Roblox Map Design Patterns

Quick Reference Links

Official Documentation:

• Parts Overview - Basic building blocks
• Terrain - Terrain editor
• Lighting - Atmosphere

DevForum Tutorials:

• Ruski's Tutorial #1 - Map Layout Design
• Ruski's Tutorial #5 - Open World Maps
• How to Make a Simulator Map

Creator Store Resources:

• Tycoon Layout
• Tycoon Map

---

Pre-Design Planning

Before opening Studio, answer these questions:

Question	Impact
Genre	Determines flow - FPS needs fluidity, simulators need areas, obbies need progression
Theme	Setting, time period, colors, materials
Player Count	Scale and density - 6v6 is compact, 32+ needs large maps
Detail Level	Low-poly vs realistic, color palette, lighting
Shape	Avoid boxy - use curves, horseshoes, organic layouts

Real-World Inspiration: Go outside and observe how roads curve, trees cluster, buildings have wear, nothing is perfectly uniform.

---

Map Layout Principles

Visual Flow

• Players should ALWAYS see something interesting - never empty walls or dead space
• Use landmarks for navigation (tall buildings, unique structures, colored areas)
• Create sight lines that guide players toward objectives

Risk & Reward

• Dead ends offer safety but vulnerability to ambush
• Open areas are dangerous but fast to traverse
• Elevated positions offer advantage but exposure

Organization

• Group elements systematically (Terrain, Buildings, Props, NPCs)
• Name parts descriptively
• Use folders for areas (Spawn, Shop, Arena)

---

Genre-Specific Patterns

Why Lobbies Exist

Purpose	Description
Waiting Room	Round-based games need a place for players while match runs
Teleportation Hub	Central point with portals to different game areas/places
Social & Trading	Low-stress area to show off, trade, chat without danger
Monetization	Primary location for shops, crate openings, leaderboards

Standard Lobby Features

Players expect these specific features:

1. Lobby Obby - Simple obstacle course in corner to entertain waiting players
2. Voting Pads - Colored floor squares to vote for next map (3-4 options)
3. Global Leaderboards - Boards showing top players (Most Wins, Most Cash)
4. Daily Reward Chest - Physical chest/circle for daily login bonus
5. Shop/Crates - Purchase area with spinning/opening animations
6. Spawn Platform - Clear central spawn point

Simulator Hub/Lobby

The central spawn area where players access shops, collections, and features.

Layout Structure:

+------------------+
|     TERRAIN      |  <- Hills, trees (background)
|  +----+  +----+  |
|  |SHOP|  |SHOP|  |  <- Shop stalls
|  +----+  +----+  |
|                  |
|    [DISPLAYS]    |  <- Pet/item displays
|                  |
|  +----+  +----+  |
|  |AREA|  |AREA|  |  <- Feature areas
|  +----+  +----+  |
|     [SPAWN]      |  <- Center spawn
+------------------+

Key Elements:

• Central spawn platform (highlighted, often stone/marble)
• Shop stalls with striped awnings (red/white, blue/white)
• Display pedestals for pets/items
• Clear paths (different color/material than grass)
• Surrounding hills with trees (visual boundary)
• Multiple NPC vendors
• Sign posts (SALE!, NEW!, etc.)

Color Zones:

• Spawn area: Stone/marble (neutral)
• Grass areas: Bright green, lime green
• Paths: Brown/nougat (dirt)
• Borders: Orange, different material
• Shops: Colored awnings for identification

Stud Style (Classic Roblox):

-- All parts get studs
part.Material = Enum.Material.Plastic
part.TopSurface = Enum.SurfaceType.Studs
part.BottomSurface = Enum.SurfaceType.Inlet
part.FrontSurface = Enum.SurfaceType.Studs
part.BackSurface = Enum.SurfaceType.Studs
part.LeftSurface = Enum.SurfaceType.Studs
part.RightSurface = Enum.SurfaceType.Studs

Tycoon Layout

Individual player plots with droppers, conveyors, and collectors.

Standard Flow:

[DROPPER] -> [CONVEYOR] -> [UPGRADER] -> [CONVEYOR] -> [COLLECTOR]
     |                                                      |
     v                                                      v
  Spawns                                               Converts
  "bricks"                                            to money

Plot Layout:

+----------------------------------+
|  [BUY BUTTONS]                   |
|      |                           |
|  [DROPPER 1] -> [CONV] -> [UPG]  |
|  [DROPPER 2] -> [CONV] ->        |
|  [DROPPER 3] -> [CONV] ----+     |
|                            |     |
|             [COLLECTOR] <--+     |
|                                  |
|  [EXPANSION AREA...]             |
+----------------------------------+

Key Components:

• Buy buttons (color-coded, tiered pricing)
• Droppers (spawn parts)
• Conveyors (transport parts)
• Upgraders (multiply part value)
• Collectors (convert to currency)
• Clear boundaries between plots
• Expansion areas for progression

Production Line Design: Example: Donut Tycoon

1. Dropper: Spawns dough
2. Upgrader 1: Shapes into donut
3. Upgrader 2: Cooks/fries
4. Upgrader 3: Adds sprinkles
5. Collector: Sells completed donut

Obby Layout

Linear or tower progression with checkpoints.

Linear Obby:

[SPAWN] -> [STAGE 1] -> [CHECKPOINT] -> [STAGE 2] -> ... -> [WIN]

Tower Obby:

    [WIN]
      |
  [STAGE 10]
      |
  [STAGE 9]
      |
    ...
      |
  [STAGE 1]
      |
   [SPAWN]

Design Principles:

• Clear start and end points
• Checkpoints every 3-5 stages
• Difficulty curve (easy -> hard)
• Visual variety (don't repeat same obstacle)
• Safe zones between challenges
• Kill bricks clearly colored (red, lava material)

Obstacle Variety:

• Platform jumps (varying distances)
• Moving platforms
• Spinning obstacles
• Thin balance beams
• Disappearing platforms
• Wall jumps
• Trampolines/launchers

Tower of Hell Style:

• Randomly generated stages
• Each stage is a Model with set dimensions
• Stages stack vertically
• Rising lava for tension
• Time limit per tower

Themed Obby with Hub

Complete obby games combine a hub/lobby area with the obby course. This pattern is common for dragon obbies, adventure obbies, and similar games.

Full Layout:

+------------------------------------------+
|                  HUB AREA                |
|  +------+  +------+  +------+  +------+  |
|  |SHOP 1|  |SHOP 2|  |SHOP 3|  |SHOP 4|  |
|  +------+  +------+  +------+  +------+  |
|                                          |
|  [DISPLAYS]    [SPAWN]    [LEADERBOARD]  |
|                                          |
|  [LOBBY OBBY]         [DAILY CHEST]      |
|                                          |
|  [VOTING PADS]        [STATUE/DECOR]     |
|                                          |
|            +----------+                  |
|            |   GATE   |                  |
|            +----------+                  |
+------------------------------------------+
              |
              v
+------------------------------------------+
|               OBBY COURSE                |
|  [STAGE 1] -> [STAGE 2] -> ... -> [WIN]  |
+------------------------------------------+

Gate/Transition Pattern:

local function createGate(position, name, parent)
    local gate = Instance.new("Model")
    gate.Name = name

    -- Gate posts
    createPart(Vector3.new(3, 15, 3), CFrame.new(position + Vector3.new(-8, 7.5, 0)),
        BrickColor.new("Dark stone grey"), "PostL", gate)
    createPart(Vector3.new(3, 15, 3), CFrame.new(position + Vector3.new(8, 7.5, 0)),
        BrickColor.new("Dark stone grey"), "PostR", gate)

    -- Gate arch
    createPart(Vector3.new(19, 3, 3), CFrame.new(position + Vector3.new(0, 16.5, 0)),
        BrickColor.new("Dark stone grey"), "Arch", gate)

    -- Decorative caps
    createPart(Vector3.new(4, 2, 4), CFrame.new(position + Vector3.new(-8, 15.5, 0)),
        BrickColor.new("Medium stone grey"), "CapL", gate)
    createPart(Vector3.new(4, 2, 4), CFrame.new(position + Vector3.new(8, 15.5, 0)),
        BrickColor.new("Medium stone grey"), "CapR", gate)

    gate.Parent = parent
    return gate
end

Winner Area Pattern: The final area rewards players who complete the obby with visual celebration.

local function createWinnerArea(position, theme, parent)
    local area = Instance.new("Model")
    area.Name = "WinnerArea"

    -- Victory platform (larger, special material)
    createPart(Vector3.new(30, 2, 30), CFrame.new(position + Vector3.new(0, 1, 0)),
        BrickColor.new("Bright yellow"), "VictoryPlatform", area)

    -- Treasure displays
    for i = 1, 4 do
        local angle = (i / 4) * math.pi * 2
        local treasurePos = position + Vector3.new(math.cos(angle) * 10, 2, math.sin(angle) * 10)
        createPedestal(treasurePos, area)

        -- Gold pile on pedestal
        createPart(Vector3.new(2, 1, 2), CFrame.new(treasurePos + Vector3.new(0, 3.5, 0)),
            BrickColor.new("Bright yellow"), "Treasure" .. i, area)
    end

    -- Central victory statue/decoration
    -- (Theme-specific: dragon, trophy, etc.)

    area.Parent = parent
    return area
end

Themed Decorations (Dragon Example):

-- Dragon eggs on pedestals
local function createDragonEgg(position, color, parent)
    local egg = Instance.new("Part")
    egg.Shape = Enum.PartType.Ball
    egg.Size = Vector3.new(2, 3, 2)
    egg.CFrame = CFrame.new(position)
    egg.Anchored = true
    egg.BrickColor = color
    egg.Material = Enum.Material.Plastic
    -- Apply studs to egg
    egg.TopSurface = Enum.SurfaceType.Studs
    egg.BottomSurface = Enum.SurfaceType.Inlet
    egg.Parent = parent
    return egg
end

-- Treasure piles
local function createTreasure(position, parent)
    local treasure = Instance.new("Model")
    treasure.Name = "Treasure"

    -- Gold bars (stacked)
    for y = 0, 2 do
        for x = -1, 1 do
            createPart(Vector3.new(1, 0.5, 2),
                CFrame.new(position + Vector3.new(x * 1.2, y * 0.5 + 0.25, 0)),
                BrickColor.new("Bright yellow"), "Gold", treasure)
        end
    end

    -- Gems scattered on top
    local gemColors = {"Bright red", "Bright blue", "Bright green", "Bright violet"}
    for i = 1, 4 do
        createPart(Vector3.new(0.5, 0.5, 0.5),
            CFrame.new(position + Vector3.new((math.random() - 0.5) * 2, 1.5, (math.random() - 0.5) * 2)),
            BrickColor.new(gemColors[i]), "Gem" .. i, treasure)
    end

    treasure.Parent = parent
    return treasure
end

Tower Defense Layout

Enemy paths with tower placement zones.

Path Design:

[SPAWN] --+
          |
    +-----+-----+
    |     |     |
    +--+  |  +--+    <- Winding path
       |  |  |
    +--+--+--+--+
    |           |
    +-----+-----+
          |
       [EXIT]

Key Elements:

• Clear enemy path (highlighted material)
• Tower placement zones (grid squares, off-path)
• Multiple spawn points (later waves)
• Path intersections (strategic chokepoints)
• Visual lane indicators
• Upgrade stations/shops

Placement Grid:

-- Tower placement uses grid system
local GRID_SIZE = 4  -- 4x4 studs per cell
local function snapToGrid(position)
    return Vector3.new(
        math.round(position.X / GRID_SIZE) * GRID_SIZE,
        position.Y,
        math.round(position.Z / GRID_SIZE) * GRID_SIZE
    )
end

Open World Map

Non-linear exploration with landmarks and regions.

Region Layout:

+--------+--------+--------+
| FOREST | PLAINS | DESERT |
+--------+--------+--------+
| SWAMP  | [HUB]  | BEACH  |
+--------+--------+--------+
| CAVES  | RIVER  | MOUNT  |
+--------+--------+--------+

Design Principles:

• Distinct biomes/regions
• Landmarks visible from distance
• Paths connect regions (natural flow)
• Points of interest in each area
• Central hub for fast travel
• Difficulty zones (easier near spawn)

Navigation Aids:

• Tall landmarks (towers, mountains, trees)
• Unique color palettes per region
• Map/minimap UI
• Path markers
• NPC guides

---

Terrain Building

Layered Hills (Stud Style)

local function createHill(position, baseSize, height, parent)
    local layers = math.ceil(height / 3)
    for i = 1, layers do
        local size = baseSize - (i - 1) * 4
        if size > 2 then
            createPart(
                Vector3.new(size, 3, size),
                CFrame.new(position + Vector3.new(0, (i-1) * 3 + 1.5, 0)),
                i % 2 == 1 and BrickColor.new("Bright green") or BrickColor.new("Lime green"),
                "HillLayer" .. i,
                parent
            )
        end
    end
end

Trees (Stacked Blocks)

local function createTree(position, height, parent)
    -- Trunk
    createPart(
        Vector3.new(2, height, 2),
        CFrame.new(position + Vector3.new(0, height/2, 0)),
        BrickColor.new("Reddish brown"),
        "Trunk",
        parent
    )
    -- Leaves (stacked, shrinking)
    local leafY = height
    for i, size in ipairs({8, 6, 4}) do
        createPart(
            Vector3.new(size, 3, size),
            CFrame.new(position + Vector3.new(0, leafY + i * 3, 0)),
            BrickColor.new("Bright green"),
            "Leaves" .. i,
            parent
        )
    end
end

Paths

local function createPath(startPos, endPos, width, parent)
    local direction = endPos - startPos
    local length = direction.Magnitude
    local midPoint = startPos + direction / 2
    local angle = math.atan2(direction.X, direction.Z)

    createPart(
        Vector3.new(width, 0.5, length),
        CFrame.new(midPoint) * CFrame.Angles(0, angle, 0),
        BrickColor.new("Nougat"),
        "Path",
        parent
    )
end

---

Shop Stalls

Striped Awning Shop

local function createShop(position, name, color1, color2, parent)
    local shop = Instance.new("Model")
    shop.Name = name

    -- Counter
    createPart(Vector3.new(10, 4, 6), CFrame.new(position + Vector3.new(0, 2, 0)),
        BrickColor.new("Brown"), "Counter", shop)

    -- Back wall
    createPart(Vector3.new(10, 8, 1), CFrame.new(position + Vector3.new(0, 6, 3)),
        BrickColor.new("Bright orange"), "Wall", shop)

    -- Pillars
    createPart(Vector3.new(1, 10, 1), CFrame.new(position + Vector3.new(-5, 5, -2)),
        BrickColor.new("Medium stone grey"), "PillarL", shop)
    createPart(Vector3.new(1, 10, 1), CFrame.new(position + Vector3.new(5, 5, -2)),
        BrickColor.new("Medium stone grey"), "PillarR", shop)

    -- Striped awning
    for i = 0, 4 do
        createPart(
            Vector3.new(2, 0.5, 5),
            CFrame.new(position + Vector3.new(-4 + i*2, 10, 0)) * CFrame.Angles(math.rad(-15), 0, 0),
            i % 2 == 0 and color1 or color2,
            "Awning" .. i,
            shop
        )
    end

    shop.Parent = parent
    return shop
end

---

Display Pedestals

local function createPedestal(position, parent)
    local pedestal = Instance.new("Model")
    pedestal.Name = "Pedestal"

    -- Tiered base
    createPart(Vector3.new(5, 1, 5), CFrame.new(position + Vector3.new(0, 0.5, 0)),
        BrickColor.new("Medium stone grey"), "Base1", pedestal)
    createPart(Vector3.new(4, 1, 4), CFrame.new(position + Vector3.new(0, 1.5, 0)),
        BrickColor.new("Dark stone grey"), "Base2", pedestal)
    createPart(Vector3.new(3, 1, 3), CFrame.new(position + Vector3.new(0, 2.5, 0)),
        BrickColor.new("Medium stone grey"), "Base3", pedestal)

    pedestal.Parent = parent
    return pedestal
end

---

Color Palettes by Theme

Simulator/Pet Game

Element	Color
Grass	Bright green, Lime green
Paths	Nougat, Brown
Shops	Bright orange, Deep orange
Stone	Medium stone grey
Accents	Bright red, Bright blue

Tycoon

Element	Color
Plot floor	Bright green
Conveyors	Black, Dark grey
Buy buttons	Bright green (cheap), Bright yellow (mid), Bright red (expensive)
Droppers	Material-specific

Fantasy/Dragon

Element	Color
Grass	Earth green, Forest green
Stone	Dark stone grey
Dragon scales	Bright red, Bright blue, Bright violet
Gold/Treasure	Bright yellow
Fire	Bright orange, Bright red

Ice/Winter

Element	Color
Ground	White, Institutional white
Ice	Cyan, Medium blue
Accents	Bright blue
Trees	White (snow-covered)

---

Checklist for Map Design

Pre-Build:

• Defined genre and theme
• Sketched layout (paper or digital)
• Identified key areas/zones
• Planned player flow

Hub/Lobby:

• Clear spawn point
• Visible shop stalls
• Display areas for collectibles
• Paths connecting areas
• Visual boundaries (hills, fences)
• NPC vendors placed

Visual Polish:

• No empty walls or dead space
• Landmarks for navigation
• Consistent color palette
• Lighting appropriate to theme
• Studs on all surfaces (if classic style)

Gameplay:

• Player can easily find objectives
• Risk/reward areas
• Clear boundaries
• Playtested for flow

---

Hub Building Order

1. Ground - Base terrain, color zones
2. Paths - Connect areas, define flow
3. Major structures - Shops, buildings
4. Terrain features - Hills, water
5. Trees/vegetation - Background fill
6. Props - Pedestals, fences, signs
7. NPCs - Vendors, guides
8. Displays - Pets, items on pedestals
9. Lighting - PointLights, atmosphere
10. Polish - Signs, details, particles