For more updates or to browse related work, you can visit the creator's Hub Page or their Patreon. YaeMiko - Paid Looks - | Virt-A-Mate Hub
Includes high-resolution diffuse, normal, and specular maps to ensure the clothing reacts realistically to scene lighting. Adjustability:
Compatible with standard VaM "Clothing" UI, allowing users to adjust fit, transparency, and color tinting directly within the simulator. Mowang_nixi.Uniform_S_01.1.var
Fully compatible with VaM’s cloth physics engine, allowing for realistic movement, folding, and gravity effects.
Designed to be layered with other assets or used as a standalone set. For more updates or to browse related work,
The following feature draft describes the technical and aesthetic characteristics typical of assets in this series: Asset Feature: Uniform_S_01
Designed by Mowang_nixi , a recognized VAM creator known for high-quality, modified game-to-sim clothing assets. Fully compatible with VaM’s cloth physics engine, allowing
The is a professional-grade outfit package designed for the Virt-A-Mate simulation engine, focusing on stylistic realism and dynamic physics interaction.
For more updates or to browse related work, you can visit the creator's Hub Page or their Patreon. YaeMiko - Paid Looks - | Virt-A-Mate Hub
Includes high-resolution diffuse, normal, and specular maps to ensure the clothing reacts realistically to scene lighting. Adjustability:
Compatible with standard VaM "Clothing" UI, allowing users to adjust fit, transparency, and color tinting directly within the simulator.
Fully compatible with VaM’s cloth physics engine, allowing for realistic movement, folding, and gravity effects.
Designed to be layered with other assets or used as a standalone set.
The following feature draft describes the technical and aesthetic characteristics typical of assets in this series: Asset Feature: Uniform_S_01
Designed by Mowang_nixi , a recognized VAM creator known for high-quality, modified game-to-sim clothing assets.
The is a professional-grade outfit package designed for the Virt-A-Mate simulation engine, focusing on stylistic realism and dynamic physics interaction.