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Automotive Extras

Explore Automotive Extras, a shader and decal pack featuring metallic paint, procedural vinyl normal maps, carbon fiber variations, and Niagara exhaust flames.

Automotive ExtrasBuilding

Resource overview

Solving Fine Vehicle Detailing Beyond Base Automotive Materials

Standard automotive shading typically stops at clean body clear coats, leaving custom vehicle builds and track-modified cars without essential wear and modification details.

Automotive Extras is designed as a direct complement to base Automotive Materials, shifting focus toward the specific surface treatments, aftermarket hardware accents, and optical characteristics that define customized cars. By providing specialized shaders, targeted decals, and dynamic simulation elements, the pack bridges the gap between clean factory vehicle renders and highly customized motorsport or street configurations.

Metallic Paint Layers and Procedural Vinyl Sticker Normal Maps

Surface finishing begins with a realistic metallic paint material engineered to respond dynamically to directional sunlight, accentuating fine metallic flecks beneath the clear coat as lighting angles change.

Integrated directly into the paint workflow is a dedicated livery and vinyl sticker layer. This layer automatically generates procedural normal maps for applied graphic designs, giving flat vinyl decals convincing edge relief and physical height without requiring manual height baking in external texture suites. Alongside the paint shader, the package supplies multiple composite weave representations: candy carbon fiber, flaked carbon fiber, forged carbon fiber, and Kevlar materials, accommodating both modern hypercar accents and specialized tuning parts.

Lighting Dynamics from Projector Headlights to Tempered Glass Tinting

Realistic automotive lenses require complex optical responses that standard glass shaders cannot deliver on their own.

The pack introduces a projector-type headlight material featuring an angle-dependent emissive setup, simulating the directional focus and internal geometry of focused projector housings as the viewpoint shifts. For outer glass covers, a headlight lens material incorporates a thin film interference effect to display the prismatic, rainbow-like sheen characteristic of treated polycarbonate. Track-focused aesthetics are complemented by an electrical tape material configured specifically for headlight lenses, alongside a dotted rear window tint material that accurately renders the screen-printed ceramic dot matrix patterns seen along the edges of tempered automotive glass.

Niagara Exhaust Flames and Ray Traced Translucency

Engine exhausts demand specialized shading and dynamic particle behavior to capture high-temperature operations realistically.

The package includes custom Niagara exhaust flames built to operate with Ray Traced Translucency, preventing rendering artifacts when shooting through transparent elements or reflections. The particle setup incorporates five distinct flame color types to match diverse tuning states, along with dedicated spawn modes covering sudden bursts, individual one-shot pops, slow-motion sequences, and continuous static burns. This particle system works alongside a realistic titanium exhaust material, which offers a heat-induced color gradient and vertex-paintable weld seams so technical artists can paint thermal discoloration directly across exhaust joints.

Surface Wear and Body Accents: Drift Stitches, Rivets, and Plates

Drift culture and track repairs rely on visible hardware and quick-fix body solutions that require distinct surface detailing.

To support this aesthetic, the package delivers dedicated decals for body rivets, bumper cracks, and drift stitches. The drift stitches are provided in two formats: planar decals for quick projection onto body panels, and three-dimensional variations that give physical volume across split bumper seams. Identification is handled via fully customizable number plates that can be adapted to match regional dimensions and graphics. For projects that require heightened cinematic illumination, the package maintains compatibility with the Convolution Bloom Kernels Pack, preserving optical bloom around intense emissive lights and flame bursts.

Production Integration and Scene Scope

All vehicle body meshes, exhaust geometry, and background environments shown in preview assets are strictly for demonstration and are not included inside the package.

The entire resource operates purely as an aesthetic and technical enhancement layer intended for import into existing vehicle pipelines. Its materials, decal textures, and Niagara systems map onto user-provided vehicle geometry, supplying the necessary surface complexity, composite variations, and thermal effects required for detailed exterior vehicle visualizations.

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