The Crust 1.0 Sandbox 2.0 Guide: Custom Maps & Settings
Master Sandbox 2.0 in The Crust 1.0: custom game parameters, procedural maps, 4 new lunar topographies, crater starting positions, and resource composition.
Sandbox 2.0: Freedom in Lunar Industrial Simulation
While the narrative Story Campaign guides players through structured corporate milestones and scripted crises, Sandbox 2.0 provides complete creative and logistical freedom. Introduced in the 1.0 release, Sandbox 2.0 replaces the static starting locations of Early Access with procedural map seeds, selectable landing coordinates, customizable disaster toggles, and varied mineral compositions.
Whether you want a relaxed engineering sandbox with infinite resources and zero disasters, or an extreme survival challenge with prolonged darkness and frequent meteorite impacts, Sandbox 2.0 allows you to tune every operational variable.
| Sandbox 2.0 Feature | Functional Scope | Player Customization Level |
|---|---|---|
| Selectable Starting Landing Site | Choose landing coordinates across diverse terrain zones | Dictates solar visibility, surface elevation, and nearby ore veins |
| Procedural World Seeds | Alphanumeric seed strings for terrain generation | Reproduces identical crater topography and resource layouts |
| Custom Game Ruleset Sliders | Adjust resource abundance, disaster rates, and economy | Scales gameplay difficulty from relaxed builder to hardcore survival |
| 4 Distinct Map Environments | Four unique lunar landscape archetypes | Deep craters, elevated highlands, lava tube fissures, and flat plains |
The Four Sandbox Map Topographies
Version 1.0 added four distinct environmental maps for Sandbox mode. Each terrain type introduces unique engineering advantages and logistical challenges:
1. Deep Shadowed Crater Basins
- Geological Profile: Massive impact craters surrounded by towering rim walls. The central crater floor remains permanently shaded in several pockets.
- Resource Composition: Abundant subsurface Water Ice and concentrated Titanium regolith deposits in central depressions.
- Engineering Challenge: High rim walls cast prolonged shadows over the crater floor, significantly reducing the effective daytime window for surface solar panels. Grid designers must place solar arrays along elevated rim ridges and run long transmission lines to the floor.
2. Lunar Highlands & Sunlit Peaks
- Geological Profile: Elevated mountain plateaus and rugged highland ridges standing several kilometers above surrounding plains.
- Resource Composition: Rich in Silicon Oxide and rare mineral veins; scarce surface water ice.
- Engineering Challenge: Mountain peaks offer near-continuous sunlight with very short nighttime cycles, making solar power exceptionally reliable. However, uneven terrain requires extensive road terracing to allow transport trucks to navigate between levels.
3. Basalt Lava Tube Fractures
- Geological Profile: Deep subterranean trench networks and collapsed lava tubes offering natural underground ceilings.
- Resource Composition: Dense Iron Oxide and Slag formations with rich basalt stone layers.
- Engineering Challenge: Natural cavern ceilings provide immediate 100 percent protection against Solar Flare radiation and meteorite strikes, dramatically lowering early excavation costs. However, narrow trench corridors constrain conveyor belt routing.
4. Expansive Lunar Mare Plains
- Geological Profile: Vast, flat basalt plains with minimal elevation changes or obstacle boulders.
- Resource Composition: Balanced distribution of Iron, Silicon, and regolith, with low-density mineral nodes spread across wide distances.
- Engineering Challenge: Excellent terrain for high-speed highway grids and sprawling surface factory complexes. The flat landscape leaves all surface infrastructure fully exposed to incoming meteorites, requiring early investment in defense lasers.
| Topographical Archetype | Solar Power Viability | Water Ice Availability | Surface Building Area | Primary Threat |
|---|---|---|---|---|
| Deep Crater Basin | Restricted (Shadowed floor) | High (Concentrated in cold traps) | Moderate (Terraced walls) | Power starvation at sunset |
| Highland Peaks | Exceptional (Near-continuous) | Low (Requires expedition trucks) | Restricted (Rugged terrain) | Steep slopes hinder rovers |
| Lava Tube Fractures | Underground shielded | Moderate (Deep subterranean veins) | Narrow (Linear corridors) | Conveyor routing bottlenecks |
| Lunar Mare Plains | Standard day-night cycle | Moderate (Evenly distributed) | Vast (Unlimited flat terrain) | Direct meteorite vulnerability |
Custom Game Settings Matrix
When launching a Sandbox 2.0 session, the Custom Game menu exposes detailed parameter sliders across four core systems:
| Category Slider | Available Settings | Practical Effect on Colony Operations |
|---|---|---|
| Resource Abundance | Scarce / Standard / Abundant | Scales ore deposit node sizes and richness percentages across all map sectors |
| Solar Flare Frequency | Disabled / Rare / Frequent | Controls the interval of electromagnetic radiation storms that overload surface grids |
| Meteorite Hazard Level | Off / Low / Standard / Intense | Dictates the frequency and cluster size of surface meteorite strikes targeting the base |
| Epidemic Outbreak Risk | Disabled / Realistic / Harsh | Modulates how quickly unsanitary living quarters trigger disease contagions |
| Starting Capital Funds | Tight / Standard / Abundant | Adjusts initial treasury reserves available for buying imported machinery and trucks |
| Research Cost Pace | Accelerated / Standard / Prolonged | Adjusts Science Point costs across the entire technology tree |
World Parameters & Map Sharing Architecture
Sandbox 2.0 utilizes a dual-parameter architecture to ensure reproducibility:
- World Generation Strings: Procedural configuration strings that dictate crater coordinate geometry, mineral vein coordinates, and points of interest (such as abandoned rovers and Training Centers).
- Gameplay Parameter Strings: Encodes custom slider values (disaster frequency, resource multipliers, and starting funds) into a compact shareable string.
- Reproducing Competition Runs: By sharing both configurations, players and competitive communities can attempt speedruns or efficiency challenges on identical lunar maps.
For opening-hour survival priorities, consult the beginner guide. For automated transport design, see the roads and logistics guide. For power management across diverse crater terrains, review the power grid guide.
Methodology & Data Verification: Sandbox 2.0 features, map topographies, procedural seed mechanics, and custom game options are verified directly against Point Motion’s official 1.0 release notes and Steam changelogs for The Crust (Steam AppID 1465470).
Blueprint FAQs
How does Sandbox 2.0 differ from the original Sandbox mode? +
Sandbox 2.0 allows players to select exact starting coordinates across 4 new lunar terrain maps, configure custom difficulty and event sliders, and share world parameters.
How many new maps are added in Sandbox 2.0? +
The 1.0 release adds 4 distinct Sandbox maps featuring diverse lunar topographies, ranging from deep crater depressions to expansive highlands and basalt plains.
Can you reproduce a specific world using seeds in The Crust? +
Yes. Sandbox 2.0 introduces two seed parameters: one for world terrain and mineral generation, and one for custom gameplay settings and event frequencies.