Atlas capability 10

Make 3D, Spatial, and Physical Things

Help me move from an idea to something with shape.

Generate and edit 3D objects, reconstruct places, design spatial experiences, fabricate models, and connect digital systems to physical devices.

For a first event, a scan, simple 3D model, or simulated circuit is safer than live machinery. Fabrication and robotics deserve dedicated supervised workshops.

What this can include

  • Generate, scan, reconstruct, or edit 3D models.
  • Create virtual rooms, exhibits, games, and spatial stories.
  • Prepare models for animation, simulations, printing, or fabrication.
  • Create augmented- and virtual-reality experiences.
  • Connect designs to printers, cutters, sensors, and machines.
  • Build robotics, physical-computing, and installation experiments.
01

See It

Generate or scan one simple object and inspect it from every side.

02

Try It

Modify a prepared model, check dimensions and topology, and export a safe preview.

03

Build It

Create a full spatial or fabrication pipeline with modeling, assets, scale, hardware, safety, testing, and preservation.

Current tool map · checked August 13, 2026

Tools that may help

These are representative options, not rankings or endorsements. Prices are dated United States dollar orientations; open the official page before choosing or paying.

AnyLogic

AnyLogic PLE

A free learning edition of a multi-method simulation environment for discrete-event, agent-based, and system-dynamics models.

Cost snapshot
Personal Learning Edition is free; commercial pricing was not confirmed.
Good fit
technical; See It, Try It, Build It
Access
desktop, local

Arduino

Arduino

An open hardware and software ecosystem for sensors, electronics, robotics, and physical computing.

Cost snapshot
Arduino IDE software is free; boards, components, and cloud services add separate costs.
Good fit
technical; See It, Try It, Build It
Access
desktop, local, hardware

Blender Foundation

Blender

A complete open-source 3D suite for modeling, animation, simulation, rendering, compositing, and video.

Cost snapshot
Free and open source under the GNU GPL.
Good fit
technical; See It, Try It, Build It
Access
desktop, local

Meshy

Meshy

An AI service for generating and texturing 3D models from text or images.

Cost snapshot
Free credits or tier shown; a stable public USD paid entry price was not confirmed.
Good fit
guided beginner; See It, Try It, Build It
Access
web, api

NetLogo

NetLogo

A free agent-based modeling environment for building and exploring systems made of interacting actors.

Cost snapshot
Free open-source desktop software; NetLogo Web supports selected browser models.
Good fit
technical; See It, Try It, Build It
Access
desktop, web, local

Polycam

Polycam

A mobile and web photogrammetry/LiDAR tool for capturing spaces and objects as 3D models.

Cost snapshot
Free plan shown; a stable public USD paid entry price was not confirmed.
Good fit
guided beginner; See It, Try It, Build It
Access
web, mobile

QGIS

QGIS

A free open-source geographic information system for mapping, spatial data, analysis, and publication.

Cost snapshot
Free open-source software.
Good fit
technical; See It, Try It, Build It
Access
desktop, local

Raspberry Pi

Raspberry Pi

A family of small computers for learning, sensors, media, servers, robotics, and local AI experiments.

Cost snapshot
Software is generally free; hardware prices depend on model, retailer, region, storage, power supply, and accessories.
Good fit
technical; See It, Try It, Build It
Access
local, hardware

Unity

Unity

A real-time 2D and 3D engine for games, simulations, interactive experiences, and spatial applications.

Cost snapshot
Unity Personal is free for eligible users; current paid plan price was not confirmed.
Good fit
technical; See It, Try It, Build It
Access
desktop, local

Epic Games

Unreal Engine

A high-end real-time 3D engine for games, virtual production, visualization, simulation, and spatial work.

Cost snapshot
Free download; royalties, seats, and commercial terms depend on the license route and project.
Good fit
technical; See It, Try It, Build It
Access
desktop, local

Run this even when the list looks current

Find current tools and prices

Product names, access, plans, and limits change. Copy this prompt into an assistant with current web access.

I want to create or capture a 3D, spatial, fabricated, or physical-computing project with realistic equipment, skill, safety, licensing, and cost requirements for a curiosity event or learning project. Find useful tools that are available today. Assume I may not be technically experienced. Prefer official product, documentation, and pricing pages. For each tool include a plain-language description, the easiest first step, access method, required account or installation, free plan or trial, current consumer subscription price, current API or credit cost, important limits, privacy and data-use considerations, output ownership, and direct official links. Separate subscriptions from usage pricing. Show United States dollar prices, state the date checked, label anything unconfirmed instead of guessing, and remind me to verify the official pricing page before spending money.

Trust boundary

Human judgment remains in charge.

Physical outputs add real-world safety, scale, material, electrical, and consent consequences that a screen preview cannot test.