GAMES Genshin Impact 7.1 Launches September 23 With New Snezhnaya Story and Characters PC HARDWARE Goldhofer PST/SL-ES 285 Rotor Blade Transporter Features Adjustable Track PLAYSTATION 5 Fate/EXTRA Record Archer Trailer Reveals Ranged Combat Style PLAYSTATION 5 Insomniac Clarifies Marvel’s Wolverine and Sabertooth Bond as Platonic ACCESSORIES Creative B3 Gaming Soundbar Launches for Around $50 with Bluetooth 6.0 INTEL Maxsun MS-MoDT 230H D4 Wi-Fi and 205H D4 Wi-Fi motherboards tested PLAYSTATION 5 Control Resonant Shifts to Hack-and-Slash Combat for September 2026 Launch ACCESSORIES Cooler Master GPU Shield Adapter Launches in US for $49.99 XBOX SERIES X Control Resonant Physical Release Delayed to October 15 DLSS Unofficial Spider-Man: Edge of Time PC Port Adds KB&M and DLSS 5 PC HARDWARE ASUS ProArt PA27UCDV QD-OLED monitor hits 1,000 nits peak brightness AMD Colorful Lingchuang K16 Laptop Launches with AMD Ryzen AI Max+ 395 and 128GB RAM GAMES Unreal Revived Mod Adds DX12 Renderer, VR, and 4K Support GAMES Blizzard StarCraft Shooter Returns in 2030 with Open-World Design

Unreal Engine 5.8 Remake of Morrowind Balmora Shows Realistic Scale

Daniel Cross 1 min read

A fan visualization brings The Elder Scrolls III: Morrowind's Balmora to life with Unreal Engine 5.8, Lumen, and Nanite for a realistic scale showcase.

Bethesda Softworks The Elder Scrolls III: Morrowind
GAMES

A fan artist has created a detailed visualization of Balmora, the central hub city in The Elder Scrolls III: Morrowind. The project uses Unreal Engine 5.8 to render the location with modern lighting and geometry features.

Fan artist Leo Torres recreates the iconic hub city using modern lighting and virtualized geometry.

The scene focuses on the game's iconic architecture, showcasing the city's layout and structures. The artist aims to present a more realistic scale for Tamriel's settlements compared to the original release.

Unreal Engine 5.8 powers the visualization using Lumen global illumination and Nanite virtualized geometry. Lumen and Nanite enable detailed visuals with realistic lighting while maintaining smooth performance on modern hardware.

The artist built the environment using third-party assets and custom Blender models. The project also utilizes TSR for anti-aliasing to improve image quality during the rendering process.

The visualization runs on an RTX 3090 GPU, demonstrating the hardware required to achieve this level of detail in real-time. The project demonstrates how modern GPUs, such as the RTX 3090 used in this visualization, handle complex Unreal Engine 5.8 scenes efficiently.