• [Objects: 24]
• [Vertices: 17,685]
• [Edges: 31,445]
• [Polygons: 13,918]
• [Triangles: 34,608]
• [Textures: 8]
• [Materials: 13]

Files

• [Blend]
• [fbx]
• [glb]
• [mtl]
• [obj]
• [ply]
• [stl]

• Maximum Takeoff Weight | 600 kg
• Airframe Siz | Length approx. 9.0 m, Width approx. 2.0 m
• Endurance | Maximum of 6 hours or more
• Mission Equipment | Capable of carrying multiple sensors including Electro-Optical/Infrared (EO/IR) sensors, Synthetic Aperture Radar (SAR), and maritime radar

Key Features

• 1. Autonomous vertical takeoff and landing (VTOL) from ground or shipboard without a runway
• 2. Independent development of core technologies such as flight control computers and datalinks
• 3. Application of anti-jamming capabilities and flight control system redundancy

This time, I created the 'NI-600VT' developed by Korea Aerospace Industries (KAI). The production period was a total of two days, from May 5, 2026, to May 6, 2026. Although I struggled a bit with some parts in the middle, I finished it well without any issues.

The NI-600VT is an aircraft converted into an unmanned vehicle by KAI from a two-seat commercial manned helicopter, designed to perform surveillance, reconnaissance, and transport missions by hovering in confined spaces or on ships without a runway. It succeeded in its maiden flight in 2019 and is capable of long-endurance flight for over 6 hours, enabling high-risk missions such as mountain and maritime surveillance, missing person searches, and cargo transport.

This was my first time using Blender to create an unmanned aerial vehicle made in Korea. In the future, I plan to create other UAVs as well to form a set with the manned-unmanned teaming carrier I made previously.