Chillax Yum-Yum is an online co-op restaurant game where players cook, deliver, and survive chaotic town routes together. The project builds on Thai-local culture references in Hua Hin and focuses on a funny but high-stakes loop: gather, cook, deliver, and hit your daily rating quota before your boss shuts you down.
Chillax Yum-Yum is an online co-op restaurant game where one player can stay in the kitchen while another handles outside tasks like gathering ingredients and deliveries. The experience is built around funny chaos and communication under pressure.
Every day is evaluated by a rating quota. If the team misses quota, the day fails. If the team succeeds, difficulty scales up with tougher timing and more demanding order flow.
I handled major cross-discipline ownership on this project:
Mr. Krapow sets the day target and order queue.
Players split to source materials before the timer punishes delay.
Station timing and sequence execution determine final food quality.
Players ride out and complete routes under hazards and penalties.
Completed deliveries add customer ratings toward the daily quota.
Quota pass means progression; quota fail means day loss.
NPCs are designed as active gameplay systems. They influence progression, resource flow, and player behavior in each day cycle.
Sets quota and order flow, defining success and failure conditions.
Converts materials, making route/resource decisions more strategic.
Penalizes unsafe riding and reinforces helmet-system behavior.
Provides blessing-based variation that changes run outcomes.
Adds disruption events and mini-game pressure to break routine.
Crazy ass player character
The world is built from real Hua Hin references, then simplified into a readable co-op map with clear landmarks and route identity.
Route planning is organized around delivery pressure, ingredient access, and recovery zones so players can make quick decisions in co-op.
I used hand-drawn layouts and graybox passes to tune travel distance, turn rhythm, and interaction spacing before final art.
The final pass keeps local atmosphere while avoiding visual noise that would hurt navigation during fast runs.
