1.1 Quadcopter theory The Quadcopter uses four propellers, each controlled by its own motor and electronic speed controller. 3 & 4 quadcopter frame is combining and made octocopter frame as shown below figure which made in CATIAV5 CAD software. PDF | Unmanned Aerial Vehicles (UAVs) like drones and quadcopters have revolutionised flight. Accelerometers will measure the angle of the Quadcopter in terms of X, Y, and Z axis and accordingly adjust the Quadcopter system. Conclusion. The brief about computer engineering aspect is given in Fig. The Quadcopter balancing condition is sensed by FY90 controller and IMU 5DOF sensor. The offset distance between upper and lower motor is 80mm which Create concept and scaled sketches of design ideas. Figure (1.2) . Our goal in this poster was to build a drone/quadcopter from cheap hobby parts found on the internet, and fly it. The quadcopter in Figure 6 was built from parts found on Amazon under $150.00. System design: centralized / distributed, make / buy The gory details: HW / SW selection, system architecture Dealing with physical systems: motors in real life, inertia, max battery power Ideas for future expansion LEARNING OBJECTIVES By the end of this workshop, the student will be able to: Identify and apply the steps in the design process. To facilitate research, students are encouraged to visit reputable design sites to explore a variety of drone quadcopter designs. The following website and PDF document are excellent resources to support project workflow. For smooth landing, Quadcopter is equipped with ultrasonic sensor. At the very first step, a quadcopter model was chosen for the design & development of the solar power system. Fig -3: Upper Quadcopter drone frame Fig -4: Lower Quadcopter drone frame In the above shown fig no. This paper presents the design procedure, selection of all component and manufacturing of a quadcopter. The process flow of designing a solar-powered mini quadcopter is shown in Figure. the structure and design. Modelling and control of quadcopter Teppo Luukkonen - Aalto University in Espoo, Finland Present the basics of quadcopter modelling and control as to form a basis for further research and development Study the mathematical model of the quadcopter dynamics Develop proper methods for stabilisation and trajectory control of the quadcopter Basic design of a quadcopter consists of four Design, 3D print and assemble a working drone quadcopter.  The design of quadcopter has both mechanical engineering and computer engineering aspects. While some drones like the DJI Phantom look more or less the same from any angle, there is a front and back. Design of a Quadcopter is an important aspect for its aerodynamics of which modeling and analysis are two key areas involved in its manufacturing. Abstract - Unmanned Aerial Vehicles (UAVs) like drones and quadcopters have revolutionised flight. The developed drone design has been simulated using different software, including MATLAB, SolidWorks, Gazebo, and Proteus. Gather and apply information pertinent to design planning. applications similar to ours, such as aerial photography, quadcopters are widely used. The required light airframe feasibility UAV(Quadcopter) design is fabricated using carbon fibre of crash resistability and made it to fly successfully. This Structural Analysis of the carbon fibre leads to the following conclusions:- Vibration got reduced when compared to the plastic uav. we get much reduced weight for the frame design. This paper focuses on the design structure and analysis of Quadcopter propeller and its frame. Modeling is carried out in CATIA software and analysis of various parts is performed using ANSYS software. Most drone propellers are made of plastic and the better quality made of carbon fiber. The tractor propeller are the props at the front of the quadcopter. 3. These props pull the quadcopter through the air like a tractor. PDF | Quadcopter is an unmanned aerial vehicle, which can be implemented in different applications. Plan and organize the project. The Quadcopter is controlled through a graphical user interface (GUI) where the communication between GUI and Quadcopter is constructed by using wireless communication system. Firstly, it is small and lightweight which fulfil the requirement of this project to develop a solar-powered mini drone. The quadcopter will implement the use of a wireless module in order to communicate with a base station. Design and Analysis of Drone Sakshi Sharma1, Aayush Srivastava2 DESIGN OF QUADCOPTER Parameter Arm Length = 415mm Drill length = 1505mm Centre Base = 72mm Fig -2: 3D view . They help humans to take to the air in new, profound ways. A Quadcopter is an elegantly simple design and is hands down the most popular layout for a whole lot of reasons. Quadcopters are symmetrical and embody the simplest principle of operation for controlling roll, pitch, yaw and motion. build so many different drone platforms from octocopters, hexacopters, quadcopters, and tricopters.