描述
This collection is built to deliver mood and atmosphere with zero hassle to your Unreal Engine scenes. These drag and drop candle lighting actors are designed as one stop, art-directable Blueprints, pairing detailed candles, candle holders, flame VFX and tuned lighting so you can place a single asset and instantly get believable illumination.
This collection includes candelabras, tabletop clusters, lamps, and candle holders. The set is optimized for consistent results across dark fantasy, medieval, and cinematic environments straight out of the box.
This pack also includes a Medieval Quest Board asset as a bonus.
All of our Dynamic Candle Lighting System Volumes use the same candle assets which is why we are including the meshes and blueprints in every product.
Core Features
Complete Blueprint lighting systems
Each asset is a self-contained Blueprint combining a prop, Niagara VFX, and lighting—ready to place and use instantly.
High-quality Flame effects
The candle flame VFX is animated and material driven to minimize performance costs.
Art-directable Actor
Control flame VFX, materials, lights and more per instance, directly from exposed Blueprint parameters without diving into materials, Niagara systems, or Blueprint logic.
Light Flicker
Integrated light functions simulate natural flame flicker and variation, with all essential lighting controls exposed directly on each Blueprint.
Nanite Support
Props are Nanite-ready and designed for high-detail environments using Nanite workflows. Official Nanite Documentation
Included Content
BP
24 Blueprint-based candle lighting systems, complete with props, VFX, and lights, with all necessary parameters exposed. Some supporting candle variant randomization for variety.
Lighting & VFX
1 flicker light function
1 candle flame material based VFX
Bonus
1 unique Medieval Quest Board asset to this product.
Technical Notes
Props are designed for Nanite-enabled workflows
All systems are optimized for real-time use
Overview level included to preview all assets
Built for fast iteration, consistent results, and scalable world-building across large environments.