Electric Powered Hang Glider

JG3D in Vehicles


Experience the cutting-edge world of electric-powered hang gliding with this detailed 3D model, faithfully recreated from a full-scale glider equipped with a custom electric propulsion system designed for effortless takeoff and climbing. Electric Propulsion Setup: 15kW brushless BLDC Outrunner motor (1900g) 30x13" carbon fibre propeller 300A ESC (electronic speed controller) 12s 17Ah LiPo battery pack Performance Highlights: 5500 rpm maximum speed 11.5kW power output during operation Theoretical static thrust: 44kg

3D Modeling Details: Precisely scale-modeled with all essential components 4K PBR textures (available in PNG and JPG format) for wing, pilot, and electric motor system (single texture map for wing and pilot, single texture map for electric motor setup) Fully optimized for real-time rendering with material maps (Base Color, Metal, Roughness, Alpha, AO, Normal) Created in Blender; hand painted textures crafted using Affinity Photo and Designer.

Basic stats:

  • 45 objects
  • 65,078 vertices
  • 63,075 faces
  • Scale and rotation applied
  • Logical and correct origin points
  • Obects and textures named and arranged logicaly in the Blender file

$14.99

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Details
Dev Fund Contributor
Published about 1 year ago
Blender Version 4.0 - 4.5
Render Engine Used Eevee
Misc Data Uvs-Unwrapped, Normal-Mapped, Textured
License Royalty Free