Kingdom Come: Deliverance 2 Director Defends DLSS 5 as a Boost to the Game’s Original Visual Vision
Kingdom Come: Deliverance 2 has once again become part of a heated graphics debate, this time centered on Nvidia’s upcoming DLSS 5 technology. Daniel Vavra, the game’s director, recently shared comparison screenshots showing the role DLSS 5 can play in improving facial lighting, shadows, and fine visual detail. His message was clear: he believes the technology does not damage the game’s art style, but instead brings it closer to what the team originally wanted players to see.
The discussion started after early DLSS 5 files began circulating online, allowing some PC players and modders to test the feature in games that do not officially support it yet. Kingdom Come: Deliverance 2 is one of the titles where users have experimented with the technology, even though it has not received native DLSS 5 support at this time.
DLSS 5 uses what Nvidia describes as 3D-guided neural rendering. Unlike a simple filter placed over an image, this approach works with the game engine’s existing data, including motion vectors, color information, and scene geometry. The base models and character scans remain the same, but the final image can gain more advanced lighting, improved skin detail, richer shadows, and a more realistic sense of depth.
For Vavra, that distinction is important. He argued that the characters in Kingdom Come: Deliverance 2 were not being “changed” by DLSS 5. Instead, the technology was helping reveal detail that was already intended but limited by the game engine’s native rendering. According to him, the original head scans were created through photogrammetry using real people, and those scans are not altered by the neural rendering process. What changes is how light interacts with the face, skin, and surface detail.
This has not stopped criticism from players who feel that DLSS 5 can make some scenes look too polished or overly photorealistic. Some argue that neural rendering may blur the line between artistic direction and AI-enhanced reconstruction, especially when the final image differs noticeably from the game’s standard output. The phrase “AI slop” has been used by detractors online, reflecting the broader skepticism surrounding AI-driven visual tools in gaming.
Vavra pushed back against that idea, saying the enhanced version is closer to the artists’ intended result. In his view, the unenhanced render is the version compromised by technical limits. If the engine cannot properly display skin textures, shadow transitions, or normal-map detail, then the final image may fail to represent the original creative goal. DLSS 5, he suggests, helps bridge that gap.
The debate highlights a growing issue in modern PC gaming: where should the line be drawn between rendering assistance and visual reinterpretation? Upscaling and frame generation technologies have already become common, especially as games demand more from hardware. DLSS 5 appears to push that idea further by using neural techniques to improve how lighting and surface details are presented on a pixel-by-pixel level.
At the moment, DLSS 5 support is still extremely limited. The technology is currently associated with RTX 50-series graphics cards, with support for RTX 40-series hardware expected to expand later. It is also available through Nvidia’s cloud gaming platform in supported scenarios. Official game support remains narrow, with NBA 2K27 currently standing as the main confirmed title.
Kingdom Come: Deliverance 2 does not officially support DLSS 5 yet, but the fact that modders have already managed to get early versions running has generated plenty of interest. If the results continue to impress players and developers, official support could become a realistic possibility in the future.
For now, the conversation around DLSS 5 and Kingdom Come: Deliverance 2 is about more than just sharper graphics. It touches on artistic intent, game engine limitations, AI-enhanced rendering, and the future of visual fidelity in PC games. Whether players see DLSS 5 as a breakthrough or an unnecessary layer of artificial polish, it is clear that neural rendering is becoming one of the most talked-about technologies in gaming.
