mastering the art of drone design and analysis.pdf
- 1. MASTERING THE ART OF DRONE DESIGNING
- 2. INTRODUCTION Design is not just what it looks like and feels like. Design is how it works. -Steve Jobs What We’ll Explore: The fundamentals of drone components and their roles in flight Core principles of aerodynamics that keep drones steady in the air The art of balancing weight, power, and performance for optimal design An introduction to programming for flight control and safety “Why build a drone?” Drones are more than flying machines; they’re gateways to exploring robotics, physics, electronics, and cutting-edge engineering. By mastering drone design, you’re stepping into an evolving field with limitless possibilities — from aerial photography to disaster response, agriculture, and even drone-based delivery systems.
- 3. TYPES OF DRONES BICOPTER TRICOPTER QUADCOPTER HEXACOPTER OCTACOPTER
- 4. Based on Usability TYPES OF DRONES Consumer Drones Commercial & Industrial Drones Specialized & Defense Drones Specialty & Exploration Drones
- 5. COMPONENTS OF THE DRONE FRAME MOTORS PROPELLERS ESCs PDB Board BATTERY FLIGHT CONTROLLER RC TRANSMITTER
- 6. TYPES OF FLIGHT CONTROLLERS KK BOARD APM Naze32 SKM 32 Pixhawk SpeedyBee KISS FLIGHT CONTROLLER DJI FLIGHT CONTROLLER
- 7. Mission Planner Description: An easy-to-use ground control software for ArduPilot-based flight controllers. It’s perfect for beginners who want to explore autonomous drone features. Features: Simple interface for mission planning with waypoints. Step-by-step wizard for configuring your drone. Real-time monitoring and data logging for easy analysis. Use Case: Suitable for basic autonomous flight missions, mapping, and learning how to set up a drone. SOFTWARE USABILITY QGroundControl Description: A user-friendly, open- source ground control software that works with PX4 and ArduPilot flight controllers. It is known for its modern interface and ease of use. Features: Intuitive and clean interface with easy drag-and-drop waypoint planning. Cross-platform support (Windows, Mac, iOS, Android) for flexibility. Straightforward setup and configuration process. Use Case: Great for learning mission planning, real-time telemetry, and understanding drone operations. Betaflight Configurator Description: A configuration software for drones running Betaflight firmware, commonly used in FPV racing drones. It’s ideal for beginners who are interested in customizing and tuning their drones. Features: Easy-to-understand layout for setting up and tuning quadcopters. Visual representation of drone settings, making configuration less intimidating. Plenty of online tutorials and community support. Use Case: Perfect for those starting with FPV drones and learning to optimize drone performance.
- 10. 1. Frame Selection Selection of Frame: Choose based on size, material, and drone purpose. Method Involved: Consider the type of drone (racing, photography, etc.) and weight distribution. BASIC OF COMPONENT SELECTION 2. Motor Selection Selection of Motors: Choose brushless motors with appropriate KV rating. Method Involved: Match KV rating to propeller size and drone weight. 3. Propeller Selection Selection of Propellers: Based on size, pitch, and material. Method Involved: Balance size and pitch for lift and speed; use durable materials for heavy drones. 4. ESC (Electronic Speed Controller) Selection Selection of ESCs: Ensure amperage rating matches motor requirements. Method Involved: Choose firmware like BLHeli for smooth control and efficiency. 5. Battery Selection Selection of Battery: Choose a LiPo battery with the right cell count and capacity. Method Involved: Balance capacity for flight time and weight; select a suitable C- rating 6. Flight Controller Selection Selection of Flight Controller: Choose based on features needed (GPS, autonomous capabilities). Method Involved: Select firmware (e.g., Betaflight, ArduPilot) based on experience level.
- 11. Identify Your Drone's Purpose and Requirement ROADMAP OF COMPONENT SELECTION Frame Selection Choose a frame size based on your drone’s purpose Pick a suitable material Motor Selection Propeller Selection ESC (Electronic Speed Controller) Selection Battery Selection Flight Controller Selection Power Distribution Board (PDB) Transmitter and Receiver Selection Additional Components Testing and Integration
- 12. Define the Purpose and Requirements ROADMAP OF DRONE DESIGNING Frame Design Aerodynamics Component Selection Electronic Integration and Wiring Software and Firmware Considerations Safety and Fail- Safes Design Prototyping and Simulation
- 13. INNOVATION INVENTION ART OF INNOVATION COMMERCIALISATION OR CREATING VALUE innovation is a journey not a light bulb TYPES OF INNOVATIONS Incremental innovation Disruptive innovation Radical innovation Product innovation Process innovation
- 14. IMPORTANCE OF INNOVATION Driving Technological Advancement Innovation pushes the boundaries of what is possible Meeting Evolving Market Demands Innovation ensures that drone designs adapt to meet these needs, offering solutions that are more efficient, cost-effective, and user-friendly. Improving Efficiency and Performance Through innovative design processes, engineers can create drones that perform better, are more energy-efficient, and are cheaper to produce. Paving the Way for Future Technologies Innovation in design not only addresses current needs but also lays the groundwork for future technologies. Sustainability and Environmental Impact Innovation helps in developing drones that are more environmentally friendly, using lighter materials, more efficient propulsion systems, or alternative power sources like solar energy.
- 15. CULTIVATING A MINDSET FOR INNOVATION Encourage Curiosity: Foster a mindset that questions everything and seeks to understand the "why" and "how" behind existing solutions. Curiosity leads to new ideas and creative breakthroughs. Embrace Challenges: Innovation often comes from solving problems. Encourage the team to tackle tough design challenges with an open mind and persistence. Failure as a Learning Opportunity: Reinforce that failure isn’t the end but a step toward improvement. Each failure teaches valuable lessons for innovation. TECHNIQUES FOR GENERATING IDEAS Brainstorming: Organize regular brainstorming sessions to encourage free-flowing ideas without judgment. A diverse group often leads to more creative and varied solutions. Mind Mapping: Use mind mapping to visualize connections between different ideas. This can help in identifying new solutions by linking seemingly unrelated concepts. Reverse Engineering: Encourage them to break down existing designs or technologies to see what works and what doesn’t. This can spark new insights and inspire improvements.
- 16. Understand the importance of the innovation PROCESS OF DESIGING INNOVATIVE PRODUCTS Cultivating the mindset Generate Ideas Design thinking process Real-World Application and Feedback Continuous Learning Incorporate emerging tech. Develope creative confidence
- 17. DroboticsDynamics is a cutting-edge drone technology company founded by a passionate team of young engineering minds from NIT Rourkela. We specialize in the development of innovative drone solutions, focusing on tackling complex challenges in stability, connectivity, and dynamic control systems. ABOUT US
- 18. Innovation Reliability Collaboration Customer-Centricity Our mission is to drive technological advancements in the drone industry, offering state-of-the-art products and services that meet the needs of both industrial applications and commercial use. At DroboticsDynamics, we believe in pushing the boundaries of what’s possible with drones, and we are dedicated to delivering high-quality, reliable, and efficient solutions that make a real difference. MISSION VISION To be a leader in the drone technology space, solving real-world problems through innovation and pioneering new-age drone solutions. OUR VALUES
- 19. THANK YOU