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Technical post-mortem · Arcade racing / time-trial and versus
Speed Racing Championship — Technical Post-Mortem
Core Game Loop & Mechanics
Speed Racing Championship runs the arcade racing loop in its cleanest form: accelerate, brake, take the racing line, repeat for two to four laps. Modes are time-trial (against your ghost) and versus racing, and progression is lap-time driven — the ghost system turns every solo session into a race against your best self.
Input latency for racing is about steering granularity: keyboard input is binary (left/right), and the implementation adds steering interpolation so keyboard taps produce smooth arcs rather than jerky state changes. On touch, virtual steering zones offer analog-ish control. The handling model is arcade-pure — no tire physics, no weight transfer — which keeps the skill ceiling in line-reading and braking points rather than car setup.
State management is lean: car transform, velocity, lap counters, checkpoint flags. The ghost system records position samples during your best lap and replays them as a translucent car — the standard implementation, done correctly, with sampling density tuned so ghosts stay smooth at low frame rates.
Level Design Philosophy
Track design is the difficulty curve. Early tracks are wide with forgiving run-off areas; later tracks narrow with walls that punish line errors at speed. The difficulty progression is purely geometric — no rubber-banding AI, no speed handicaps — which makes time-trial improvement feel earned and honest.
Onboarding is a straight high-speed runway: the first track teaches acceleration and braking with zero turns, then introduces curves one at a time. Reward feedback comes from lap deltas — the split-time display showing your delta against your ghost at each checkpoint is the strongest motivator in the genre, and it is always visible.
The versus mode inherits the ghost system's honesty: opponents race their own lines, no rubber-banding. Losing to a better line is legible — you can see where the winner pulled away, which converts losses into line-reading lessons.
Technical Implementation
Rendering is WebGL with a modest but effective feature set: baked environment lighting, simple specular on car bodies, and distance fog that doubles as draw-distance culling. Track geometry uses LOD switching — distant track sections render at reduced polycount, invisible at racing speeds.
The physics step deserves attention: arcade handling is implemented as a bicycle-model approximation with speed-sensitive steering lock, updated at fixed timestep with interpolation. Drift mechanics, where present, are cosmetic layers over the same model rather than a separate friction simulation — the correct scope for arcade racing.
Asset optimization: car models are low-poly with baked ambient occlusion in textures, tracks reuse modular segments, and audio (engine pitch tied to velocity) is synthesized rather than sampled for the base engine note. The technical verdict: textbook arcade racing implementation — every system scoped to what the gameplay reads.
