FPV drone using SpeedyBee and BetaFlight Configurator

Components and setup details

Build by Ashish Kumar Chatterjee

🚀 Drone Enthusiast & DIY Builder 🚁

Passionate about the intersection of technology and innovation, I recently completed the design and assembly of a custom-built drone that showcases my expertise in unmanned aerial vehicles (UAVs).

🛠️ Project Highlights:

✨ Customized Design: I meticulously crafted a unique drone from the ground up, focusing on aerodynamics, stability, and efficiency. The design reflects my commitment to pushing boundaries and exploring new possibilities in the drone industry.

🔧 Advanced Components: The drone is equipped with cutting-edge components, carefully selected to optimize performance. From high-quality motors and sensors to advanced flight controllers, every element is chosen with precision to achieve optimal functionality.

🌐 Autonomous Capabilities: Leveraging my programming skills, I integrated autonomous features into the drone, allowing it to perform pre-programmed tasks and navigate various environments with precision. This not only enhances its functionality but also demonstrates my proficiency in drone automation.

📸 High-Resolution Imaging: To cater to diverse applications, I integrated a high-resolution camera system. This enables the drone to capture stunning aerial imagery and videos, showcasing its versatility for both recreational and professional use.

🔍 Ongoing Innovation: My journey in building this drone is a testament to my dedication to staying at the forefront of technological advancements. I am committed to continuous learning and innovation within the drone and robotics space.

🤝 Collaboration and Learning: Throughout the project, I collaborated with fellow enthusiasts and experts in the field. This experience not only enhanced the final product but also reinforced the value of collaboration and knowledge-sharing in achieving ambitious goals.

🚁 Seeking Opportunities: I am enthusiastic about exploring opportunities where I can contribute my skills and passion for drones, robotics, and technology. If you share a similar passion or have exciting projects, feel free to connect!

1. SpeedyBee SB-STACK-F7V3-50A
2. Carbon Fiber Speedy Bee Mario 5 DC frame
3. A2212 6T 2200KV Brushless Motor ( 4 Piece )
4. 14V 1500mAh 100C 4S Lithium Polymer Battery Pack
5. RP1 ELRS Receiver.
6. Forex Camera.
7. SpeedyBee 800 VTX / Maten 2.5W VTX.
8. Cobra SD Goggle.
9. Soldering Rod, Soldering Flux, Solder
10. GPS Module M100 mini.
11. 5045 3 Blades Gemfan Propeller.
12. ReadytoSky Battery Holder Belt.
13. LHCP / RHCP Extra Antenna.

🚀 Drone Enthusiast & DIY Builder 🚁
Passionate about transforming my fascination with technology into tangible innovations, I recently undertook

the exciting journey of designing and constructing a bespoke drone, pushing the boundaries of UAV capabilities. Here’s a closer look at the software integration and configurations that elevated the project:

🔩 Core Components:

1. SpeedyBee SB-STACK-F7V3-50A: The brain of my drone, this flight controller and 4-in-1 ESC combo ensured seamless control and power management, laying the foundation for a high- performance aerial platform.
2. Carbon Fiber Q250 Frame: A lightweight and durable frame providing the structural backbone for stability, aerodynamics, and resilience, allowing the drone to navigate diverse environments effortlessly.
3. A2212 6T 2200KV Brushless Motors (4 pieces): Precision-engineered motors delivering optimal thrust and efficiency, essential for achieving smooth and agile flight maneuvers.
4. 11.1V 1500mAh 100C 4S LiPo Battery Pack: Powering my drone with a reliable energy source, this high-capacity battery ensured extended flight times and consistent performance.
5. RP1 ELRS Reciever: The communication hub, facilitating seamless control and navigation, creating a responsive and reliable link between pilot and drone.
6. Forex Camera Lens: Elevating the drone’s capabilities with a high- definition camera for capturing stunning aerial imagery, unlocking endless possibilities for both recreational and professional applications.
7. TS5828 Mini 48CH 600MW Transmitter: Ensuring real-time transmission of video signals, this powerful transmitter enabled immersive First Person View (FPV) experiences.

🧰 Tools & Accessories:

8. Soldering Rod, Flux, and Solder: Precision soldering tools ensuring meticulous connections and secure attachments during the assembly process.
9. ReadytoSky Battery Holder Belt: A reliable and secure battery holder belt by ReadytoSky, ensuring stable and safe battery placement during flight, optimizing the drone’s weight distribution.

🌐 Advanced Features:
10. GPS Module TBS M8.2 GPS Glonass: Integrating GPS capabilities for precise navigation and

location tracking, adding a layer of sophistication to the drone’s functionality.
11. 5045 3-Blade or 2-Blade Propellers (2CW+2CCW): Customizing the drone’s propulsion system

with versatile propellers, optimizing performance for different flight scenarios.

🖥 Flight Software: Betaflight 4.4 – Elevating Control and Precision:
Leveraging Betaflight 4.4, a cutting-edge flight control software, I fine-tuned essential parameters to optimize drone performance:

• PID Settings: Tailoring Proportional, Integral, and Derivative parameters for optimal stability and responsiveness, ensuring a smooth flight experience.
• Motor Control: Fine-tuning motor output and responsiveness to enhance maneuverability, achieving the perfect balance between power and efficiency.
• Configuration: Implementing key settings such as disabling Air Mode for a tailored flight experience and adjusting UART for optimal communication.
• Port Setup: Configuring UART settings to ensure seamless communication between the flight controller and peripherals.
• Flight Modes: Personalizing flight modes, including ACRO for acrobatic maneuvers and Angle Mode for stability, offering a versatile and dynamic piloting experience. This DIY drone project not only integrates cutting-edge hardware components but also showcases my proficiency in optimizing software settings for unparalleled control and precision. Eager to connect with fellow enthusiasts and professionals to explore the endless possibilities in the drone technology landscape!

#DroneBuilder #UAVInnovation #DIYDrone #TechnologyEnthusiast #InnovationInDrones