The Complete Guide to Retro Arcade Games
What defines an arcade game, how the six main families differ, and how to get better at all of them.
20 guides covering how arcade games are built, how their scoring and difficulty systems work, and how to get better at the ones on this site. Every mechanical claim is checked against the code that implements it — see our fact-checking policy for how that works.
What defines an arcade game, how the six main families differ, and how to get better at all of them.
A clear definition of the genre: origins, defining characteristics, and how browser games continue it.
How coin-operated cabinets shaped a design philosophy, why it declined, and how the browser revived it.
Session length, feedback clarity and skill expression — the structural reasons the format endures.
Which games to start with, the four habits that matter most, and what to expect in your first hour.
All 30 games sorted by what you actually want: session length, difficulty, device and mood.
Base rates, multipliers, risk premiums and bonuses — how to read a scoring system and exploit it.
Nine concrete, testable methods — multiplier management, positioning, session length and error diagnosis.
Reaction time versus anticipation — what actually improves with practice, and how to train it.
Rate problems, difficulty plateaus, pacing a long run and recognising when a run is already lost.
Jump arcs, variable height, coyote time, moving platforms and route planning.
The racing line, braking points, grip thresholds, traffic reading and drift scoring.
Momentum flight, leading shots, formation reading, dash economy and orbital control.
Route planning under a clock, reading periodic hazards, and physics control.
Threat triage, rate management, upgrade ordering, cluster control and wave gaps.
The three curve shapes, what separates hard from unfair, and how difficulty is actually tuned.
The one-more-run loop, near-miss psychology, self-attributed failure — and keeping it healthy.
Lives, waves, power-ups, invulnerability and spawn logic — the standard building blocks explained.
Eight principles covering the core loop, fairness, ramps, scoring, feedback and controls.
Canvas, requestAnimationFrame, localStorage and Web Audio — what they made possible without plugins.