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5255 free v-ray 3D models for 3ds Max, ready to drop into your visualization scenes.
5255 models · clear filters
This olive hooded jacket is rendered from front and back, with zip pockets, ribbed cuffs and gently worn fabric creases. The muted color and athletic cut make it an adaptable contemporary outerwear asset. Modeled in 3ds Max (.max) with V-Ray shading, it can add believable apparel detail to a retail interior render or clothing display study.
A polished wooden valet stand holds a light suit, folded trousers and a dark tie, with a tray-like top rail and broad square base. Its warm timber finish gives the clothing display a refined traditional presence. Modeled in 3ds Max (.max) with V-Ray shading, this piece is suited to an elegant dressing room, hotel suite or menswear visualization.
A tan hooded parka is shown from two angles, highlighting its padded hood, front placket, deep pockets and layered inner lining. The relaxed outerwear silhouette brings a practical cold-weather note to the render. Modeled in 3ds Max (.max) with V-Ray shading, this garment set is ideal for a fashion storefront concept or apparel visualization.
This apparel set presents tailored dark suits, a pale striped shirt and coordinated formal separates on warm wood hangers. The mix of drape, lapels and soft fabric folds adds useful detail to a fashion-focused scene. Modeled in 3ds Max (.max) with V-Ray shading, it works naturally as clothing merchandise for a boutique visualization or wardrobe study.
A tall black-and-white wardrobe combines drawers, open hanging rails and a compact shoe seat in one streamlined storage composition. Folded linens, hanging clothes and small accessories give the unit a convincingly lived-in character. Modeled in 3ds Max (.max) with V-Ray shading, this organized wardrobe is well suited to a contemporary bedroom or dressing-area visualization.
A curved oak back panel with small hooks frames hanging coats and a scarf above a long low bench. Shoes, storage boxes, and a leather bag complete the warm wood entryway vignette. Modeled in 3ds Max (.max) with V-Ray shading, this coat rack and bench set is ideal for a contemporary hallway or boutique entry visualization.
A tall wood wardrobe organizer combines open hanging bays with folded-clothing shelves, drawers, and small storage boxes. The balanced grid keeps shirts, trousers, and accessories visible while maintaining a compact built-in appearance. Modeled in 3ds Max (.max) with V-Ray shading, this wardrobe is a practical asset for a bedroom storage visualization.
Plaid shirts hang from a simple gray wall rail beside a brown leather shoulder bag, while a lettered floor rug and slippers complete the welcoming entry arrangement. The mix of soft textiles and worn accessories suggests a lived-in home. Modeled in 3ds Max (.max) with V-Ray shading, it is suited to a rustic hallway or entryway visualization.
Folded dress shirts in blue, white, and pink sit in a warm wood cubby, each shown with a crisp pointed collar, button placket, and matching cuffs. The orderly arrangement gives this apparel asset a classic shop-counter character. Modeled in 3ds Max (.max) with V-Ray shading, it is useful for a menswear store visualization or product merchandising study.
A dark wood and chrome freestanding rack presents a full row of neatly hung trousers in muted gray and black tones. Its plinth base, polished rail, and repeated wood hangers make it a substantial store-fixture asset. Modeled in 3ds Max (.max) with V-Ray shading, this trouser rack fits a menswear retail interior or showroom visualization.
Three tailored menswear jackets appear on torso forms in pale gray, warm beige, and charcoal wool-like fabrics. Notched lapels, welt pockets, button closures, and layered shirts give each blazer a polished shop-display finish. Modeled in 3ds Max (.max) with V-Ray shading, this blazer set is ready for a formal menswear retail visualization.
This long-sleeve casual shirt is rendered in a subtle light-blue plaid with a soft collar, chest pocket, button placket, and gently relaxed hem. A second hanging view shows the lightweight fabric drape from the side. Modeled in 3ds Max (.max) with V-Ray shading, it works well for an apparel product visualization or casual boutique display.
A turquoise T-shirt with a playful generic cartoon graphic sits forward of several colorful printed tees. Soft knit fabric, ribbed collars, and wooden hangers make the collection feel ready for a youthful clothing display. Modeled in 3ds Max (.max) with V-Ray shading, it is ideal for a kids fashion retail scene or a casual apparel moodboard.
A neatly arranged menswear set pairs folded button-up shirts with ties in stripes, checks, and solid colors. The crisp collars, cuffs, buttons, and folded fabric layers create a realistic retail-ready presentation. Modeled in 3ds Max (.max) with V-Ray shading, it is useful for a menswear shop visualization or formal clothing product render.
Three relaxed crew-neck T-shirts hang on pale wooden hangers in black and white colorways. Each shirt carries a different generic printed graphic, creating an easy streetwear-style assortment for display scenes. Modeled in 3ds Max (.max) with V-Ray shading, this collection is suited to a casual apparel catalog render or modern retail visualization.
A compact apparel collection combines a long cream cardigan, dark textured jackets, patterned dress, yellow blazer, and a tailored skirt suit. Close fabric views reveal the mix of herringbone, knit, and animal-inspired textures. Modeled in 3ds Max (.max) with V-Ray shading, it is ready for a contemporary retail visualization or fashion material study.
A navy-and-white high-low dress is paired with silver lace and metallic sleeveless tops, all presented as a coordinated eveningwear collection. The contrasting panels, belts, and reflective fabric create a formal boutique-ready arrangement. Modeled in 3ds Max (.max) with V-Ray shading, it suits an upscale fashion catalog render or retail display visualization.
Five bright garments on simple wood hangers showcase varied silhouettes, from a mint jumpsuit and floral tunic to flowing purple and burgundy draped dresses. Patterned and solid fabrics give the collection a lively display-ready rhythm. Modeled in 3ds Max (.max) with V-Ray shading, it is useful for a fashion retail visualization or costume moodboard study.
A belted pale-gray coat and ribbed black sheath dress are arranged with a structured handbag and black pumps. The contrasting pieces create a complete contemporary fashion story without requiring extra styling props. Modeled in 3ds Max (.max) with V-Ray shading, this outfit set is ideal for a clothing-store display render or editorial fashion moodboard.
This long brown fur coat has a generous shawl collar, softly rounded sleeves, and a single ornamental clasp at the chest. Varied brown pile across the surface gives the garment a plush, vintage-inspired look. Modeled in 3ds Max (.max) with V-Ray shading, it provides a strong focal prop for a luxury fashion display or wardrobe study.
A rich purple knee-length coat is finished with a textured woven surface, pale fur collar, and matching fur cuffs. The softly fitted silhouette and deep color give the hanging garment a polished winter-fashion presence. Modeled in 3ds Max (.max) with V-Ray shading, it is suited to an apparel product render or an upscale boutique visualization.
Pale wood rails, a white frame, and neatly spaced knitwear form a calm clothing display with shoes and storage boxes below. The light palette and uncluttered arrangement give the rack a relaxed Scandinavian retail feel. Modeled in 3ds Max (.max) with V-Ray shading, it works beautifully in a minimalist fashion store visualization.
An industrial metal garment rack layers hanging shirts and jackets above a low shelf filled with shoes, a handbag, and hats. The pipe-like frame and styled accessories create an immediately usable boutique display. Modeled in 3ds Max (.max) with V-Ray shading, this display rack is ready for a fashion retail interior visualization.
This pair of structured western hats presents light cream and weathered brown felt finishes, each with a broad upturned brim and a slim buckled band. The alternate colors make the set flexible for costume or retail scenes. Modeled in 3ds Max (.max) with V-Ray shading, these hats are useful for an apparel catalog render or a themed shop display study.