3D game-ready model of UAV Spectator Drone

M30T UAV 3D model introduction

• Model overview

The M30T UAV 3D model is a highly refined, authentic 3D design work, built in full accordance with the actual product scale and appearance. The model is suitable for a variety of application scenarios, including product presentation, animation, virtual reality, industrial design, and education and training. It combines industrial-grade technical detail with artistic expressiveness and is ideal for professionals and enthusiasts alike.

• Technical specification

Number of Unique Meshes:5

Vertex Count:265997

Collision: Yes automatically

LODs: yes, LOD Auto

Number of LODs: LOD Auto

Rigged: No

Rigged to Epic or MetaHumans Skeleton:No

If rigged to the Epic or MetaHumans skeleton, IK bones are included: No

Number of Characters:No

Vertex Counts of Characters: No

Animated:No

Number of Animations:No

Animation Types (Root Motion/In-place):No

Number of Materials:9

Number of Material Instances:9

Number of Textures:6

Texture Resolutions: 125*125-4096*4096

• Model characteristics

• High precision modeling

Full scale: The model is accurately modeled at 1:1 scale, conforming to the true size and structure of the M30T UAV.

• Detail restoration:

including drone body texture, four-axis motor, camera, sensor module, ventilation and cooling port and other small details, fully show the beauty of industrial design.

• Ultra high definition material mapping

The model is equipped with 4K resolution mapping, which supports a variety of material channels such as Diffuse, Normal, Metallic, Roughness, etc.

The material shows a true metallic luster, carbon fiber texture, and transparent reflection of the lens glass, suitable for close-range rendering.

• Optimized topology

Low polygon version:

Suitable for real-time rendering or game engines (such as Unity, Unreal Engine) to ensure smooth flow.

High polygon version:

Suitable for high-precision rendering, animation and technical presentation, supporting ultra-detailed lens display.

• Modular design

Support separate parts: including body, camera, head, rotor, battery module, etc., easy for users to adjust, replace or modify.

It can be easily integrated into existing projects or used for secondary authoring and design improvement.

• UE Format support

Can directly import ue projects, naming format specifications, with assembly blueprints, can be used directly

• Application scenario

Product visualization: Used in corporate videos, technical presentations and marketing to demonstrate the cutting-edge technology and design aesthetics of drones.

Virtual reality (VR) and Augmented Reality (AR) : for interactive experiences that enable users to observe and operate drones up close in virtual Spaces.

Education and Training: Provide virtual teaching tools for drone operators or technical engineers to help better understand equipment structure and function.

Film & Games: Enhance the visual experience as a dynamic model in science fiction Settings or modern combat scenes.