Voxels Scripts – Jail Players, Build Perfect Spheres

Voxels is a creative, block-based Roblox experience where players shape worlds, build structures, and interact in a voxel environment. Its simple yet deep mechanics—centered around placing and manipulating blocks—have made it a favorite for builders, griefers, and tinkerers alike. In a game where creativity meets competition, Roblox scripts and exploits give players powerful edges, from defensive traps to massive constructions and disruptive tools.

This comprehensive guide dives deep into three highly sought-after, unique Voxels scripts. Whether you’re looking to trap opponents, generate impressive geometric builds, or dominate with griefing patterns, these scripts deliver. Each one is broken down with exact code, real gameplay applications, technical insights, and executor recommendations for smooth performance.

Jail All Voxels Script – Trap Every Player in Block Cages with Underground Lockdown

Script Name: Jail All Voxels
Supported Game: Voxels
Key Features: Automatic player detection and cage building, underground player locking with camera control, customizable block structures
Status: Working (as of latest available data)

This script stands out as one of the most aggressive social engineering tools in Voxels. It systematically locates other players and constructs inescapable block prisons around them while temporarily relocating and anchoring the local player underneath for seamless execution.

Mechanism & Features

The script leverages Voxels’ PlaceBlock remote in ReplicatedStorage.Remotes to fire block placements server-side. It calculates an outer cage using nested loops for X, Y, and Z coordinates, skipping the interior space to form hollow walls with a defined thickness.

Key parameters include:

• INNER_RADIUS (3): Defines the open interior space.
• WALL (2): Adds thickness to the cage walls.
• HEIGHT (6): Determines vertical enclosure.
• UNDER_OFFSET (20): Dips the executor far below the target for stable building without interference.

A clever lockLocalPlayerUnder function anchors the user’s HumanoidRootPart, repositions them beneath the target, switches the camera to Attach mode for stability, and returns a cleanup function to restore the original state. This prevents movement disruptions during rapid block placement. The script iterates through all other players, builds the cage layer by layer with task.wait() for stability, then waits before moving to the next target.

It uses Oak Planks by default, but this can be modified easily.

Practical Value

In crowded servers, this script excels at crowd control during raids or competitive building. You can jail multiple players quickly, disrupting their gameplay while you continue building or escaping. It’s particularly effective in griefing scenarios or as a “time-out” mechanic in player-run events. The underground lock ensures your character doesn’t push against blocks or cause placement failures. Pair it with movement scripts for hit-and-run tactics.

Best Executors: Delta (highly recommended for stability with frequent remote fires), Fluxus, and Arceus X. These handle the rapid FireServer calls and camera manipulation without crashing. Avoid lighter executors if running on populated servers.

local Players = game:GetService("Players")
local ReplicatedStorage = game:GetService("ReplicatedStorage")
local RunService = game:GetService("RunService")

local LocalPlayer = Players.LocalPlayer
local PlaceBlock = ReplicatedStorage:WaitForChild("Remotes"):WaitForChild("PlaceBlock")

local BLOCK = "Oak Planks"
local INNER_RADIUS = 3
local WALL = 2
local HEIGHT = 6
local UNDER_OFFSET = 20
local BUILD_WAIT = 5

local function place(pos)
    PlaceBlock:FireServer(workspace["1Grass"], Enum.NormalId.Top, pos, BLOCK)
end

local function buildCage(targetRoot)
    local cx = math.floor(targetRoot.Position.X)
    local cz = math.floor(targetRoot.Position.Z)
    local baseY = math.floor(targetRoot.Position.Y - 3)
    local outer = INNER_RADIUS + WALL

    for y = 0, HEIGHT - 1 do
        for x = -outer, outer do
            for z = -outer, outer do
                local inside =
                    x > -INNER_RADIUS and x < INNER_RADIUS and
                    z > -INNER_RADIUS and z < INNER_RADIUS and
                    y > 0 and y < HEIGHT - 1
                if not inside then
                    place(Vector3.new(cx + x, baseY + y, cz + z))
                end
            end
        end
        task.wait()
    end
end

local function lockLocalPlayerUnder(targetRoot)
    local char = LocalPlayer.Character or LocalPlayer.CharacterAdded:Wait()
    local root = char:WaitForChild("HumanoidRootPart")

    local savedCFrame = root.CFrame
    root.Anchored = true
    root.CFrame = targetRoot.CFrame * CFrame.new(0, -UNDER_OFFSET, 0)

    local savedCameraType = workspace.CurrentCamera.CameraType
    local savedCameraSubject = workspace.CurrentCamera.CameraSubject

    workspace.CurrentCamera.CameraType = Enum.CameraType.Attach
    workspace.CurrentCamera.CameraSubject = targetRoot

    return function()
        root.CFrame = savedCFrame
        root.Anchored = false
        workspace.CurrentCamera.CameraType = savedCameraType
        workspace.CurrentCamera.CameraSubject = savedCameraSubject
    end
end

for _, player in ipairs(Players:GetPlayers()) do
    if player ~= LocalPlayer then
        local char = player.Character
        if char and char:FindFirstChild("HumanoidRootPart") then
            local targetRoot = char.HumanoidRootPart
            local unlock = lockLocalPlayerUnder(targetRoot)
            buildCage(targetRoot)
            task.wait(BUILD_WAIT)
            unlock()
            task.wait(0.3)
        end
    end
end

Voxels Perfect Sphere Builder – Keyless Open Source Geometric Generator

Script Name: Voxels – Create a Perfect Sphere
Supported Game: Voxels
Key Features: Radius-based sphere generation, optimized step iteration, open-source and keyless
Status: Working

This elegant, GUI-free script lets users instantly generate mathematically precise spheres using Voxels’ block placement system. It’s ideal for creating domes, balls, or decorative landmarks without manual effort.

Mechanism & Features

The script grabs the LocalPlayer’s HumanoidRootPart position as the center. It uses three nested loops over X, Y, and Z coordinates (stepped by a configurable step value, default 3) to check if each point’s offset magnitude is within the defined radius. If so, it fires the PlaceBlock remote with Oak Planks.

This brute-force spherical equation approach (offset.Magnitude <= radius) ensures a filled, near-perfect sphere. Larger radii increase build time and potential lag, which is why the step value optimizes performance by skipping finer details. The code includes commented sections for cleanup (deleting existing blocks) and positioning the character on top after completion.

Practical Value

Use this for eye-catching mega-builds, arena centers, or quick fortifications. In creative modes or peaceful servers, spheres make stunning sculptures or bases. Adjust the radius (default 20) for anything from small orbs to massive structures. It’s perfect for speed-build challenges or impressing friends. Combine with the jail script for “sphere prisons” or griefing setups.

Best Executors: Delta (explicitly tested and recommended by the creator), Fluxus, and Krnl. These executors manage the intensive loop-based remote calls efficiently without timeouts or detection issues.

local ply = game:GetService("Players").LocalPlayer
local char = ply.Character or ply.CharacterAdded:Wait()
local root = char:WaitForChild("HumanoidRootPart")
local ReplicatedStorage = game:GetService("ReplicatedStorage")
local PlaceBlock = ReplicatedStorage.Remotes.PlaceBlock

local center = root.Position
local radius = 20 -- Sphere radius, THIS CHANGE THE SPHERE SIZE
-- More radius = More slow to process for the game
local step = 3 -- dont change this btw


--workspace["1Grass"]:FindFirstChild("Blocks"):Destroy() (this deletes blocks, no FE, it's just for delete lag)

-- Note: the sphere creation logic was created with GPT, i only adapted it and did the research of how the game works. nF7

for x = -radius, radius, step do
    for y = -radius, radius, step do
        for z = -radius, radius, step do
            local offset = Vector3.new(x, y, z)
            if offset.Magnitude <= radius then
                local point = center + offset
                PlaceBlock:FireServer(
                    workspace["1Grass"],
                    Enum.NormalId.Top,
                    point,
                    "Oak Planks"
                )
            end
        end
    end
end

-- Active if u want to appear on top of the sphere
--[[
task.wait(1)
char:MoveTo(root.Position + Vector3.new(0,radius0))
]]

Crazy Griefing Tool – Pattern Filler with Custom Blocks and Mobile UI

Script Name: Crazy Griefing Tool
Supported Game: Voxels
Key Features: Block pattern filling around character, keybind cycling, toggleable UI, mobile-friendly
Status: Working (loadstring-based)

This dynamic griefing utility focuses on rapid, patterned block placement directly around the player, turning ordinary areas into chaotic art or obstacles.

Mechanism & Features

The script loads external Lua code via HttpGet from reliable paste services. It introduces fill mechanics, pattern generators, and real-time block type switching. Keybinds allow seamless cycling between different blocks and modes (place, fill), while a toggleable UI keeps controls accessible. Mobile optimization ensures touch-friendly interactions, crucial for Voxels’ cross-platform player base.

Practical Value

Deploy this for instant base destruction, maze creation, or surrounding enemies with block patterns. Use it to spam structures in PvP, block pathways, or create visual statements. The pattern system adds creativity to pure griefing, letting you build spirals, walls, or random clusters on the fly. Excellent when combined with the sphere or jail scripts for layered disruption.

Best Executors: Fluxus and Delta excel here due to strong HTTP support and UI rendering. Arceus X also performs well for mobile users.

loadstring(game:HttpGet("https://pastebin.com/raw/1YtTES1r"))()

loadstring(game:HttpGet("https://raw.githubusercontent.com/burntribs24/burntribs.space/42a84effa09bfe6da4cba839b165e7a11e587208/washiez.lol/script.lua"))()

Advanced Tips for Using Voxels Scripts Effectively

• Performance Optimization: Clear existing blocks before large builds (as noted in the sphere script) to reduce lag.
• Combinations: Chain the jail script with sphere generation for trapped geometric prisons. Use the griefing tool for quick escapes or follow-ups.
• Safety & Trends: Voxels remains popular in 2026 for its building freedom. Always use alts for testing and stay updated on anti-cheat patches. Community demand for these tools remains high due to the game’s social and creative elements.
• Customization: Most scripts use easy-to-edit variables like block types and sizes—experiment responsibly.

Conclusion

These Voxels Roblox scripts transform the game from simple block placing into a playground of strategy, creativity, and chaos. The Jail All script offers unmatched crowd control, the Perfect Sphere builder brings mathematical beauty, and the Crazy Griefing Tool fuels endless disruptive fun. Whether you’re a builder seeking efficiency or a griefer looking for dominance, these tools provide immense value when used skillfully.

Experiment, adapt the code to your style, and remember: the best creations (and disruptions) come from understanding the underlying mechanics. Stay safe, have fun, and keep shaping the voxel world!

Disclaimer: Use scripts responsibly and in accordance with Roblox’s terms of service. This article is for educational and informational purposes.