D&D’s most powerful class is getting a 2024 update

Unearthing New Content Through Unearthed Arcana

Unearthed Arcana has long been a platform for D&D designers to introduce players to upcoming fifth edition materials such as class archetypes, species, and rule variants. By engaging in playtests, designers like Jeremy Crawford can observe how audiences interact with these new mechanics and make necessary adjustments before finalizing them in core books. Notable supplements like Planescape and Tasha’s Cauldron of Everything were publicly playtested through Unearthed Arcana as well. The platform has also been utilized to test major edition updates such as D&D 2024, which was unveiled by Wizards of the Coast in June 2023 and received a significant amount of feedback.

The 2024 Artificer Release

Interestingly, the release of the 2024 edition marks the first time that supplemental materials for the updated edition have undergone playtesting in this manner. The Artificer class, introduced in 2019 for fifth edition, is a unique class that combines magic and science to unlock extraordinary capabilities within objects.

Challenges of Backwards Compatibility

One of the main points of contention among players with this updated edition is its presumed compatibility with the original fifth edition. Earlier this year, the D&D Beyond virtual tabletop encountered difficulties in integrating the updated rulesets with older ones. While the revised Player’s Handbook and Dungeon Master’s Guide have generally been well-received, independent designers have stepped in to address any gaps left by Wizards of the Coast in D&D 2024, resulting in products like Subclasses Revivified.

Looking to the Future with Unearthed Arcana

This latest iteration of Unearthed Arcana suggests that the D&D team is committed to building upon the success of what Wizard’s vice president of franchise and product, Jess Lanzillo, described as “an unprecedented print run.” The duration and scope of these playtests remain uncertain, as does the final form that these iterations may take.