Teardown: The Greenwash Gambit

Core Gameplay Loop and Mechanics

The gameplay loop requires players to survey environments, devise intricate plans to achieve specific heist objectives, and then execute those plans, often resulting in the near-total demolition of structures. Success hinges on understanding how physics interact with various materials and tools available. This expansion introduces new spatial dynamics, specifically involving gravity manipulation, which players must integrate into their strategic approaches for infiltration and extraction.

New Environmental Challenges

The setting for this content pack features unique architectural layouts and environmental hazards tied to the central plot concerning waste disposal. Players will need to adapt their established methods to navigate areas where normal physics rules may be temporarily or locally altered due to the E.F.O. Corp technology.

What Distinguishes This Content?

The primary distinction of this addition lies in its dedicated narrative arc and the introduction of mechanics that directly challenge the player's understanding of spatial orientation. While retaining the core physics-based destruction that defines the base experience, the new campaign provides a focused set of missions centered on a specific corporate antagonist.

How Does Gravity Factor Into the New Heists?

The inclusion of gravity-defying elements is a central feature of the new campaign. Players must utilize or counteract these altered gravitational fields to access restricted zones, move heavy objects, or create new pathways for escape. This mechanic necessitates a shift in how players approach pathfinding and structural weakening compared to standard scenarios.

Prerequisites and Access

As an expansion, access to the base game is required to engage with this content. It provides a substantial addition of new scenarios and story content built upon the existing engine and toolset.

Community Reception Context

Since its release in mid-2025, community discussion has focused on the integration of the new gravity mechanics into established high-level planning strategies, often debating the most efficient ways to exploit these new physics interactions for high-score runs.