In back pocket 3D model

This photorealistic 3D model features a young man dressed casually in a cream t-shirt with Brooklyn text, layered with a red plaid flannel shirt, slim-fit jeans, and white sneakers. His confident stance, subtly adjusting his shirt, adds a dynamic and relaxed vibe to the scene. The casual, street-style outfit paired with a red bandana gives off an urban, effortlessly cool appearance, perfect for modern city environments or leisure scenes.

Possible scenarios:

• City Street Scene: This model works perfectly in a busy urban environment, walking down city streets or casually standing on a street corner.
• Casual Meet-Up: Ideal for use in a scene where friends are gathered outdoors, perhaps at a park or urban hangout.
• School or College Campus: The laid-back style makes this model a great addition to a campus or educational setting, walking between classes or hanging out with friends.
• Shopping Mall or Café: His casual attire and relaxed pose make him suitable for mall, café, or other social settings during casual outings.

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, streetwear, urban, flannel shirt, jeans, sneakers, Brooklyn, bandana, young man, 3D model, VR, AR, game-ready, background, photorealistic, real-time applications, city, modern, relaxed, fashionable.

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.