How to Make a Roblox Game: A Practical Guide From Concept to Publish

To make a Roblox game, you install Roblox Studio (free), decide on one core loop a player can repeat in under a minute, build a small playable space, write the rules in Luau with the server in charge of anything that matters, test with several simulated players, and publish through File > Publish, where you complete Roblox's content maturity questionnaire. The tools are free and the first playable version can be small. What separates a game people return to from one they leave after a minute is usually not the art. It is a clear loop, server-side rules that can't be cheated, and testing under conditions closer to a real server than solo Play mode.

This guide follows the order we actually work in at StillAwake Media. Our examples come from two of our own Roblox projects: RISK IT!, a minigame game that is public on Roblox, and Stillskin Forest, a co-op survival-horror game that is still in development and not publicly released. Platform details are checked against Roblox's Creator Hub documentation as of October 2026.

What you need before you start

• A Roblox account and Roblox Studio. Studio is free and runs on Windows and macOS.
• Some time with Luau. Luau is Roblox's scripting language, derived from Lua. You don't need to know it before starting, but you will learn it as you go.
• A small idea. Your first project should be finishable. A game about one thing done well beats a game about ten things done halfway.

Optional, once your project grows: an external editor and a sync tool such as Rojo, so scripts live in files you can version with Git. Stillskin Forest's expansion code lives in a Rojo-style repository with unit tests, while its original systems were edited directly in Studio. Neither approach is required to ship.

Step 1: Choose a concept and write down the core loop

The core loop is the thing a player does over and over: attempt, get a result, get a reason to try again. Write it in one sentence before you build anything.

For RISK IT!, the sentence is "walk up, risk it, get launched, try again." Every design decision in the project's documentation hangs off that line:

| Decision | Why | |---|---| | Challenges last 5 to 20 seconds | Short outcome cycle, frequent payoffs | | One tap or keypress to start | Minimal friction, no menus | | Failure launches a ragdoll with its own gag and headline | Failure is content, not punishment | | Recovery takes about 2.6 seconds and puts you next to the pad | A retry is about three seconds away | | The game works alone | Nothing waits for a full server |

Stillskin Forest's loop is longer: scavenge by day, survive the night, decide whether to fight, run, hide or go back for a downed teammate. A longer loop is fine, but it costs more to build and test, which is why it is still in development and RISK IT! is not.

Two things are worth deciding now:

1. Does the game work with one player? Many new Roblox games launch into empty servers. If your fun needs eight people, plan for that.
2. What is deliberately out of scope? RISK IT!'s first version excluded a shop, monetization, global leaderboards and daily rewards. The documented reason: prove the core loop is fun first, then add systems.

If you're making something scary, our companion guide on how to make a horror game in Roblox Studio covers pacing, sound and AI in more depth.

Step 2: Learn the parts of Studio you'll use every day

Open Studio, start from a Baseplate template, and get comfortable with four windows:

• Explorer: the tree of everything in your game. The top-level items are services such as Workspace, ReplicatedStorage, ServerScriptService and StarterPlayer.
• Properties: settings for whatever you've selected (size, colour, material, whether a part is anchored).
• Toolbox: the Creator Store, where you can insert models, meshes, audio and images.
• Output: where errors and print messages appear. Keep it open. Most beginner bugs announce themselves here.

Where something lives in the Explorer decides who can see it and whether it runs. That matters a lot once you start scripting.

Step 3: Build the environment

Roblox gives you several ways to build, and most games combine them:

• Parts: basic blocks, spheres, wedges and cylinders. Fast for prototyping and greyboxing a level.
• Terrain: sculpted landscape with materials like grass, rock and water, edited with the Terrain Editor. Good for natural spaces like Stillskin Forest's forest and lake edges.
• MeshParts and models: imported 3D meshes (from Blender, for example) or models from the Creator Store. Use these for detailed objects.
• Packages: reusable assets that stay linked. Update one package and every copy across your places can update too, which is useful for a door, lamp or prop you place dozens of times.

Two habits save pain later:

Anchor anything that shouldn't move. An unanchored part falls, gets pushed and costs physics time. A floor that slowly slides away is a classic first-day bug.

Greybox first. Block the space out with plain parts, play it, then replace parts with detailed art once the layout works. RISK IT! takes this further: its whole arena (hub, islands, walkways, signs and pads) is built procedurally by a server module at startup, so changing the number of challenges reflows the layout automatically. That works because its style relies on neon, lighting and bold type rather than bespoke meshes.

Step 4: Scripting basics in Luau

The three script types

| Type | Runs on | Typical home | Use it for | |---|---|---|---| | Script | Server (by default) | ServerScriptService | Game rules, damage, rewards, saving data | | LocalScript | The player's device | StarterPlayerScripts | Input, camera, UI, local effects | | ModuleScript | Wherever it's required | ReplicatedStorage (shared) or ServerScriptService / ServerStorage (server-only) | Reusable code and configuration |

A Script also has a RunContext property (Legacy, Server or Client) that can change where it runs. Roblox's script locations guide explains the combinations. As a beginner, the simple rule holds: server code in ServerScriptService, client code in StarterPlayerScripts, shared modules in ReplicatedStorage.

The client-server split

Every Roblox game is multiplayer. The server is the authority. Each player's device is a client that sees a copy of the world and handles input, the camera and UI. Anything the client says can be faked by an exploiter, because the client is running on hardware the player controls.

That leads to the most important rule in Roblox development: the client asks, the server decides.

RemoteEvents, and why the server must validate

Clients and server talk through RemoteEvent (one-way messages) and RemoteFunction (request and response). The server's OnServerEvent handler always receives the real Player who sent the message as its first argument. Everything after that comes from the client and can be anything, including the wrong type, NaN, a huge number, or an instance that doesn't exist on the server. Roblox's remote events documentation describes the server as "the source of truth" for exactly this reason.

So a remote should never say "give me 100 points." It should say "I'd like to do this action," and the server checks whether the action is possible. In RISK IT!, the server-side challenge service refuses to start a challenge unless the player's profile is loaded, they're alive, not already in a session, within 18 studs of the pad, and past a 0.5-second cooldown. Its input remote uses a token bucket (15 inputs per second), type checks, and a check that rejects non-finite numbers, and only accepts a short list of action names. In Stillskin Forest's code, the crouch feature works the same way: the client can request a crouch, but only the server writes the Crouching attribute that enemy detection reads.

Step 5: A minimal gameplay loop

Here is a small, complete loop: players collect glowing orbs, earn a point, and each orb respawns after a few seconds. Place any number of anchored parts in Workspace, tag them Orb (Properties > Tags), then put this in a Script inside ServerScriptService:

local Players = game:GetService("Players")
local CollectionService = game:GetService("CollectionService")

local RESPAWN_SECONDS = 5

local function onPlayerAdded(player: Player)
	local leaderstats = Instance.new("Folder")
	leaderstats.Name = "leaderstats" -- this exact name shows on the player list
	leaderstats.Parent = player

	local points = Instance.new("IntValue")
	points.Name = "Points"
	points.Parent = leaderstats
end

local function setupOrb(orb: BasePart)
	local ready = true

	orb.Touched:Connect(function(hit: BasePart)
		if not ready then
			return
		end
		local character = hit:FindFirstAncestorOfClass("Model")
		local player = character and Players:GetPlayerFromCharacter(character)
		local humanoid = character and character:FindFirstChildOfClass("Humanoid")
		if not player or not humanoid or humanoid.Health <= 0 then
			return
		end

		local stats = player:FindFirstChild("leaderstats")
		local points = stats and stats:FindFirstChild("Points")
		if not points then
			return
		end

		ready = false
		points.Value += 1
		orb.Transparency = 1
		orb.CanTouch = false

		task.delay(RESPAWN_SECONDS, function()
			orb.Transparency = 0
			orb.CanTouch = true
			ready = true
		end)
	end)
end

Players.PlayerAdded:Connect(onPlayerAdded)
for _, player in Players:GetPlayers() do
	onPlayerAdded(player) -- players who joined before this script ran
end

for _, orb in CollectionService:GetTagged("Orb") do
	setupOrb(orb)
end
CollectionService:GetInstanceAddedSignal("Orb"):Connect(setupOrb)

Why it's written this way:

• It runs on the server, so the point total can't be edited by a client.
• The ready flag stops one touch from scoring several times, because Touched fires repeatedly while limbs overlap.
• Tags instead of one script per orb. Roblox's docs recommend CollectionService with tagged instances over scripts attached to individual objects. One script manages every orb you add later.
• task.delay schedules the respawn without blocking anything. Prefer the task library (task.wait, task.spawn, task.delay) over the older global wait.

When you later need a button or UI action, send it through a RemoteEvent and repeat the same checks on the server: is this the right kind of object, does it exist, is the player close enough, is it allowed right now?

That's a loop. Add a reason to keep going (a target score, a timer, a leaderboard) and you have the skeleton of a game.

Step 6: Saving progress

Points that disappear when a player leaves are fine for a prototype, not for a game. Persistent data uses DataStoreService, and it's the system where beginners lose the most player data. Our approach in RISK IT!: load with UpdateAsync and a soft session lock, retry with exponential backoff, autosave every 120 seconds, save on leave, flush in BindToClose when the server shuts down, and version the data schema so new fields can be added safely. If the data service is unavailable, the game falls back to an offline profile and tells the player instead of silently failing.

In Studio, DataStores only work on a published place with Studio Access to API Services enabled in Game Settings > Security.

Step 7: Test like it's a real server

Studio's testing modes live in the testing dropdown at the top of the window. As of October 2026, Roblox's testing modes page names them:

• Test (F5): spawns your avatar and plays the game. Older tutorials call this Play.
• Test Here: spawns you at the current camera position. Older tutorials call it Play Here.
• Run (F8): simulates the game without an avatar.
• Server & Clients (F7): starts a local server with several clients, up to eight. This is the multiplayer test most beginners skip.
• Team Test: a shared session where collaborators join from their own Studio.

There's also a Device Simulator for phone and tablet screens and touch input, and a Network Simulator that adds latency, jitter and packet loss.

Solo testing hides real bugs. Studio runs at almost zero latency, so timing, physics and hit detection all look better than they will on a live server. Our RISK IT! documentation is explicit that its test results are Studio results, not production data, and it lists latency testing at 200 ms as a release blocker. Stillskin Forest's revive, ghost-spectator and finale systems have passed single-client Studio checks, and its own report says a proper multi-client test is still needed. That's why it remains in development.

Automated checks help too. RISK IT! has an end-to-end bot that plays every challenge through the real remotes. Its v0.2 run passed 25 of 25 checks, including sending NaN, infinite and garbage payloads to confirm they award nothing. It still missed one critical bug: the action key captured Space, so players couldn't jump in movement challenges. The bot jumped through code, not the keyboard. Bots catch logic errors, and people catch feel. You need both.

Step 8: Keep it running smoothly

Performance is a design constraint from day one, not a polish task. The basics: anchor static parts, reuse identical meshes, keep high-frequency loops (like RunService.Heartbeat) small, disconnect events you no longer need, and don't fire remotes every frame. Run visual effects on clients instead of the server. RISK IT! learned this the hard way: particle bursts emitted on the server never reached players, so they now play on each client through a dedicated remote.

We cover diagnosis and fixes in detail in How to Fix Lag in Roblox Games.

Step 9: Publish your game

Publishing has two stages, and the rules changed in 2026, so check the current publishing guide before you release. As of October 2026:

First publish (not yet public). In Studio, go to File > Publish. Add a name, description, genre, icon and thumbnail, then save. The game now exists on Roblox but is only visible to you, people with edit access, and permitted group members. This is the stage for private testing.

Making it public. Go to File > Publish again and choose Continue. You'll answer the first question of the Maturity & Compliance Questionnaire, which asks whether the game contains age-restricted content:

• If you answer No and stop there, the game gets the Content May Vary label and releases only to age-checked users 16+.
• To reach younger audiences (Roblox Kids, ages 5 to 8, and Roblox Select, ages 9 to 15), you complete the full questionnaire for a Minimal, Mild or Moderate label and meet extra requirements: account verification, two-step verification, Roblox Plus or Premium for two consecutive months or a refundable publishing fee, and passing Roblox's Kids and Select evaluation.

Even a 16+ release needs an account in good standing that is at least two days old, an age check (facial age estimation or government ID), and an answer to the age-restricted content question. Roblox's content maturity page says that a game with no maturity information has its playability restricted for all players. You can release up to five never-before-released games per day.

Audience controls live in the Creator Dashboard under Publish settings > Manage Audience, where you can keep a game to invited early testers or friends before opening it to everyone.

A real example: as of 29 October 2026, RISK IT! is public with a Minimal maturity label but is open to players 16+ for now. A Minimal label alone doesn't unlock the younger audiences. The other requirements have to be met too.

Thumbnails and icon. Show the game's moment of action, not a logo on a background. RISK IT!'s release plan called for a wide arena shot, a mid-launch ragdoll, and a tension moment from its press-your-luck challenge.

Common beginner mistakes

1. Trusting the client. Health, currency, damage and cooldowns belong on the server. If a RemoteEvent takes an amount from the client, it's probably a vulnerability.
2. Testing only solo. Use Server & Clients and the Network Simulator before you call anything done.
3. Unanchored scenery. It wastes physics time and moves when it shouldn't.
4. Setting place properties from scripts. Some settings can't change at runtime. RISK IT!'s first documented blocker was trying to set its lighting technology and FallenPartsDestroyHeight from a script. Both had to be set in Studio before running.
5. Ignoring phones. Many Roblox players are on phones and tablets. In RISK IT!'s phone pass, the challenge panel covered 63% of a small landscape screen, and a counter sat under the jump button. Both were fixed before release.
6. Building systems before the loop is fun. Shops, quests and daily rewards don't rescue a dull core loop.
7. Skipping data safety. Save on leave, flush on shutdown, retry on failure, and version your data.
8. Using unlicensed audio. Use Creator Store audio and check who uploaded it. RISK IT!'s audio list records the uploader and a confidence level for every sound, and marks community uploads for replacement before release.

Where to go next

Start with a one-sentence loop and the orb script above, then grow it one system at a time. When you want to see how a finished loop plays, try RISK IT! or read the Stillskin Forest wiki for a look at a larger game's systems. The StillAwake games page lists everything we're building.

If you're working on a Roblox project and want to talk through architecture, testing or launch, get in touch.