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Kamikaze Drone Build Guide

This document provides a comprehensive guide for building a stealth-style kamikaze drone with a B2-inspired design, emphasizing aerodynamic performance. It includes detailed design specifications, a list of required materials, and step-by-step assembly instructions. Additionally, it offers aerodynamic tips to enhance the drone's efficiency and stability during flight.

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varmaabhi47
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559 views2 pages

Kamikaze Drone Build Guide

This document provides a comprehensive guide for building a stealth-style kamikaze drone with a B2-inspired design, emphasizing aerodynamic performance. It includes detailed design specifications, a list of required materials, and step-by-step assembly instructions. Additionally, it offers aerodynamic tips to enhance the drone's efficiency and stability during flight.

Uploaded by

varmaabhi47
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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Kamikaze Drone - Build Guide

This document outlines the step-by-step instructions for constructing a stealth-style kamikaze drone

with a focus on aerodynamic performance.

Design Specifications:

- Style: B2-inspired stealth full-wing layout

- Frame: Carbon fiber outer shell with internal foam ribs

- Propulsion: Twin rear-mounted pusher motors

- Payload: Central gimbal-mounted camera or tracking system

- Wing Span: Approx. 1.5 meters (standard compact design)

Materials Required:

- Carbon fiber sheets or pre-formed shells

- Lightweight structural foam (for internal ribs)

- Two brushless motors with ESCs (pusher configuration)

- Lithium Polymer battery pack

- Servo motors for control surfaces (elevons)

- GPS and camera module with gimbal

- Flight controller with telemetry capability

- Adhesives, screws, mounting brackets, wiring

Assembly Instructions:

1. Cut internal foam ribs and align them into the main wing layout.

2. Enclose the foam ribs using carbon fiber sheeting to form a solid aerodynamic structure.

3. Mount the pusher motors at the rear tips of the wing using carbon mounts.
4. Create a central cavity for the payload. Mount the gimbal and secure the camera/GPS unit.

5. Install control surfaces (elevons) and attach servos.

6. Integrate wiring and connect components to the flight controller.

7. Perform balance and alignment checks to ensure aerodynamic symmetry.

8. Test motor direction and functionality.

9. Perform a dry test with flight controller and GPS system.

10. Conduct a safe test flight to validate design stability.

Aerodynamic Tips:

- Ensure all leading edges are smooth and tapered.

- Keep surface finishes clean to reduce drag.

- Balance the center of gravity properly-slightly forward of the wing centerline.

- Use lightweight materials to maximize endurance and control.

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