Guide library
Written explanations of how these games work and how to get better at them. Every figure in them is read out of the games themselves rather than estimated, and every guide says plainly when it is describing our arcade model rather than the real sport.
70 guides — 20 in-depth pillar guides and 50 focused explainers
The long-form guides. Each one covers a whole topic from first principles.
A ping pong arcade game keeps the readable parts of table tennis — the rally, the bounce, the net, the curve — and throws away everything that would make a browser game feel slow. This is what that actually means in practice.
Underneath all thirty games on this site sits one engine with about six moving parts. Learn those six and you understand every game here — and most of the ping pong games you will find anywhere else.
A rally counter looks like a number going up. It is actually the difficulty system, the scoring system and the pacing system all at once — and understanding that changes how you should play.
The serve is the only moment in a rally where you have complete control, which is why it gets its own system in almost every ping pong game. Here is how the five serve styles work and how to use each one.
Spin is the mechanic players notice last and benefit from most. Here is exactly how the arcade model works, where the curve comes from, and why steadying your paddle is a real technique.
Most players leave more points on the table through bad risk management than through slow reactions. This is what actually moves a score, in rough order of how much difference it makes.
A paddle in these games is five numbers and one collision test. Understanding both explains why your shots go where they go — and why the same paddle feels completely different in two games.
Reflex games compress table tennis into the half second between the ball leaving one paddle and arriving at the other. Here is what they measure, what the millisecond figures mean, and how to move them.
Precision games change what a good shot is: keeping the ball in play scores almost nothing, and putting it in an exact place scores a great deal. Here is how the scoring works and how to actually hit things.
A tournament turns one match into a run, which changes what a point is worth. Here is how brackets and boss ladders are built, why progress is saved locally, and how to actually win one.
An endless game has no finish line, which means it has to solve a problem a finite game does not: how do you keep raising difficulty without ever making the game impossible? Here is how it is done.
Take away movement and a ping pong game becomes a pure timing problem — and, not coincidentally, the most accessible thing on the site. Here is how one-button table tennis is built and how to be good at it.
"HTML5 game" has become shorthand for "plays in a browser without a plugin". Here is what that actually involves — the five browser features these games are built from, and why the constraints produce better games.
A ping pong table is one of very few sports playfields that fits an entire phone screen without compromise. Here is how touch control is built, which games suit a small screen, and what changes about playing well.
A combo multiplier is the most under-used number on the HUD. It caps at eight, it breaks on mistakes, and understanding it changes which shots you should attempt — sometimes by a factor of six.
The difference is not graphics or budget. It is what the game optimises for when those two goals conflict — and they conflict constantly.
Timing is the skill that most players assume is fixed and is actually the most trainable thing on the site. Here is what the windows are, why yours drifts, and how to fix it in about twenty minutes of deliberate practice.
Thirty games from one engine forces you to decide what a game actually is. These are the principles that survived the process, including the ones that were wrong the first time.
Table tennis was the first sport video games could actually represent, and the ideas it established are still visible in every paddle game made since. This is what changed and what did not.
Thirty games is too many to choose from cold. These are the picks by situation — what to play first, what to play with somebody else, what to play on a phone, and what to play when you want to be beaten.
Shorter guides that answer one specific question about a mechanic or a technique.
Most of what feels like slow reactions is actually slow decisions, and decisions are the part that improves. Here is what to change, in order of how much difference it makes.
Paddle movement is the least glamorous skill on the site and the one that moves scores the most. Three habits account for nearly all of it.
When the ball is quicker than you can comfortably handle, the answer is almost never to move faster. Here are the four things that actually work.
A rally system is four components working together. Separating them makes it obvious why some games reward patience and others punish it.
A rally of fifty is not fifty good shots. It is ten shots to set a rhythm, twenty to hold it, and twenty where the only skill left is not getting bored.
A serving challenge is the tightest feedback loop on the site: aim, release, land, score, repeat, about twelve times a minute. Here is exactly how it is scored.
Target challenges look simple and hide two rules that decide most of your score: the height rule, and the relationship between ring size and your combo.
Most games here return the ball automatically, so the timing bonus is optional — which is exactly why most players never learn it. It is worth about fifty per cent more per return.
Real spin is fluid dynamics. Arcade spin is three accelerations. Here is why the simplification is a design decision rather than a limitation.
Top spin is the spin that lets you hit harder without the ball sailing long, and the one that shortens your opponent's time after the bounce. Here is exactly what it does.
Back spin is the spin you mostly receive rather than produce, and the one that produces the single most common mistake on the site: driving flat into a floating ball.
Side spin is the only mechanic on the site whose effect grows with the square of time, which is why a slow shot bends dramatically and a fast one barely at all.
There is no paddle angle input in these games. What there is instead is a contact-point rule that does the same job with one fewer thing to learn — and it is the single most important mechanic on the site.
Raising ball speed does not just give you less time. It flattens arcs, reduces spin drift, shrinks your effective paddle coverage and changes which shots are correct.
The computer paddle does not cheat and does not know anything you do not. Here are the five numbers that make it Easy or Expert, and the one design decision that makes it feel fair.
There are exactly four mechanisms by which any game on this site gets harder. Knowing which one is operating tells you what to change about how you are playing.
The Expert opponent has four exploitable properties. Using all four turns an unwinnable match into a close one, and none of them requires faster reactions.
A bracket is a sequence of matches with an escalating cost of failure. Here is exactly how progression, saving and elimination work across the three tournament games.
Past the tempo cap a rally stops being a test of reaction and becomes a test of attention. That is a different skill and it fails in a different way.
Placement improves faster than anything else on the site with deliberate practice, and slower than anything else without it. Here is the routine that works.
The two deep corners are the highest-value targets on the site and the hardest to reach. Four things have to line up, and most players are missing the second one.
One button, one job, and about five things that separate a player who survives from one who builds a twenty-perfect streak.
A formula never runs out of content and never has taste. The useful approach is to generate the numbers and author the shape — here is what that means in practice.
The whole physics model is five constants and one integration step. Here is what each number does, what happens when you change it, and why it is not a simulation.
Canvas is a drawing surface with no opinion about physics. Everything that makes a browser game feel solid happens in the loop around it.
Touch control in a browser game is mostly about four details that are invisible when they work and obvious when they do not.
Playing on a phone is not desktop play on a smaller screen. Five things genuinely differ, and adapting to them is worth more than any amount of practice.
Every key these games use, what each one does, and why a keyboard is meaningfully better than touch for the placement games.
There is no online play on this site and there never will be without a server. What there is instead is five games with genuine local two-player, on one keyboard or one screen.
An arena's job is to make the ball readable. Everything else is decoration, and decoration that competes with the ball is a bug.
A good invented opponent is a paragraph of description and a set of numbers that agree with each other. When they disagree, players stop reading the description.
Three numbers define a paddle and they do not act independently. Understanding how they interact is most of what separates a game that feels tight from one that feels vague.
Scoring is how a game tells you what it wants. Here is every value on the site, and what each one is asking you to do.
The combo is the most under-used number on the HUD, and the one whose arithmetic most directly changes which shots you should attempt.
Bonuses are the part of a score that arrives all at once, and they are almost always where a good run separates from an average one.
Speed on its own is not a challenge — it is just a faster version of the same thing. What makes a speed challenge interesting is what it is paired with.
There are two kinds of clock in these games and they demand opposite behaviour. Confusing them is the fastest way to fail a stage you could have cleared.
A target looks like a circle on the table. Underneath it is a spawn rule, a hit test, a height threshold and a pool — and each one is a design decision.
Building a reaction test is mostly about removing things: rhythm, predictability, and any way for the player to succeed without actually reacting.
Replayability is not a feature you add. It is what is left when the cost of starting again is near zero and there is something specific you nearly achieved.
Browser games converge on short sessions for reasons that have nothing to do with attention spans and everything to do with the cost of failure.
Coordination in a paddle game is mostly a tracking problem, and tracking is a habit rather than a talent. Here is what improves it and what we cannot claim about it.
Timing improves faster than almost anything else with the right practice and barely at all with the wrong kind. The difference is whether you isolate it.
A game is most replayable when the player believes the next run could go better. That belief depends almost entirely on how difficulty is tuned.
Making an AI harder is trivial. Making it harder in a way players accept is the actual problem, and it comes down to when its mistakes are decided.
Touch controls that feel bad are almost never slow. They are usually sticking, being intercepted by the browser, or sized for a mouse.
Every accessibility decision on this site made the games better for everybody. That is not a coincidence — it is what happens when you remove assumptions.
Your scores live in your browser and nowhere else. Here is exactly what is stored, why it behaves the way it does, and what that rules out.
Follow a link and a game is ready almost immediately. Here is what actually happens in that second, and why it is possible without a download.
Table tennis keeps reappearing in arcade form for four structural reasons, none of which is about the sport's popularity.
Thirty original ping pong arcade games, free, in your browser, with nothing to install.