Suburbs VOL.23 - Garden Boxes (Nanite and Low Poly)

Residential exterior scenes demand more than flat ground planes and building shells. They need the smaller objects that make a yard feel lived in — raised beds, planters, dirt mounds, growing beds, and the clutter that accumulates around a garden. Suburbs VOL.23 - Garden Boxes (Nanite and Low Poly) targets exactly that layer. It is a focused collection of outdoor garden props built in Unreal Engine, created by Dekogon Studios artists, and aimed at realistic AAA-quality visuals.

The pack covers the garden vocabulary explicitly called out in its tags: garden, plant, box, raised, growing, bed, foliage, dirt, and food. That puts it in the hands of environment artists laying out suburban backyards, community garden plots, allotment strips, or the edges of rural properties. The compatibility note tying it to Meridian 1988: Cedar Point School - Modular Environment (VOL 57) also signals where it fits — as a detail prop layer for larger modular exterior scenes rather than a standalone environment.

Sixty Meshes Split Across Nanite and Low Poly

The asset count works out to thirty base configurations, each shipped in both Nanite and low poly form, for a total of sixty meshes including variants. Nanite construction targets high-fidelity polycounts in Unreal Engine 5.0+, letting the Nanite virtualized geometry system handle dense detail without traditional LOD management. When a project needs a lighter footprint — mobile, VR, or scenes already pushing the Nanite budget elsewhere on a different pipeline — the low poly versions cover the same set. Both versions are present in one package, so the trade-off is editorial rather than a separate acquisition.

Each mesh is fully detailed from all sides. That matters for garden props specifically because planters and raised beds get viewed from above, from the sides, and sometimes from below when placed on uneven ground. Assets that only look right from the front tend to break when a player walks around them or when a flythrough camera passes overhead. The all-around detail here means placement does not have to be restricted to eye level or forced against a wall.

A Single Master Material Controls the Entire Mesh Set

The entire mesh set runs through one material. That is unusual for a sixty-mesh collection and has a direct workflow consequence: fewer material instances to manage, fewer draw call sources to sort through, and a cleaner material editor graph when adjusting the look of the whole pack at once. A master material setup controls the majority of props and models, with additional controls for roughness, albedo, and normals exposed within it.

Texture sets are built at 4K resolution for high visual fidelity. The pack uses channel packing for Roughness, Metalness, and Ambient Occlusion in a single texture, which reduces the number of material texture samples per asset. Combined with the one-material-for-all-meshes setup, the texture pipeline stays compact even though the individual texture sets are high resolution.

Post-processing and look color management are not left to the user's project settings. The pack ships with a realistic post-processing setup and a Lookup Table, which helps the props integrate visually with the intended lighting and color grading out of the box rather than relying on default engine rendering.

Unreal Engine 5 Rendering Support

Two engine-level rendering systems are explicitly supported: Nanite and Lumen, both for Unreal Engine 5.0 and above. Nanite support covers the high poly version of each mesh, while Lumen support means the assets and their materials are set up to work with the engine's global illumination and reflection systems. Because Lumen is sensitive to material roughness and normal inputs, the exposed roughness, albedo, and normal controls in the master material give artists a direct way to tune how garden boxes and plants catch and bounce light within a Lumen scene.

The pack is optimized for games rather than built solely for offline render archviz work. Optimization for games implies attention to draw call efficiency and material cost — consistent with the one-material approach and the inclusion of low poly versions for projects that cannot fill the Nanite budget.

Custom Branding Removes Legal Friction

Every piece of branding and labeling across the assets is custom-made by Dekogon Studios. The pack is described as free of all legal issues on that basis. For production teams handling release clearance, that means the props do not carry real-world logos, trademarks, or recognizable commercial packaging that would need to be cleared or removed before shipping a project. Dirt piles, food props, and plant containers often carry exactly the kind of incidental branding that causes holdups in legal review. Custom labels avoid that pipeline snag from the start.

Where This Pack Fits in a Scene-Building Pipeline

The collection sits in the prop layer of an exterior environment build. Where modular building kits handle walls, fences, roofs, and structural shells, a garden box pack handles the ground-level dressing that makes the space between buildings read as a yard rather than a lot. Within Unreal Engine 5 projects, the Nanite versions can populate close-range garden scenes at high fidelity, while the low poly versions can be used as distant props, as fallbacks in scenes with a heavy Nanite load, or in any build where Nanite is not active.

The raised bed, growing bed, and planter box vocabulary also makes the pack useful beyond single residential lots — community gardens, school grounds, rural smallholdings, and allotment strips all draw on the same prop types. Because the assets are tagged as modular and exterior, they are intended to be combined and placed in scene composition rather than treated as hero pieces.

Foliage, dirt, and growing-medium props are the kind of scene objects that break immersion when they read as flat or generically lit. The combination of 4K textures, channel-packed PBR maps, a tuned post-processing setup and LUT, and Lumen-aware materials gives these everyday garden objects enough surface fidelity to hold up in realistic exterior shots. For teams already working within Unreal Engine 5 and looking for a Nanite-and-low-poly split that keeps the draw call and material footprint contained, this pack slots into the dressing phase without adding new material complexity to the project.

Related Resources Worth Checking

• Foliage VOL.27 - Beach Grass (Low Poly)
• Foliage VOL.25 - Sunflowers (Low Poly)
• Foliage VOL.15 - Corn Field (Nanite and Low Poly)
• Foliage VOL.22 - Wild Grass (Low Poly)
• Foliage VOL.12 - Grass (Low Poly)