Hop Quest Template: A Vertical Platformer You Can Edit

Hop Quest Template: A Vertical Platformer You Can Edit

Hop Quest is one of the five game templates in Zugo: a canvas platformer where the hero bounces upward on its own, the score is the height you reach in meters, and coins line the route. Cloning it into your own project costs nothing, and credits start only when you make the first edit.

Below: what the template actually contains, which changes take one sentence and which take several, and where the honest edge of a browser platformer sits.

What kind of game is Hop Quest?

It is a climbing platformer. The character jumps automatically, so you only steer left and right, and the whole game becomes one question repeated: will you land on the next platform or miss it. A miss means falling out of the screen and ending the run.

The score counts meters climbed rather than points awarded for actions. That reads instantly. The number answers "how high did I get" without a tutorial explaining what a point is worth, which matters in a game people play for two minutes on a phone.

Platforms come in four kinds, and they are already in the template: solid ones, moving ones, crumbling ones that fall away after you leave them, and spring pads that throw you far higher than a normal jump. That mix is what stops the climb from feeling identical at 20 meters and at 200.

Two more details worth keeping when you rework it. The screen edges wrap, so a hero leaving on the left reappears on the right, which turns a narrow phone screen into a loop. And while nobody is playing, the game plays itself on the title screen, because a jump mechanic explains itself in two seconds of motion and never explains itself in a paragraph.

How do you play it?

Steering is one axis, since the jump happens without you.

The title screen carries three hints: how to steer, that the edges loop, and what the goal is. Three is about the ceiling for an arcade game. If your edits add a fourth mechanic, consider whether one of the old three can go.

Test on a real phone, not only in the desktop preview. A platformer lives on precision, and a thumb behaves nothing like an arrow key. Something that feels tight on a laptop can feel slippery in a hand. Check landscape too: a vertical climber gains from a tall narrow window, and a rotated phone shows fewer platforms, which quietly makes the game harder.

What changes with a single edit?

You edit the game by describing the change in chat, the same way you would edit a landing page. Game edits tend to be about feel, so expect more of them than a website needs.

1. Theme and hero: "make the hero a frog, turn the platforms into lily pads, use a swamp palette". One sentence rewrites the whole look.
2. Jump physics: "jump higher and slower, make the fall sharper". This is the main lever on how the game feels.
3. Platform mix: "make crumbling platforms appear after 100 meters" or "add more spring pads near the top".
4. Coins: "ten coins should grant an extra life" or "coins give a two second speed boost".
5. Difficulty curve: "increase the gap between platforms every 50 meters".

Make one change, then play. A platformer cannot be judged by reading a description, only by a run, and three short attempts tell you more than ten minutes of wording the perfect prompt. Every rebuild is opened in a sandbox before it reaches you, so a build that fails to run is never handed over: a bad idea costs one edit and a minute, not an evening staring at a black screen.

What does it cost to reshape Hop Quest?

Cloning a template calls no model at all, so the first run costs you nothing.

The Free plan gives 5 credits, which covers the clone and one edit. Pro is $25 a month for 200 credits, Business is $99 a month for 800. In practice 200 credits is about 66 edits, and games are edit heavy: tuning a jump usually takes five to ten runs with a change between them.

Counting attempts is more useful than counting credits. Ten physics iterations are a small slice of a Pro month, and skimping on them is the wrong economy, because those iterations are exactly what turns a template into your game. Plan for the tuning rather than for a single lucky prompt.

Why does the jump matter more than the art?

Because a platformer is one motion repeated hundreds of times per run. If that motion feels imprecise, no amount of styling rescues it, and if it feels precise, players forgive plain graphics without noticing.

Three values have to be tuned together: jump height, fall speed, and horizontal speed. Changing them one at a time is close to useless, because the feel comes from the ratio and not from any single number. A high jump with slow steering feels like wading; a low jump with fast steering turns landings into a lottery.

A practical order helps. First make hitting the next platform almost automatic, then start widening the gaps. Doing it the other way round means tuning difficulty on top of controls you have not fixed yet, and you end up adjusting both blind.

One more thing to protect: the player has to understand why they missed. If a fall looks random, nobody wants another run, and repeatability is the entire appeal of the genre. The good sign is that a fall makes you say "my fault" rather than "the game cheated".

Who needs a ready-made platformer?

The obvious case is wanting a small game of your own without learning an engine. The template closes that completely, since the playable base exists and the remaining work is tuning.

The second case is promotion. A simple arcade game with your character and your theme works as a piece of marketing: people open a link, spend a minute inside, and remember it better than a banner. Reskinning takes a handful of edits rather than weeks of development.

The third is teaching. A platformer is the clearest way to show how a parameter changes a feeling. Change the jump height, play, feel the difference. For explaining game design to a class or to your own kid, that beats a lecture, because cause and effect land in the same action.

The fourth is a prototype before real development. Testing a mechanic on a reshaped template is far cheaper than briefing a team on something you might dislike after ten minutes of play. If you are still deciding whether the whole idea is realistic, can AI build a game covers the general shape of what works.

What are the honest limits of Hop Quest?

Four of them, worth knowing before you start.

The best score does not survive a reload. It lives in memory only, because the template ships without storage. A real leaderboard means connecting Supabase and spending several edits on it.

Zugo games are 2D and run in a browser. A three dimensional platformer, a physics engine, gamepad support: those belong to a different class of tool.

There are no hand designed levels. Platforms are generated as you climb, and converting that into authored levels means replacing the foundation rather than adjusting a parameter.

Fine game design is iterative, not promptable. The difficulty curve, the exact feel of a jump, the moment the game becomes interesting: that work takes runs and edits, and it would take an evening in any tool. None of this cancels the value of the template, which is a playable platformer with your own character after a few sentences.

How do you publish the finished game?

Publishing is one action and puts the game on an address like your-project.zugo.run, ready to send to anyone. The build is checked in a sandbox first, so a game that does not open is not quietly published for you to discover through the first person you shared it with.

A custom domain connects on paid plans. Google Analytics will tell you how many visitors start a second run, which for an arcade game is the most honest measure of interest: the first run is politeness, the second is desire. GitHub export hands over the source as a real repository, so the project stays yours. The full sequence is in how to publish.

Publish earlier than feels comfortable. A stranger finds control problems in three runs; you will not find them in thirty, because you have already adapted to your own physics.

Where should you start?

Open the template gallery, find Hop Quest in the games tab, and play it in the preview before deciding anything. Two runs minimum, otherwise you have no opinion about the physics worth acting on. Make the first edit about the hero and the theme, and leave the jump alone until a few runs have told you exactly what bothers you.

If you would rather have forward motion and dodging than climbing, look at the Neon Drift template, the arcade racer from the same set, where reaction speed matters more than landing accuracy.

Then move in short steps: one edit, one run, one decision about the next edit. Credit spend stays legible that way, and the game does not drift somewhere you have to drag it back from.

You can clone Hop Quest and start reshaping it at zugo.dev. The starting credits are enough to see your own version running and decide whether it is worth going further, no card required, and a published game gets a link you can send to someone the same afternoon.