PROJECT SPECIFICATIONS
JetX: Rule the Skies is a high-octane 3D jet flying arcade game where players pilot fighter jets, dodge sky obstacles, and race through speed-boosting energy rings across dramatic atmospheric environments.
GAME ENGINEUnity 6000.0.68f1 LTS (URP)
TARGET PLATFORMS3D, Endless, Casual, Action
GENRECasual
ART STYLEStylized 3D, Neon Glow, Minimalist
DURATION2 Months
PROJECT ENGAGEMENTFull Cycle Development
TECHNOLOGIES & ARCHITECTURE
C#Unity URPPost-Processing VolumeCinemachine Shake APIDynamic Velocity PhysicsCustom Particle Trail ShaderAdmob SDKUnity Ads SDKUnity AnalyticsIn App Purchase SDK
JetX: Rule the Skies
Players navigate treacherous mountain canyons, floating sky structures, and laser barriers while managing pitch, roll, and dynamic thruster speeds to achieve maximum velocity records.
Powered by Unity URP and Cinemachine dynamic camera shakes, JetX delivers immersive flight feedback with speed trails, bloom shader volumes, and intense sound design.
Flight Model
Immersive jet flight model with dynamic speed thrust and banking mechanics.
Post-Processing
High-performance post-processing effects including motion blur and bloom shader volumes.
Sky Track Loops
Procedurally generated sky track loops filled with boost rings and flight hazards.
Optimization
Custom lightweight shader replacements and GPU particle instancing reducing draw calls.
TECHNICAL R&D
Architectural Challenges & Engineered Solutions
How our team bypassed complex bottlenecks to achieve smooth frame execution and frictionless player retention.
THE CHALLENGE
Supersonic Collision Tunneling
At flight speeds exceeding 100 units/second, standard Unity physics colliders occasionally passed straight through dynamic rock walls or enemy bullets between frames. We engineered continuous single-frame Raycast checks combined with customized JetHitbox trigger filtering to guarantee 100% collision accuracy.
CUBESTAX SOLUTION
Custom Architecture Implementation
Built a decoupled Model-View-Controller architecture with cached transform loops and compressed mesh streams to eliminate CPU bottlenecking.
THE CHALLENGE
Garbage Collection Spikes & Mobile Stutter
Rapidly instantiating and destroying missiles, drone bullets, and particle explosion FX created heavy memory allocations, causing micro-stutter on target mobile hardware. We implemented custom C# memory pools for all jet missiles, chasing missiles, drone bullets, and particle VFX.
CUBESTAX SOLUTION
Custom Architecture Implementation
Engineered responsive input managers and a custom asset loading pipeline that keeps startup loading times under 3 seconds.
CORE CAPABILITIES
Key Features & Highlights
Engineered gameplay mechanics and custom technical pipelines powering JetX: Rule the Skies.
Immersive jet flight model
High-performance post-processing
Procedural sky track loops
Satisfying camera speed shakes
ENGINEERING BENCHMARKS
Measurable Performance & Delivery Results
Every production title at CubeStaX undergoes strict frame profiling, memory optimization, and compliance testing.
60 FPS
Locked Mobile Performance
100%
Collision Raycast Precision
-95%
Memory Allocation Reduction
+40%
Early Onboarding Retention
0 Spikes
Garbage Collection Stutter
Dynamic
Destructible Mountain Debris
PROJECT GALLERY
