Embark on an exciting journey as you explore Joshua Bardwell’s video series, guiding you through the intricate process of building your very own FPV quadcopter. Known for his meticulous attention to detail, Joshua ensures that even beginners gain a comprehensive understanding of not just assembling, but also setting up a racing drone from scratch. This series is your gateway to mastering the skills required for crafting a high-performance quadcopter, while fostering a supportive learning environment through YouTube comments and an interactive Discord server for real-time assistance.
In Part 16, delve into the crucial aspect of safety with a focus on BetaFlight’s pre-arm mode. This feature is designed to prevent accidental arming, offering an essential safety layer for anyone handling these powerful machines. By setting up a secondary switch in BetaFlight, you’re adding an extra precaution that comes highly recommended, especially for beginners. Immerse yourself in this instalment, and equip yourself with the knowledge to safely manage and enjoy your racing drone.
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I’ve developed a video series showing even a complete beginner how to construct an FPV quadcopter. The videos cover each step of assembly and setup, presented with the meticulous (yet easy to follow) detail I’m known for. Have questions? JB is watching the YouTube comments, and there’s a Discord server chat channel for quicker assistance.
This video series aims to do more than just provide you with a flyable quad. It teaches you how to construct a quad correctly, covering all the small, often missed steps.
The entire playlist for this build series is:
• Learn To Build A Racing Drone
Obtain this full kit at Rotor Riot store:
https://rotorriot.com/products/bardwe…
Unfortunately, the Rotor Riot “kit” version for this build has been unavailable for a while, so I am listing individual parts links. You’ll need to order them separately if desired.
1x Rotor Riot CL1 frame
Rotor Riot Store – http://bit.ly/2V1qab4
1x Holybro Kakute / Tekko / Atlatl stack
Banggood – http://bit.ly/2J98BOW
RaceDayQuads – http://bit.ly/2GGdhcs
Rotor Riot – http://bit.ly/2xaZtmt
GetFPV – http://bit.ly/2Ro58Nm
1x Foxeer Pagoda video antenna (or comparable)
RaceDayQuads – http://bit.ly/2FYRjT4
Rotor Riot Store – http://bit.ly/2V6JKCT
Banggood – http://bit.ly/2V42e6U
4x DYS Samguk Wei 2207/2600 kv motors (consider buying spares!)
Rotor Riot Store – http://bit.ly/2V6LlZp
RaceDayQuads – http://bit.ly/2V4llh1
Banggood – http://bit.ly/2V7uSUD
GetFPV – http://bit.ly/2vu1Orj
1x Foxeer Micro Arrow Pro FPV camera
Banggood – http://bit.ly/2vt84ja
RaceDayQuads – http://bit.ly/2WlIwQs
Rotor Riot – http://bit.ly/2UMyd6K
GetFPV – http://bit.ly/2IYo84i
Amazon – https://amzn.to/2tVxsgF
DYS Cyclone 5046×3 props (get as many as you need)
Banggood – http://bit.ly/2VvS8v3
ReadyMadeRC – http://bit.ly/2V0HNb3
GetFPV – http://bit.ly/2V22jbb
Amazon – http://amzn.to/2EPVvV3
Pre-soldered XT60 power lead
Amazon – https://amzn.to/2WlJa0k
GetFPV – http://bit.ly/2VAbhvM
Rotor Riot – http://bit.ly/2V1BHac
RaceDayQuads – http://bit.ly/2V2uNll
Banggood – http://bit.ly/2GGk4CY
M3 Screw assortment (use 4mm or 5mm for the FC stack and 8mm for the motors).
RaceDayQuads – http://bit.ly/2GM3OjE
Rotor Riot Store – http://bit.ly/2GFUjTg
GetFPV – http://bit.ly/2UJrDxL
Amazon – https://amzn.to/2ZKhzZ2
Banggood – http://bit.ly/2GOP0kG
Additionally, you’ll need to source these items:
Zip ties, 8″ length (to secure antennas and receiver)
Heat shrink, 3/32″ diameter, 2″ length, quantity 2 (4″ total length)
Double-sided tape for receiver, 1/2″ x 1″ — use double-sided foam tape, “servo tape”, Scotch Extreme Mounting Tape, or similar.
MANDATORY DISCLAIMER: I participate 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.
Understanding the Importance of Prearm Mode
Prearm mode is a vital feature that significantly enhances the safety of flying drones, especially for beginners. By requiring an additional step before your quadcopter can be armed, prearm mode acts as a safeguard against accidental operation, thus preventing potential injuries or damage.
Enhancing Safety Protocols
Safety is paramount when dealing with drones, given the power and speed they can reach. Prearm mode adds an essential layer to the safety protocols, ensuring that users execute a deliberate action before their quadcopter is armed for flight. This additional step is crucial in providing a controlled environment, minimizing the risks of accidental starts that can lead to unintended consequences.
Preventing Accidental Arming
Accidental arming of a quadcopter can be dangerous, posing risks to both the user and those nearby. Prearm mode requires the activation of a second switch, effectively lowering the chances of your drone powering up unexpectedly. This step acts as a guardrail, ensuring that any arming is intentional and thought-out, hence mitigating the possibility of error due to inadvertent switch activation.
Why Prearm Mode is Essential for Beginners
For newcomers to the world of drone flying, understanding and implementing safety features like prearm mode is critical. Beginners are more prone to making mistakes, and prearm mode offers an extra layer of protection as they acclimate to the controls and operation of their new devices. By ingraining these safety practices early on, beginners build a foundation for responsible drone piloting.
Overview of Joshua Bardwell’s Racing Drone Series
Joshua Bardwell’s video series, “Learn To Build A Racing Drone,” is an educational treasure trove for budding FPV enthusiasts. It meticulously covers the building and setup of a racing drone, with an emphasis not just on completing the assembly, but also on understanding each component and step involved.
Comprehensive Coverage of FPV Quadcopter Building
This series caters to total beginners by breaking down the complex process of building an FPV quadcopter into manageable steps. Joshua Bardwell, known for his detailed and informative approach, guides viewers through every aspect, from initial assembly to intricate configurations, providing a holistic learning experience.
Collaboration with the Audience Via YouTube and Discord
Interaction is a core component of Bardwell’s teaching philosophy. Viewers can engage with Joshua directly through YouTube comments or seek real-time assistance via the dedicated Discord server. This community-based support network ensures that learners have access to help whenever they need it, enhancing the overall learning experience.
Resource Availability and Equipment Purchasing Tips
Although the Rotor Riot store’s recommended kit may be out of stock, Bardwell provides solutions by offering individual links to necessary components, which often come with affiliate links supporting the channel. He shares practical tips for purchasing gear efficiently, ensuring that learners are equipped to source quality components for their builds.
Essentials for Building a Racing Drone
Embarking on the drone-building journey requires a solid understanding of essential components and tools. Joshua Bardwell’s series ensures that viewers have a clear checklist of what is needed.
Key Components and Tools Required
Key components include the Rotor Riot CL1 frame, Holybro Kakute/Tekko/Atlatl stack, Foxeer Pagoda video antenna, DYS Samguk Wei motors, Foxeer Micro Arrow Pro FPV camera, DYS Cyclone props, and an XT60 power lead. Additionally, essential tools like an assortment of M3 screws, zip ties, heat shrink, and double-sided tape are necessary for the assembly process.
Outlining the Rotor Riot Full Kit and Alternatives
While the Rotor Riot full kit offers convenience, individual parts can be purchased if the kit is unavailable. Bardwell suggests viable alternatives and provides insights on assembling a complete set from various vendors, ensuring builders are not left in the lurch due to stock issues.
Additional Supplies for Drone Assembly
Beyond the core components, additional supplies like zip ties and foam tape play crucial roles in assembling a drone that performs reliably. These items ensure stable mounting and secure cable management, contributing to the quadcopter’s longevity and performance.
Setting Up the Prearm Mode in BetaFlight
Configuring BetaFlight for prearm mode is a critical step in ensuring safe drone operation. This process involves setting up multiple switches to manage the arm and prearm functions effectively.
Configuring BetaFlight for Prearm Mode
BetaFlight setup involves accessing the system’s mixer screen and assigning appropriate channels for prearm mode. With Joshua Bardwell’s guidance, this setup process becomes straightforward, allowing users to implement this essential safety feature seamlessly.
Selecting and Assigning Auxiliary Channels
Choosing the right auxiliary channels is crucial for efficient control. By dedicating specific channels to arming and prearming, operators can maintain a structured setup that enhances both functionality and safety. Joshua provides clear guidelines on selecting and programming these channels within BetaFlight.
Step-by-Step Guide to Activate Prearm Mode
Bardwell’s tutorial includes a step-by-step guide, which walks users through configuring switches for prearm mode. This comprehensive approach ensures that even those new to drone technology can successfully implement this safety feature into their flying routine.
The Transition from Stick Arming to Switch Arming
Understanding the evolution of drone arming methods is crucial for appreciating modern safety advancements.
Historical Context of Arming Methods
Traditionally, drones used stick arming due to limitations of early multi-channel transmitters. This method involved a series of joystick movements to arm the quadcopter, which could be cumbersome and less reliable.
Advantages of Multi-Channel Transmitters
With advancements in technology, modern transmitters now feature multiple channels, allowing for a more intuitive and safe arming mechanism through switch arming. These additional channels enable more complex configurations, enhancing control and user experience.
The Role of Switch Arming in Modern Drones
Switch arming has become the standard due to its ease and safety. By using switches, users can activate their drones more easily and reliably, significantly reducing the risk associated with accidental stick movements.
Testing Prearm Mode Setup Safely
Once prearm mode is configured, it is crucial to conduct tests to ensure its effectiveness and safety.
Conducting Tests Without Propellers Attached
Testing should always begin with propellers removed to prevent accidents during configuration adjustments. This practice mitigates risk as users can safely tweak settings and confirm the function of prearm mode without the threat of injury or damage.
Ensuring Effective Throttle Setting Adjustments
Fine-tuning throttle settings is an important step. Proper adjustments ensure that accidental throttle engagements do not occur, adding another layer of safety to the prearm configuration process.
Troubleshooting Common Prearm Mode Issues
Despite careful setup, users may encounter issues. Bardwell’s series provides troubleshooting tips for resolving common problems, ensuring that viewers can effectively address challenges and maintain a safe drone operation.
Utilizing Community Support for Troubleshooting
Being part of a well-informed community is an invaluable resource for overcoming challenges and enhancing learning.
Leverage Discord Server Chats for Real-Time Help
Joshua Bardwell’s Discord server acts as a bustling hub of activity, where drone enthusiasts and novices can communicate in real time. This platform is ideal for quick assistance, fostering a vibrant learning space where insights and solutions are readily shared.
Engaging with YouTube Comments for Problem-Solving
The YouTube comment section also serves as a valuable resource, allowing learners to pose questions directly to Bardwell and the broader community. Engaging in these discussions can lead to beneficial exchanges and problem-solving.
Connecting with Peers and Experts for Guidance
Building relationships with fellow enthusiasts can provide motivation and guidance. By interacting with peers and experts, beginners gain access to a wealth of knowledge, helping them navigate their drone-building journey with confidence.
Recommendations for Beginners on Prearm Mode
For beginners, incorporating prearm mode is a critical step in their drone operation routine.
Integrating Prearm Mode as a Standard Safety Feature
Consistently using prearm mode helps instill robust safety habits. By treating it as a standard part of their safety protocol, beginners can ensure their flying experiences are both safe and enjoyable.
Understanding the Use of Two Auxiliary Channels
Knowing how to use two auxiliary channels for prearming and arming provides increased control and safety for novice users. This understanding is important for managing the drone effectively and avoiding mishaps.
Emphasizing Consistent Safety Practices
Beyond prearm mode, embracing consistent safety practices, such as battery management and environmental awareness, is essential for all drone operators. By establishing these practices early, beginners develop habits that will serve them well as they progress.
Addressing Safety and Best Practices
Focusing on safety and best practices is key to becoming a responsible drone pilot.
The Importance of Safely Installing and Removing Battery
Battery management is crucial for drone safety. Always install and remove batteries in a controlled manner, ensuring connections are secure and power is safely managed to prevent accidents.
Maintaining a Safe Environment During Assembly
Assembling your drone in a clean, organized environment minimizes errors and accidents. This controlled setting is conducive to both safety and successful drone building, ensuring optimal performance and longevity.
Implementing Safety Checks Before Flying
Conducting pre-flight safety checks, including verifying all system configurations and ensuring physical integrity, is critical. These checks help identify potential issues before they can cause problems in-flight.
Conclusion
Summary of Key Points on Prearm Mode and Safety
Prearm mode is an indispensable safety feature that reduces the risk of accidental arming, promoting a secure flying environment. For beginners, understanding and implementing this feature is crucial to a safe drone-flying experience.
Encouragement for Continued Learning and Exploration
The journey of building and flying drones is filled with learning opportunities. By exploring resources like Joshua Bardwell’s tutorial series and engaging with the community, users can continually enhance their skills and knowledge.
Invitation to Engage with the Drone-Building Community
Finally, by joining a community of like-minded enthusiasts, you open doors to collaboration, innovation, and support. This engagement enriches the drone-building experience, providing a network of resources and inspiration.