You’re about to embark on an exciting journey with Brodie Reed’s guide, “The Easiest FPV Drone Build Tutorial You’ll Ever Watch.” This step-by-step video aims to make your first FPV drone-building experience smooth and enjoyable, ensuring you avoid costly mistakes. You’ll gather essential components, like the Kiwi quads drone kit, a computer for setup, FPV goggles, and a remote controller. With Brodie by your side, you’ll gain confidence and expertise in building your very own FPV drone.
As you progress, you’ll explore the intricacies of assembling a custom FPV drone, from fitting the frame to configuring the software on BetaFlight. Each component, such as the ESC and flight controller, is explained in detail to demystify the process. You’ll also learn crucial tips on soldering and avoiding short circuits. By the end of this engaging tutorial, you’ll not only craft a well-performing drone, but you’ll also contribute to the FPV community’s growth through shared knowledge and resources. Enjoy your adventure into the thrilling world of FPV flying!
How you can start 👇
👉 Dive into FPV drones effortlessly
brodiereed.kit.com/learnfpv
👉 Master flying like a pro, avoiding pricey errors
http://tiny.cc/pro-level-FPV-control
Buy the complete kit (Manual included FREE): https://tinyurl.com/kiwiquadsdronekit
📕 Secure your build manual: https://tinyurl.com/FPVbuildmanual
🛠️ Must-have toolkit: https://tinyurl.com/iFlightToolkit
⭐️ Enhance your drone with TPU: https://tinyurl.com/TPUpack
🎮 Remember your Radio Receiver!
ExpressLRS (Featured in this video): https://tinyurl.com/HMELRS
Crossfire: https://tinyurl.com/CrossFir
👇 Individual parts for your build👇
The Drone
Frame: https://amzn.to/49Wygoh
4 Motors: https://amzn.to/3N9p7yQ
ESC + FC (Stack): https://amzn.to/3N9p8Tq
Camera: https://amzn.to/47VvQ7t
Antenna: https://amzn.to/3Goyd79
Propellers: https://amzn.to/3GrlEb9
Radio Receiver
ExpressLRS (Featured in this video): https://amzn.to/3T9vV3q
Crossfire: https://amzn.to/3uDhREZ
3D Print Files
Antenna Mount: https://tinyurl.com/AntennaMount
MISC TPU Mounts: https://tinyurl.com/MISCPrints
Toolbox Essentials
Portable Tool Kit: https://amzn.to/3uJk2He
Capacitor Wire: https://amzn.to/3RzPalz
3M Tape: https://amzn.to/3uHmNZt
Zip-Ties: https://amzn.to/3T9Votk
Remember the build manual ✌️
https://tinyurl.com/FPVbuildmanual
🖥️ CLI Text (Copy and paste for your build)
VTx Table 👇
vtxtable bands 5
vtxtable channels 8
vtxtable band 1 BOSCAM_A A CUSTOM 5865 5845 5825 5805 5785 5765 5745 5725
vtxtable band 2 BOSCAM_B B CUSTOM 5733 5752 5771 5790 5809 5828 5847 5866
vtxtable band 3 BOSCAM_E E CUSTOM 5705 5685 5665 0 5885 5905 0 0
vtxtable band 4 FATSHARK F CUSTOM 5740 5760 5780 5800 5820 5840 5860 5880
vtxtable band 5 RACEBAND R CUSTOM 5658 5695 5732 5769 5806 5843 5880 5917
vtxtable powerlevels 5
vtxtable powervalues 25 200 400 600 600
vtxtable powerlabels 25 200 400 800 800
save
Drone tune 👇
set gyro_lpf1_static_hz = 0
set gyro_lpf2_static_hz = 700
set dyn_notch_count = 1
set dyn_notch_q = 500
set gyro_lpf1_dyn_min_hz = 0
set simplified_gyro_filter_multiplier = 140
set dterm_lpf1_dyn_min_hz = 97
set dterm_lpf1_dyn_max_hz = 195
set dterm_lpf1_static_hz = 97
set dterm_lpf2_static_hz = 195
set i_pitch = 75
set d_pitch = 47
set f_pitch = 118
set i_roll = 72
set d_roll = 42
set f_roll = 114
set i_yaw = 72
set f_yaw = 114
set d_min_roll = 42
set d_min_pitch = 47
set feedforward_averaging = 2_POINT
set feedforward_smooth_factor = 45
set feedforward_jitter_factor = 10
set simplified_i_gain = 90
set simplified_d_gain = 140
set simplified_dmax_gain = 0
set simplified_feedforward_gain = 95
set simplified_dterm_filter_multiplier = 130
set tpa_breakpoint = 1750
save
👇 How you can improve👇
🚁 Boost Your FPV Drone Skills In 5 Minutes – https://brodiereed.ck.page/
📞 Schedule a personal call – https://tinyurl.com/yv9z8pvt
🎥 Video chapters
Overview of the Video Tutorial
In this overview, we’re diving into everything you need to know about Brodie Reed’s video titled “The Easiest FPV Drone Build Tutorial You’ll Ever Watch.” This comprehensive guide is crafted to take you from a novice to flying your custom-built FPV drone like a pro. Here’s what you’ll learn as you embark on this electronic aviation adventure.
Purpose of the Video
The central purpose of Brodie Reed’s video tutorial is to simplify the complex world of FPV drones. Brodie aims to strip away the overwhelming technical jargon associated with building FPV drones and guide you step-by-step on how to assemble and configure one effortlessly. Whether you’re just getting started or aiming to perfect your skills without making the usual costly mistakes, this video provides you with all the guidance you need to succeed in the FPV hobby.
Introduction to Brodie Reed
Brodie Reed is not just your tutor but also an FPV enthusiast committed to making FPV flying accessible and enjoyable for everyone. His laid-back teaching approach, combined with a passion for the hobby, makes learning both engaging and effective. Brodie’s expertise is evident as he carefully walks you through each stage of the build. By the end of the tutorial, you’ll not only have a fully functional drone but also a deeper understanding of every component and its role.
Resources for Further Learning
For those intrigued by the FPV world and eager to learn more, Brodie has got you covered. He provides additional resources through his website, where you can explore more in-depth guides and materials that will enrich your FPV knowledge. This treasure trove of information ensures you continue to learn and broaden your skillset long after you’ve completed your first build.
Essential FPV Drone Components
A successful FPV drone build starts with gathering the right components. Understanding these essential parts and their functions is the foundation of a great drone-building experience.
Kiwi Quads Drone Kit
The Kiwi Quads Drone Kit is a popular choice for beginners and advanced users alike. This kit provides all the necessary parts in one convenient package, reducing the hassle of sourcing individual components. From the frame to the electronics, each piece is designed to integrate seamlessly, offering you a smooth assembly experience.
Analog FPV Goggles
FPV goggles are your window into the world from the drone’s perspective. The analog FPV goggles included in the kit provide real-time video transmission, letting you see exactly what your drone sees as it darts through the air. They’re essential for maneuverability and immersing yourself fully in the FPV experience.
Remote Controller
The remote controller is your direct link to the drone, enabling you to control its every move. It’s crucial for precision flying and executing complex maneuvers. While various models are available, a controller that fits comfortably in your hands and responds accurately to commands is ideal.
Radio Receiver
Don’t forget your radio receiver! This critical component ensures that signals from your remote controller reach your drone without interference. A reliable radio receiver is indispensable for maintaining control, especially as you push the limits of your drone’s capabilities.
Pre-Build Preparation
Preparation is key to a successful build. Before you start assembling your FPV drone, ensure you’re well-prepared to avoid any disruptions in your building process.
Gathering Necessary Materials
Begin by compiling all the components and tools you’ll need for the build. The Kiwi Quads Drone Kit provides most of what you need, but ensure you have additional tools like a soldering iron, screwdriver set, and electronic connectors at hand.
Importance of Not Missing Components
Each component plays a crucial role in the drone’s operation. Forgetting even one part can halt your build, causing unnecessary delays. Double-check all components and tool lists to ensure nothing is missed before you begin construction.
Setting Up Your Workspace
Having a well-organized workspace can dramatically improve your building experience. Set up a clutter-free area with ample light and space to lay out all your components and tools. This organization minimizes mistakes and allows you to focus on assembling your drone efficiently.
Assembling the Drone Frame
The frame is the foundation of your FPV drone, housing all components securely and providing structural integrity during flight.
Introduction to Frame Assembly
The frame assembly marks the first step in constructing your drone. Using the parts provided in your kit, carefully follow the assembly instructions, ensuring each piece is properly aligned and secured. Starting with a sturdy frame sets the stage for a responsive and durable drone.
Positioning the Components
Correctly positioning the components within the frame is essential for balance and performance. Allocate space strategically for each part, including the batteries, motors, and electronics, to maintain a low center of gravity and enhance agility in flight.
Understanding Each Component’s Role
Gaining an understanding of each component not only aids in assembly but enriches your overall flying experience by knowing how each part contributes to flight performance.
Electronic Speed Controller (ESC)
The Electronic Speed Controller (ESC) is responsible for managing the power delivered to your drone’s motors. It ensures each motor receives precise power pulses, allowing for efficient and smooth flight control.
Flight Controller
Your flight controller is the brain of your FPV drone, processing inputs from the remote controller and sensors to maneuver the drone. It’s crucial for maintaining stability and executing programmed commands accurately.
Motors
The motors are what powers your drone into the sky. Selecting the right motors affects your drone’s speed, lift, and responsiveness, making them vital for desirable flight dynamics.
Camera
The camera allows you to see from the drone’s perspective. A high-quality camera offers clear, real-time visuals, crucial for navigating and enjoying the immersive FPV flying experience.
Soldering and Connecting Components
Connecting the drone’s electronics involves soldering, a precise skill critical for ensuring stable and reliable connections.
Techniques for Successful Soldering
Effective soldering entails using the correct temperature and technique to create secure connections. Ensure your soldering iron is adjusted to the appropriate heat settings, and use steady hands to apply solder with accuracy.
Importance of Tinning
Tinning refers to applying a small amount of solder to components before making a connection. Tinning ensures better solder flow and improves connection reliability, reducing the risk of circuit breaks.
Avoiding Short Circuits
When connecting components, it’s vital to avoid short circuits, which can damage your drone. Pay attention to insulation and spacing, keeping wires well organized and insulated to prevent accidental contacts.
Software Setup with BetaFlight
With the hardware built, the next step is setting up the software that controls your FPV drone. BetaFlight is a popular choice for configuring and fine-tuning flight parameters.
Firmware Updates
Start with updating the firmware on your flight controller using BetaFlight, ensuring all features and bug fixes are up to date for optimal performance.
Configuring Ports
Configure the ports in BetaFlight to correspond with your drone’s hardware connections. Proper configuration allows for seamless communication between each component and the flight controller.
Setting Modes and Failsafe
Set up flight modes and failsafe settings to customize how your drone responds in different flying scenarios. These settings are crucial for ensuring safe flight operation in case of control loss.
Tuning for Flight Performance
Fine-tuning your drone involves adjusting flight parameters like PID controllers to achieve the desired flight performance. This step is essential for balancing stability and agility according to your flying style.
Configuring Video and Receiver Components
With the flight software setup, the next focus is configuring the video and receiver components for an immersive FPV experience.
Setting Up the Video Transmitter
Configure your video transmitter’s frequency and power settings using BetaFlight. Proper setup ensures a strong and clear video signal from your drone to your goggles.
On-Screen Display (OSD) Configuration
The On-Screen Display (OSD) allows you to view telemetry and settings through your goggles in real-time. Customize your OSD layout using BetaFlight to display relevant flight data and enhance situational awareness during flight.
Receiver Setup within BetaFlight
The receiver setup ensures your remote controller inputs are correctly communicated to the drone. Follow BetaFlight’s steps to bind your receiver with the remote, ensuring responsive and accurate control.
Pre-Flight Testing and Adjustments
Before you take your drone for its first test flight, it’s crucial to conduct a series of pre-flight checks to confirm everything is functioning correctly.
Line of Sight (LOS) Hover Test
A Line of Sight (LOS) hover test is an essential pre-flight procedure that verifies the stability and responsiveness of your drone. Conducting this test helps identify and correct any irregularities before diving into full FPV flying.
Adjusting Motor Spin Direction
Ensure that your motors are spinning in the correct direction as per the flight controller’s configuration. Incorrect spin direction could result in erratic flight behavior, which is crucial to correct.
Transmitter and Goggles Setup
Finalize your setup by adjusting your transmitter settings and ensuring your FPV goggles are receiving a clear signal. This preparation ensures you’re ready for a smooth and immersive flight experience.
Conclusion and Community Engagement
Congratulations on completing your FPV drone build! Your persistence and attention to detail have paid off, and now you’re ready to take to the skies.
Confidence in a Successful Build
Building your own FPV drone brings immense satisfaction and confidence. You’ve gained practical experience and knowledge that will empower you throughout your FPV flying journey.
Supporting the FPV Community
By engaging with this tutorial, you’ve also contributed to the broader FPV community. Brodie Reed and Kiwi Quads channel proceeds back into community education and outreach, helping others discover and enjoy the world of FPV.
Proceeds Contributing to Education
Your participation in this guide not only enriches your own skills but supports community efforts in expanding FPV knowledge and engagement, fostering a growing and dynamic hobby for others to enjoy.
With your new skills and completed drone, the sky’s the limit! Embrace the thrill of FPV flying and continue exploring, learning, and sharing with the vibrant FPV community.