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Anonymous1773626536
03-16 02:05
Model Name
tactical decoy drone 3d model
Tags
realistic
rendering
rendering realistic
vehicle
vehicle realistic
vehicle rendering
vehicle rendering realistic
wingspan
Prompt
Professional engineering blueprint of a tactical decoy drone, detailed exploded view isometric diagram. The drone dimensions: length 2.2 meters, wingspan 3.5 meters. Main construction materials: plywood frame covered with reflective aluminum foil sheets. High-wing configuration with 5-7 degree dihedral angle. Three corner reflectors made of 1.5mm aluminum sheet (90-degree angle, 25cm each) mounted under wings and fuselage. Power system: brushless electric motor (600-800 watt, 3542 size) with 3-blade propeller (14x10 inch) at the nose, connected to a 60-80A ESC. Main battery: 4S 5000mAh Li-Po (labeled "Main Battery"). Secondary battery: 3S 1500mAh Li-Po (labeled "IR Emitter Battery") dedicated to the ceramic heating element (labeled "IR Emitter") glowing red under the nose. Electronics: Arduino Nano microcontroller with BMP280 pressure sensor (labeled "Flight Controller") mounted in the mid-fuselage. All wiring clearly shown (12 AWG red/black). Additional features: tail section with horizontal stabilizer (width 1.2m) and vertical stabilizer (height 0.5m). Every component labeled with its name and specifications in English. Technical drawing style, white background, orthogonal projection, highly detailed, 8K resolution, precise engineering illustration. engineering blueprint of a tactical decoy drone, detailed exploded view isometric diagram. The drone dimensions: length 2.2 meters, wingspan 3.5 meters. Main construction materials: plywood frame covered with reflective aluminum foil sheets. High-wing configuration with 5-7 degree dihedral angle. Three corner reflectors made of 1.5mm aluminum sheet (90-degree angle, 25cm each) mounted under wings and fuselage. Power system: brushless electric motor (600-800 watt, 3542 size) with 3-blade propeller (14x10 inch) at the nose, connected to a 60-80A ESC. Main battery: 4S 5000mAh Li-Po (labeled "Main Battery"). Secondary battery: 3S 1500mAh Li-Po (labeled "IR Emitter Battery") dedicated to the ceramic heating element (labeled "IR Emitter") glowing red under the nose. Electronics: Arduino Nano microcontroller with BMP280 pressure sensor (labeled "Flight Controller") mounted in the mid-fuselage. All wiring clearly shown (12 AWG red/black). Additional features: tail section with horizontal stabilizer (width 1.2m) and vertical stabilizer (height 0.5m). Every component labeled with its name and specifications in English. Technical drawing style, white background, orthogonal projection, highly detailed, 8K resolution, precise engineering illustration.
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