How to Use Base Building Glitches in No Man's Sky

No Man's Sky has one of the most flexible base-building systems in modern gaming — but even with its generous default limits, dedicated builders frequently run into walls. Part count caps, invisible placement restrictions, and clipping rules can stop a creative build cold. That's where base building glitches come in: community-discovered techniques that bypass or bend the game's placement rules to achieve results the standard build mode won't allow.

These aren't exploits in the harmful sense. Hello Games is aware most of them exist, and many have survived multiple major updates. Understanding how they work — and when they're worth using — depends heavily on your platform, your game version, and what you're actually trying to build.

What Are NMS Base Building Glitches?

Base building glitches in No Man's Sky are unintended interactions between the game's placement, snapping, and collision systems that allow players to:

  • Place parts through terrain or other structures
  • Bypass the base part limit (typically 3,000 parts per base in standard mode)
  • Snap objects together in configurations the UI wouldn't normally permit
  • Build floating or underground structures without visible supports
  • Duplicate parts or extend builds beyond their registered footprint

These techniques aren't cheat codes. They're mechanical workarounds that exploit how the game calculates valid placement in real time.

The Most Common Base Glitch Techniques 🏗️

The Terrain Manipulator Trick

One of the oldest and most reliable methods. By removing terrain beneath or around a structure using the Terrain Manipulator, you can place parts that would otherwise be blocked by ground collision. Once the part is placed, you can restore the terrain. The object stays put even when geometry reappears around it.

This is widely used for:

  • Embedding bases partially underground
  • Creating seamless floor-to-terrain transitions
  • Placing foundations in irregular landscapes

The "Snap and Nudge" Method

This technique exploits the difference between the snap grid and free placement mode. Players snap a part to a valid anchor point, then use specific move sequences (often involving the build camera while holding the part) to shift it outside its normally allowed range. On PC, this is typically done with mouse movement precision; on console, it requires more careful analog input.

The result lets you place items like walls, corridors, or decorative pieces in positions they'd normally clip-reject.

Pre-Built Save Glitch

Some builders use a save-and-reload cycle mid-placement. If a part is placed in a position that the game's validity check would reject on load, the game sometimes resolves it by keeping the part rather than deleting it — especially if it's snapped to other valid parts. This is inconsistent and platform-dependent, but it's a known method for stubborn placements.

Part Limit Bypass Techniques

The 3,000-part base limit is a soft ceiling enforced per-base registration. Builders have found that:

  • Using multiple adjacent bases with overlapping build ranges can effectively pool part budgets
  • Certain decorative items count differently toward the limit than structural parts
  • In some versions, switching between Creative Mode and Normal/Survival changes how part counts are tracked

Creative Mode removes the part cap entirely for most players, making it the most straightforward option if the limit is your primary obstacle.

Variables That Determine Whether a Glitch Works for You

Not every technique works in every situation. The outcome depends on several factors:

VariableWhy It Matters
Game versionHello Games patches frequently; some glitches close, others survive
Platform (PC/PS/Xbox)Input methods and rendering differences affect precision techniques
Game modeCreative Mode has fewer restrictions than Survival or Normal
Multiplayer vs. soloSome placement rules behave differently in multiplayer sessions
Base locationPlanetary type, terrain generation seed, and proximity to other bases all affect collision behavior
Part typeStructural parts, decorative items, and tech modules follow different placement rules

What Can Go Wrong 🔧

Base glitches carry real risks worth knowing before you commit hours to a build:

  • Parts disappearing on reload — if the game's validity check runs on load and the part has no valid anchor, it may vanish
  • Base corruption — in rare cases, heavily glitched bases can cause save instability, particularly if they violate collision rules severely
  • Patch breakage — a technique that works today may stop working after an update, and parts placed via that method may be removed or reset
  • Multiplayer visibility issues — glitched placements sometimes render incorrectly or not at all for other players visiting your base

Backing up your save before attempting complex glitch builds is strongly recommended, especially on PC where manual save backups are straightforward.

When Glitches Are Worth It — and When They're Not

For players in Creative Mode building purely for aesthetics or sharing to the Galactic Atlas, glitch techniques are low-risk and widely used. The community openly shares tutorials, and many of the most celebrated community bases rely on them.

For Survival or Permadeath players, the risk calculus shifts. A base corruption or vanishing part on a non-backed-up save is a meaningful loss.

The technique ceiling also varies by skill level. Simple terrain manipulator tricks are accessible to most players within a few attempts. Precise snap-and-nudge methods — particularly for achieving seamless curved structures or zero-gap tiling — take significant practice and depend on input precision that varies by control scheme. 😅

What's achievable also shifts depending on whether you're trying to build something functional (storage, farming, teleporter hub) versus purely visual. Functional bases have more tolerance for imprecision; visual showcase builds are where the more demanding glitch techniques become relevant.

Your platform, your game mode, your build goals, and your tolerance for save risk all feed into whether any specific technique is the right tool for what you're trying to create.