Fazza Championship Shooting (Dubai): Case Study
The Fazza Championship Shooting VR Experience is a fully immersive simulation designed to replicate the real Dubai Fazza Shooting Championship environment, including traditional weapons, real scoring rules, and the authentic cultural ambiance of the event.
Built for both training and public engagement, this VR game provides users with a realistic experience where they can practice traditional shooting techniques, improve accuracy, and compete against a scoring system identical to the official championship.
- Environmental 3D design & scene reconstruction
- Traditional weapon modeling & realistic handling physics
- Real-time scoring system aligned with official Fazza rules
- Motion controller integration (Oculus/HTC Vive)
- UI/UX for player feedback and scoring
- Performance optimization for event use
- Sound design (weapons, environment atmosphere)
- Recreate the exact environment, rules, and scoring system of the Fazza shooting championship.
- Offer a safe and immersive training environment for new and seasoned participants.
- Promote cultural heritage by showcasing traditional weapons and shooting methods.
- Create an engaging, high-fidelity VR experience suitable for events, competitions, and exhibitions.
- Ensuring weapon mechanics matched the real-world traditional weapons
- Replicating the official Fazza scoring algorithm with high accuracy
- Creating a culturally authentic environment based on limited references
- Maintaining high frame rates for a smooth VR experience
- Developed custom physics to simulate traditional weapon recoil & handling
- Built a high-accuracy scoring system following real event standards
- Reconstructed environment using real venue references
- Added adaptive performance scaling for large crowds at events
- Integrated haptic feedback for weapon firing for maximum immersion
Realistic Environment
1:1 recreation of the official Fazza shooting venue High-detail cultural props, lighting, and background elements
Immersive Player Experience
Haptic vibration on shooting Warm and desert-like ambient audio Smooth UI for players of all skill levels
Authentic Weapon Handling
Traditional weapon modeling Accurate recoil & aiming physics Smooth VR controller integration
Official Scoring System
Point allocation identical to the championship Real-time scoreboard End-of-round performance summary
- Unity (Core Development)
- Blender & Maya (3D Models)
- C# (Gameplay Logic & Scoring)
- Oculus SDK / SteamVR
- Spatial Audio Integration
- Delivered an incredibly realistic & culturally authentic simulation
- Successfully used in events and competitions
- Received strong engagement from both professionals and the general public
- Helped users train, improve accuracy, and understand event rules before competing