You’re about to embark on an exciting journey of building your very own FPV drone, guided by Joshua Bardwell. This tutorial focuses on assembling a budget-friendly quadcopter without cutting corners on quality. With the help of GetFPV, all the essential parts come in a handy kit, making it easy for you to start building. Plus, you’ll find helpful beginner resources, including a soldering guide to ensure you don’t miss a step.
The assembly begins with the frame base plate, followed by installing the motors and soldering the necessary wires. Step by step, you’ll learn to connect the ESC, flight controller, video transmitter, and camera. Bardwell provides detailed instructions to ensure each component is correctly installed, along with tips on the proper use of tools and safety considerations. By following along, you’ll build more than just a drone; you’ll experience the rewarding process of bringing technology to life with your own hands.
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You’re ready to update your FPV Drone Budget Build. It’s not the cheapest FPV quadcopter you could construct, but it’s the best value for your money. I’ve teamed up with GetFPV to ensure you can purchase all necessary parts in one simple kit.
— VIDEO REFERENCE LINKS —
Beginner solder tutorial – • Soldering Tutorial for Beginners: Fiv…
In-depth tutorial in classic 60’s style (still 100% relevant) – • Basic Soldering Lesson 1 – “Solder \u0026 …
View the rest of this playlist at:
• FPV Drone Budget Build how to for com…
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I receive a commission (at no extra cost to you) if you make a purchase after clicking one of the affiliate links below.
Purchase this drone build kit at GetFPV:
DJI Version – http://bit.ly/3rvflJX
Analog Version – https://bit.ly/2ZG6skz
Tools used in this build include:
https://bit.ly/2Z5HCLX – Ethix Tool Case includes hex drivers, wire cutter \u0026 stripper, prop wrench, and other essentials.
https://bit.ly/3f0b9MB – Sequre portable soldering iron punches way above its weight at around $35
http://amzn.to/2CEK2nG – Aouye bench-top soldering iron. Better ergonomics than Sequre and plugs directly into the wall, but not portable.
https://bit.ly/3e1MQfT – Kester rosin-core leaded solder
https://bit.ly/3gBAvk7 – Kester flux pen
https://bit.ly/2ZMkaCJ – Smoke Stopper
http://amzn.to/2o8LdTO – Innova 3320 multimeter
http://amzn.to/2tIeE1X – Hakko CHP-170 flush-cutter
http://amzn.to/2gM7kAV – Blue-tack mounting putty
http://amzn.to/2uJ91Vw – Briggs Precision Kelley forceps
http://amzn.to/2eWxhxM – Cross-lock tweezers
http://amzn.to/2eNJnFv – 3M Super 35 electrical tape
http://amzn.to/2jegIi5 – 3M 4011 extreme mounting tape
https://amzn.to/2sPBJCa – Kapton tape
http://amzn.to/2eQ5uLu – Heat shrink assortment
http://amzn.to/2gRJv8E – Blue thread locker
MANDATORY DISCLAIMER: I am a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for me to earn fees by linking to Amazon.com and affiliated sites.
Most or all links above are affiliate links, and I will receive compensation if you use them.
— TABLE OF CONTENTS —
Overview of the FPV Drone Budget Build
Introduction to the Joshua Bardwell Budget FPV Quadcopter Kit
Are you excited to dive into the world of FPV drone building without breaking the bank? Joshua Bardwell’s budget FPV quadcopter kit could be just the thing for you. Renowned for his detailed tutorials and expertise in FPV drone technology, Bardwell has created a budget-friendly kit aimed at offering great value, rather than just being the cheapest option. This kit will enable you to learn and enjoy the immersive world of flying drones, all while maintaining a reasonably modest budget.
Collaboration with GetFPV for Comprehensive Kit Offerings
Partnering with GetFPV, Bardwell has ensured that all the essential components you need are packaged together in one complete kit. This collaboration guarantees not only quality but also convenience, providing enthusiasts with a one-stop-shop for their drone-building needs. With GetFPV, you’re assured that you’re getting parts that are compatible and reliable, making your drone-building experience smooth and enjoyable.
Expectation Setting for Value-Focused Rather Than Cheapest Build
While there are many guides out there for building very low-cost drones, Bardwell’s approach is distinct. The focus here is value. With this build, you’ll find yourself equipped with a quality drone that performs well and is durable—all without spending excessively. You might find cheaper kits, but Bardwell emphasizes that it’s not about how little you can spend, but about how well your money is spent. The slight increase in cost can significantly enhance your drone’s performance and longevity.
Affiliate Links and Bardwell’s Participation in Related Programs
Bardwell’s expertise is shared freely, but he also participates in affiliate programs which help support his content creation. By using the links provided in his tutorials, you contribute to his efforts, as he earns a small commission through purchases made via these links, at no extra cost to you. This setup not only supports Bardwell in continuing his valuable tutorials but also helps ensure you get the right components and tools for your build.
Understanding the Components
Quadcopter Frame
The quadcopter frame is the skeleton of your drone, providing structure and support for all its components. Bardwell’s kit includes a sturdy and lightweight frame, balancing durability and weight efficiency, which are crucial for stable flight and maneuverability.
Flight Controller (FC)
The flight controller acts as the central brain of your quadcopter, processing inputs, stabilizing the craft, and managing the electronic speed controllers. Bardwell’s choice for the flight controller ensures reliable performance with adequate processing power, making it suitable for both beginners and more experienced hobbyists.
Electronic Speed Controller (ESC)
The ESC regulates the speed of the motors, facilitating responsive and controlled flight. Within this kit, the ESCs are finely tuned to work flawlessly with the motors and flight controller, ensuring seamless integration and smooth operation.
Motors
Motors are the powerhouse of the drone, and Bardwell’s kit features motors that provide excellent thrust and efficiency. Choosing the right motors is critical, and those included in the kit are designed to balance speed, performance, and battery life.
Video Transmitter (vTX)
Your drone’s video transmitter sends live video from the camera to your goggles, allowing for real-time piloting. The included vTX in Bardwell’s kit offers good range and signal clarity, vital for an immersive FPV experience.
Camera
A high-quality camera is indispensable for an FPV drone. The camera provided in this kit ensures clear and crisp video, allowing you to navigate and explore the skies with ease.
Additional Hardware
In addition to the main components, the kit includes necessary hardware like screws, standoffs, and wiring. These parts are pre-selected to ensure compatibility and reliability, completing your toolkit for an efficient build.
Tools Required for Assembly
Essential Soldering Equipment
Soldering is an integral part of building your FPV drone. You’ll need a good soldering iron, solder, and possibly a solder sucker or wick for mistakes. These tools are crucial for attaching wires and components to your flight controller and ESC.
Screwdrivers and Hex Tools
Precision screwdrivers and hex tools are needed for assembling your frame and attaching components. A good set will include various sizes to fit the different screws used in drone building.
Multimeter for Testing
A multimeter is an essential tool for testing wiring, ensuring connections are solid and there are no shorts. It helps prevent potential issues before they turn into real problems.
Tweezers and Helping Hands Tool
Tweezers come in handy for placing small components or wires, especially in tight spaces. A helping hands tool can securely hold parts while soldering, freeing up your hands and ensuring accuracy.
Where to Purchase the Tools
These tools are available through various online retailers, including GetFPV, where Bardwell often provides links. Consider investing in quality tools that may cost a bit more but will last longer and work more efficiently.
Safety Considerations
Proper Soldering Techniques
Soldering requires practice and care to avoid damage to components. Ensure you’re working in a well-ventilated area, and consider watching Bardwell’s recommended soldering tutorials to get a better grasp of the technique.
Handling Electronic Components Safely
When handling components, ensure you are grounded to prevent static discharge, which can damage delicate electronics. Touch metal objects frequently to discharge static electricity from your body.
Understanding and Mitigating Electrical Hazards
Working with electrical components always involves some risk. Be aware of potential hazards such as short circuits or battery mishandling. Follow safety precautions diligently to ensure a safe and enjoyable build experience.
Assembling the Frame
Overview of the Frame Assembly Process
Begin your build by assembling the frame, which forms the foundation for your entire drone. Organize all parts and ensure you’re using the correct hardware as per the instructions, making for a smoother assembly process.
Step-by-Step Assembly of the Frame Base Plate
Using the screws and standoffs included, affix the arms to the base plate. Ensure all parts are securely fastened and that the frame is stable, as this will support all other components in the quadcopter.
Installing the Motors
Placement and Orientation of Motors
Carefully mount the motors onto the designated spots on the arms. Check their orientation; each motor must be installed correctly to ensure proper thrust and rotation direction.
Securing Motors to the Frame
Using the provided screws, secure the motors tightly to prevent any wobble. Double-check that each motor is firm and aligned with the frame to ensure stability during flight.
Checking Motor Alignment and Rotation Direction
Before firing up the motors, verify that each motor spins in the correct direction. Misalignment or incorrect rotation can affect flight performance, so it’s crucial to get this right.
Wiring the ESC and Battery
Soldering Main Battery Wires to ESC
Connect the main battery wires to the ESC with care. Ensure solid and clean solder joints for a dependable connection, enhancing electrical efficiency.
Attaching Capacitors for Electrical Stability
Capacitors help stabilize the electrical flow, reducing noise and potential interference. Ensure they are soldered correctly to the battery pads on the ESC.
Soldering Motor Wires to ESC
Connect each motor’s wires to the corresponding ports on the ESC. Confirm that the connections are robust and that there is no excess wire that could catch in the propellers.
Soldering the XT60 Connector
Why the XT60 Connector Is Important
The XT60 connector is designed for higher current applications and ensures a secure connection between the battery and the ESC. Its reliability and durability make it a favorite in the FPV community.
Step-by-Step Guide to Soldering the Connector
Begin by tinning the wires and the connectors, followed by carefully soldering them together. Ensure you have a snug fit and that the connections are well-insulated with heat shrink tubing.
Ensuring a Strong and Reliable Connection
Check for any loose wires or weak solder joints. A robust connection prevents power loss during flight and potential disconnection.
Mounting and Connecting Flight Controller
Correct Mounting Procedures for the Flight Controller
The flight controller must be mounted securely and in the correct orientation. Follow the physical layout guidelines to ensure proper data and control flow.
Plugging FC into ESC
Connect the flight controller to the ESC using the appropriate cables. Double-check each connection for stability and correctness, ensuring everything is linked as per the schematic.
Basic Setup Configurations for Initial Operation
Once connected, configure the basic settings of the flight controller for initial flight. This includes calibrating sensors and verifying control inputs to prepare for your first takeoff.
Conclusion
Review of Assembly Steps Completed in Part 1
Congratulations on completing Part 1 of your FPV drone build! You’ve assembled the frame, installed the motors, wired the ESC, and connected the crucial components like the XT60 connector and flight controller.
Encouragement to Watch the Remaining Tutorial Playlist
There’s much more to explore and learn, and I encourage you to continue watching the tutorial playlist. Each video adds layers of understanding, leading to a successful and satisfying flying experience.
Anticipation for Part 2 of the Build Series
Part 2 will venture into more detailed configurations and preparations for your drone’s maiden flight. Stay tuned and get ready to see your efforts take to the skies!