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Hexacopter drone 3D Models

Find the best Hexacopter drone 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Anonymous1773388109
Lorenzo Brunetti
Anonymous1773317568
Photorealistic 3D render of MRID rugged tethered maritime inspection hexacopter, exactly 6 arms and 6 motors at 60 degree intervals, matte black carbon fibre hexagonal central body, heavy industrial maritime grade aesthetic with thick structural members and visible bolted aluminium joints throughout, FULL BODY EXOSKELETON CAGE: Entire drone enclosed in single unified spherical protection cage made from thick 10mm carbon fibre square tubes, 6 curved arched ribs rise from outer perimeter ring to central top hub and mirror below, continuous horizontal equatorial ring 980mm diameter at widest point connecting all 6 rotor positions, diagonal cross bracing between ribs, all joints are CNC aluminium blocks with visible hex bolts, bright orange polyurethane foam bumper pads on all outer cage surfaces for tank wall impact absorption, each rotor additionally has individual cylindrical birdcage duct with translucent polycarbonate panels showing propellers spinning inside,
Anonymous1772972492
h13033255523
4矢量民用飞行器，可垂直起飞
Anonymous1748063027
Photorealistic 3D render of MRID tethered maritime inspection hexacopter drone with exactly 6 arms and 6 motors at 60 degree intervals, light blue fibre hexagonal central body, 6 articulated folding arms with yellow safety bands, 6 brushless motors with full circular propeller guard rings,LIGHTING CRITICAL FEATURE:compact twin bright LED light panel mounted on front face and rotor, sensor pod with 14 ,high power white LEDs arranged 4x4 grid formation providing extremely strong white illumination for pitch dark ship tank interiors, 4 additional high power LED spotlights mounted one on each drone arm pointing forward providing wide area flood lighting coverage, 2 downward facing LED flood lights on bottom of sensor pod illuminating tank floor, all LEDs shown actively glowing with strong white light bloom effect, total lighting system creates visible light cone projecting forward from drone, WIRED TETHER CONNECTION and enough lighting near camera ,
Anonymous1772972492
Photorealistic 3D render of MRID tethered maritime inspection hexacopter drone with exactly 6 arms and 6 motors at 60 degree intervals, matte blue fibre hexagonal central body, 6 articulated folding arms with yellow safety bands, 6 brushless motors with full circular propeller guard rings,LIGHTING CRITICAL FEATURE:compact twin bright LED light panel mounted on front face and rotor, sensor pod with 14 ,high power white LEDs arranged 4x4 grid formation providing extremely strong white illumination for pitch dark ship tank interiors, 4 additional high power LED spotlights mounted one on each drone arm pointing forward providing wide area flood lighting coverage, 2 downward facing LED flood lights on bottom of sensor pod illuminating tank floor, all LEDs shown actively glowing with strong white light bloom effect, total lighting system creates visible light cone projecting forward from drone, WIRED TETHER CONNECTION and enough lighting near camera ,
Anonymous1772972492
Photorealistic 3D render of MRID tethered maritime inspection hexacopter drone with exactly 6 arms and 6 motors at 60 degree intervals, matte black carbon fibre hexagonal central body, 6 articulated folding arms with yellow safety bands, 6 brushless motors with full circular propeller guard rings, LIGHTING SYSTEM — CRITICAL FEATURE: Massive bright LED flood light panel mounted on front face of sensor pod with 16 high power white LEDs arranged in 4x4 grid formation providing extremely strong white illumination for pitch dark ship tank interiors, 4 additional high power LED spotlights mounted one on each drone arm pointing forward providing wide area flood lighting coverage, 2 downward facing LED flood lights on bottom of sensor pod illuminating tank floor, all LEDs shown actively glowing with strong white light bloom effect, total lighting system creates visible light cone projecting forward from drone, WIRED TETHER CONNECTION and enough lighting near camera ,
Anonymous1772972492
Photorealistic 3D render of a tethered industrial inspection hexacopter drone with exactly 6 arms and 6 motors, matte black carbon fibre hexagonal central body, 6 articulated folding arms with yellow safety bands, 6 brushless motors with full circular propeller guard rings on each arm tip, sensor pod mounted underneath central body containing a high resolution RGB camera as the primary sensor with a large bright LED flood light array of 12 high power white LEDs arranged in a ring around the camera providing strong illumination for dark enclosed spaces, additional 4 LED spotlights mounted on drone arms pointing forward and downward for wide area lighting coverage, orange tether cable exiting from bottom rear of drone body hanging naturally downward, compact design fits through 600mm opening when arms folded, isometric view from top front right angle, professional studio lighting, white background, component labels with white annotation lines, photorealistic 8K render, suitable for eng
Anonymous1772972492
六旋翼无人机
Anonymous1772368864
Anonymous1767881081
Remove background
Anonymous1759394393
A professional hexacopter drone for highway security monitoring, carbon fiber frame, 6 arms, large motors, 3-axis gimbal camera, thermal camera, GPS antenna on top, industrial design, realistic mechanical details, modular structure, landing gear with charging pads underneath, designed for autonomous docking station.
Anonymous1770811683
Anonymous1760757663
Create a hexacopter drone body with 6 evenly spaced arms arranged radially at 60° intervals. Each arm must be exactly 9 cm long, straight, and structurally rigid. At the end of each arm, add a vertical cylindrical hollow motor mount designed to insert a drone motor. Motor mount specifications: – Inner diameter (base): 0.9 cm – Hollow depth / motor height: 2.2 cm – Cylinder axis aligned vertically (Z-axis) – Clean, smooth inner walls for easy motor insertion The central body should be compact and cylindrical, suitable for housing flight electronics. Design should be functional, mechanical, and realistic — no sci-fi styling. Use real-world scale and correct proportions for a college engineering project. Geometry must be clean, manifold, and editable, suitable for FBX or OBJ export. No propellers, no motors inserted, no landing gear, no textures — body only. Neutral material, clean topology.
Anonymous1769837449
UAV Physical Description: "A professional 7-inch 'True-X' carbon fiber micro-UAV for Martian exploration . The frame is matte black 3K twill carbon fiber with 6mm thick arms . The central electronics stack is clearly visible, featuring a bright orange Pixhawk Cube Orange+ module at the top . Directly beneath it is an NVIDIA Jetson companion computer with an active cooling fan and aluminum heatsink . A black, circular 360-degree LiDAR puck (RPLiDAR S2E) is mounted on the highest deck . Four 2807 brushless motors spin 7-inch 3-blade carbon fiber propellers . The landing gear consists of four rigid carbon fiber legs with integrated magnetic circular feet." Base Station Context: "A rugged, hexagonal metallic landing platform set in a simulated Martian landscape with red-oxide dust and rocky outcroppings . The platform features a V-shaped conical centering cradle designed to funnel the drone's legs into the center . A mechanical central hatch is partially open, revealing a gold-plated mult
Anonymous1769762535
Anonymous1769494761
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