Timberborn Build 17278206 Jun 2026

For players on the Experimental Branch, the latest builds (April 16, 2026) have introduced: Timberborn Patches and Updates - SteamDB

that can open or close based on water depth or contamination levels. New Map Mechanics : The game has added "Unconventional maps" like , which feature underground water sources and that require specialized engineering to tap into. Verticality & Overhangs : Builders can now use Spiral Stairs

: Fluid dynamics now strictly obey volume conservation laws, requiring strategic reservoir construction rather than physics loopholes. Valve and Gate Synchronization Timberborn Build 17278206

If you're asking about (the beaver colony-building game by Mechanistry), build 17278206 appears to be a specific Steam build ID, likely corresponding to Update 4 (experimental branch) or a subsequent hotfix from mid-2024.

Players can now see the predicted energy output of Water Wheels while in placement mode. This eliminates the guesswork when setting up hydroelectric power, allowing you to maximize output before committing resources to construction. For players on the Experimental Branch, the latest

According to patch notes from SteamDB and Reddit , this build includes: :

The defining characteristic of Timberborn is its three-dimensional water physics engine. Build 17278206 introduces localized performance updates targeting water behaviors to keep simulations smooth under heavy workloads: Valve and Gate Synchronization If you're asking about

The centerpiece of Build 17278206 is the continued refinement of the Badwater system. Unlike regular water, Badwater pollutes the riverbeds, kills crops, and sickens your beaver population. This update introduces more granular control over fluid dynamics, allowing players to build complex sluices and automated floodgate systems with greater precision. The logic behind fluid flow has been tightened, ensuring that when you redirect a contaminated stream away from your main reservoir, the transition is smoother and less prone to "ghost" pollution that previously lingered in low-flow areas.