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785 free contemporary 3D models for 3ds Max, ready to drop into your visualization scenes.
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A plump lounge bean bag chair is upholstered in pink polka-dot fabric, with a companion option in turquoise dots. Its pillowy arms, deep seat, and oversized back give the piece a playful, child-friendly character. Modeled in 3ds Max (.max) with V-Ray shading, this seating model works well in a cheerful kids-room visualization.
This set of round poufs uses alternating grey, taupe, and textured fabric segments gathered around a central button. The radial construction turns low informal seating into a neat decorative element with visible tailoring. Modeled in 3ds Max (.max) with V-Ray shading, the poufs can bring flexible seating to a contemporary lobby visualization.
A low navy pouf uses vertical gathered channels to shape a full, cushion-like round seat. A checked throw casually draped over the top adds a layered domestic touch and highlights the deep blue upholstery. Modeled in 3ds Max (.max) with V-Ray shading, this pouf is useful for a contemporary living-room visualization with cozy textile styling.
This oversized bean bag chair is dressed in a pale grey chevron textile with subtle blue accents. Its broad, low seat and tall tapered back create a comfortable silhouette while the zigzag pattern adds quiet movement. Modeled in 3ds Max (.max) with V-Ray shading, it can anchor a contemporary kids-room render or a relaxed media corner.
A generous rust-orange bean bag chair has a rounded, low base and a high folded backrest that settles into a relaxed lounge shape. Its woven-looking upholstery and warm hue lend softness to a casual interior palette. Modeled in 3ds Max (.max) with V-Ray shading, this chair is suited to a cozy living-room visualization or informal seating study.
This playful bean bag collection pairs plump lounge-chair forms with polka-dot fabric in grey and pink, plus solid navy and red alternatives. Soft gathered seams and pillowy backs make the group feel cheerful and informal. Modeled in 3ds Max (.max) with V-Ray shading, the set is a strong choice for a kids-room visualization or casual game-space render.
Two low round grey poufs are presented with dark piping and softly gathered side panels, while a mustard throw adds a strong warm accent. The clean circular tops keep the upholstered set versatile and easy to place. Modeled in 3ds Max (.max) with V-Ray shading, these pieces work naturally in a contemporary living-room visualization with layered textiles.
This low ivory pouf is covered in dense faux fur, creating a fluffy rounded form with a plush, inviting surface. The neutral colour and soft texture make it a simple but expressive accent beside more tailored furniture. Modeled in 3ds Max (.max) with V-Ray shading, it is ideal for adding tactile contrast to a contemporary bedroom render.
A relaxed bean bag chair is wrapped in a grey plaid textile, with a deep scooped seat and a tall, softly folded back. Its oversized silhouette brings a casual layer of pattern to youthful or informal spaces. Modeled in 3ds Max (.max) with V-Ray shading, this seating piece is ready for a kids-room visualization or a laid-back lounge study.
This collection of softly slumped beige poufs shows loose fabric covers, stitched edges, and generous cushion-like volume. Each low seat has an informal handmade character that works especially well in calm, tactile interiors. Modeled in 3ds Max (.max) with V-Ray shading, the set can furnish a relaxed reading nook or a softly styled living-room render.
A sculptural trio of low poufs combines faceted leather-like upholstery with contrasting corded seams in black and oxblood tones. The rounded polygonal forms give a lounge or styling corner an easy graphic accent. Modeled in 3ds Max (.max) with V-Ray shading, this pouf set is suited to a contemporary living-room visualization where relaxed, movable seating is needed.
A deep charcoal armchair pairs a high winged back with button-tufted cushions and a polished five-star swivel base. The softly rounded arms and compact proportions make it a refined statement chair for a modern interior. Modeled in 3ds Max (.max) with V-Ray shading, it is ready for a contemporary living room visualization or executive lounge study.
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.
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.
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.
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.
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.
A bold turquoise crown contrasts with black side panels and a flat black brim on this stitched snapback cap. White seam lines, eyelets, and a generic circular badge give the model a crisp streetwear-inspired finish. Modeled in 3ds Max (.max) with V-Ray shading, it is ideal for an apparel product visualization or casual retail display scene.
Six slim freestanding coat stands reinterpret branching trees in black, red, white, brown, orange, and bright green. Each has a flared trunk-like base and upward prongs, turning a functional clothing stand into a playful contemporary sculptural accent. Created in 3ds Max (.max) with V-Ray shading, this set works well in a contemporary lobby render or colorful entryway moodboard.
A collection of sculptural wall hooks is shown in polished metal finishes, progressing from compact single hooks to a larger dark multi-hook form. Their softly curved arms and exposed mounting details make them read as both practical hardware and contemporary wall accents. Modeled in 3ds Max (.max) with V-Ray shading, these hooks are suited to a contemporary entryway visualization or product display study.