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Media 0 for listing Pardon His French

Description

This photorealistic 3D model portrays a young man casually dressed in a striped shirt paired with a light jacket, blue cuffed jeans, and dark boots. His relaxed stance, with hands in pockets, gives off a laid-back vibe. The combination of neutral tones with the striped shirt and rolled-up jeans adds a fashionable yet simple touch to his overall appearance. This model is perfect for representing urban, casual, or relaxed settings.

Possible scenarios:

  • City Stroll: The model can be a background character walking down a stylish street or part of an outdoor market scene.

  • Casual Conversations: Ideal for scenes set in parks, open spaces, or even a university campus, where he is mingling with other characters.

  • Shopping District: His modern and casual attire fits well in a bustling shopping district, standing out as a stylish young man.

  • VR or AR Simulations: This model can enhance virtual environments like real-time urban scenes, cafes, or outdoor leisure activities.

This photorealistic 3D model is ready for use in virtual reality (VR), augmented reality (AR), games, and other real-time applications. With approximately 50,000 polygons per model, it is suitable for architectural visualization and other graphical projects.

Please note that this model is static and does not include animation. Its low-polygon structure and simplified geometry and textures make it suitable for background or crowd scenes, while still maintaining high quality.

Tags: casual, striped shirt, jacket, jeans, boots, urban, stylish, relaxed, 3D model, VR, AR, game-ready, background, male character, photorealistic, city, streetwear, real-time applications.

Kanistra People is a series of photogrammetrically scanned characters designed for use in architectural visualizations, mockups and layouts, concept art and other types of visual development. This is ready-posed easy to use human models that do not require any complex setup or special skills.

Included formats

  • OBJ
  • FBX
  • Converted GLB, glTF, and USDZ