News
Nov 19, 2025
The Temple of Elemental Evil, the classic Dungeons & Dragons RPG is coming to Steam on December 10th as a definitive release
From Press Release:
The wait is almost over!
The team at curator and publisher SNEG is delighted to announce that The Temple of Elemental Evil: A Classic Greyhawk Adventure will be released on Steam on December 10th. This Steam release builds upon the incredible work of the Circle of Eight and Temple+ modding communities, who have supported the game for years. It brings over a thousand fixes and improvements – from enhanced stability and AI to smoother performance, refined UI, and countless quality-of-life updates.
This upcoming release is not just a re-launch; it is the definitive edition of the only D&D video game to utilize the iconic Greyhawk campaign setting and the first to fully implement the deep, tactical rules of the 3.5 Edition ruleset. With this release of The Temple of Elemental Evil, SNEG is preserving and enhancing a piece of RPG history while ensuring modern players can enjoy the game’s rich character creation, authentic tactical turn-based combat, and non-linear questing.
A Faithful Rendition of the 3.5 Edition D&D Ruleset
Experience the first video game to implement the iconic DUNGEONS & DRAGONS 3.5 Edition rules.
Tactical Turn-Based Combat
Engage in deep, grid-based encounters that mirror the tabletop experience.
Build the Perfect Party
Create up to five custom characters and recruit up to three unique NPCs to shape your journey. Choose from multiple races, classes, skills, feats, and alignments in a detailed 13-step character builder.
Classic Greyhawk Campaign Setting
The only D&D video game to use the Greyhawk setting, faithfully adapted from the original 1985 adventure module.
Non-Linear Questing
Explore a reactive world where multiple objectives can be completed in various ways, based on your decisions.
Accessible Radial Control Interface
Quickly and easily access spells, abilities, and actions with an intuitive radial menu system designed for clarity and speed.
