BigMediumSmall - ASTRONOVA

BigMediumSmall – ASTRONOVA for Unreal Engine Free Download

BigMediumSmall – ASTRONOVA for Unreal Engine: Complete Space Environment Asset Pack

BigMediumSmall – ASTRONOVA for Unreal Engine is a high-quality 3D asset collection designed to help artists and developers build rich cosmic environments and planetary terrains for games, films, virtual worlds, and real-time applications. Whether you’re creating moon surfaces, martian landscapes, asteroid fields, or explorer scenes, this pack gives you a wide variety of ready-to-use elements optimized for Unreal Engine.

Official link:
https://www.bigmediumsmall.com/astronova

What Is ASTRONOVA for Unreal Engine?

ASTRONOVA is a modular environment kit from BigMediumSmall that includes a large set of space-themed 3D assets and landscape elements that are ready to use inside Unreal Engine (including UE5). The goal is to dramatically reduce setup time by providing shapes, meshes, surface textures, decals, and props that support creative world-building.

It’s ideal for projects requiring alien planets, lunar surfaces, or deep space scenes — letting you craft believable worlds without building every piece from scratch.

What’s Inside the ASTRONOVA Pack?

Massive Modular Environment Assets

The pack includes over 100 environment assets, such as:

Large background rocks, cliffs, and craters
Medium rock formations and planetary debris
Asteroids and scatter stones
Footprint decals and ground scatter elements

Planetary Color Schemes

Multiple ready-to-use lunar, martian, and alien surface color schemes let you switch the overall theme of your environment easily without remapping materials manually.

Multiple Formats & Engine Support

Assets are provided in formats like FBX, OBJ, Unreal Engine native files, and Blender source formats, ensuring flexibility in pipelines and seamless integration with the Unreal Engine environment.

Fully Real-Time Ready

Each item is optimized to perform well in real-time scenarios with Unreal Engine, including proper UVs, materials, and level-of-detail setups where applicable.

Why ASTRONOVA Matters

If you’re building space environments or planetary scenes, authentic and detailed terrain pieces matter for immersion. ASTRONOVA lets you populate your world with:

Realistic craters and rock formations
Texture-rich maps for different planetary surfaces
Optimized assets that work effectively in UE render pipelines

This saves huge amounts of time compared with manually modeling or sourcing individual rocks, terrains, and decals for every shot or level.

Typical Use Cases

BigMediumSmall – ASTRONOVA is well-suited for:

Game development: open-world planets, sci-fi hubs, asteroid belt tiers
Cinematic scenes: establishing shots of alien worlds
VR/AR experiences: immersive space exploration environments
Simulation and prototyping: testing planetary scenarios without custom modellers

Because the pack is modular, you can mix and match elements for vastly different looks and scales.

Integration with Unreal Engine

Assets are provided in native Unreal Engine format, ready for drag-and-drop into UE projects. This means:

Materials and shaders import cleanly
Meshes maintain collision and render integrity
You get performance-friendly geometry for real-time use

Ideal for UE5 and later versions in both games and real-time cinematic sequences.

How to Get Started

Visit the official product page.
https://www.bigmediumsmall.com/astronova
Download the asset pack and any included project templates.
Open Unreal Engine and import the assets into your content browser.
Place terrain pieces, rocks, craters, and props into your world.
Apply desired landscape color schemes and tweak lighting to match your scene.

Final Thoughts

BigMediumSmall – ASTRONOVA for Unreal Engine is a valuable collection for anyone building space or planetary environments. With a large set of ready-to-use assets and Unreal-ready materials, it dramatically accelerates environment creation and gives teams the freedom to focus on design and storytelling rather than basic asset construction.