously crafted entertainment ecosystem.

Academic Studio Project
From Brand Analysis to Product Design
Duration: 5 Weeks
My Role:
Mechanism Analysis & Integration
3D CAD Modeling
Rendering
2025

01PROCESS

Go to result

Background

The primary design objective was to transform complex moving mechanisms into an engaging, two-player physical puzzle, revitalizing cooperative play within a strict 7x10 spatial constraint.

Top down view of the parkour track

Engineering the Gameplay

My primary technical responsibility was analyzing the required mechanical functions (Timer, Transmitter, Accelerator, Direction Change) and seamlessly integrating them into the parkour's physical flow.



Timing & Acceleration

Double-dwell mechanisms were mathematically integrated to act as physical timers, while gear trains and trigger systems controlled the acceleration of the moving elements, demanding perfect player synchronization.

Gear mechanism 1 Gear mechanism 2 Gear mechanism 3
Pipe and ball transmission system

Transmission & Direction

Crank-slider and complex pulley/belt systems were engineered to safely transmit motion and transport the key-stone across the elevated pipe network without structural failure.

How might we gamify abstract kinematic mechanics into a thrilling, cooperative physical experience?

The Two-Player Dynamic

This co-op parkour requires two players to navigate ground obstacles and operate mechanical gates together. Their goal is to clear a path for a rolling stone carrying the final key. Retrieving the key unlocks the treasure and instantly stops the timer.

Two players running in the parkour
Wooden mechanisms and assets

Bringing the Concept to Life

As the lead 3D artist, I translated mechanical sketches into a fully functional 3D CAD model. I applied a jungle ruins aesthetic and created high-fidelity renders with realistic materials (weathered wood, metal, stone, and water dynamics) to capture the game's immersive atmosphere.