In this riveting episode of “Drone Camps Show,” you’re in for an exciting journey! Host Justin Davis guides you through the process of building your beginner FPV racing drone, using the Envision Gyarados frame. Whether you’re eyeing a 5″ long-range quad or a nimble 6S freestyle drone, this tutorial is designed with you in mind. Justin ensures that you grasp every essential step from soldering to setting up Betaflight, and even configuring switches on your controller.
To make your build seamless, all recommended components—from motors to batteries—are outlined, giving you a clear path to assembling your drone. The video also shares practical advice on safety precautions like testing motor directions safely and configuring your switches effortlessly. Plus, you’re invited to connect with fellow drone enthusiasts in a Facebook group and enjoy perks through channel memberships. Whether you’re a newcomer or a seasoned flyer, the show has something special for you.
In the 2021 video, you use the newest components to create an exceptional racing drone. You build an ultralight craft that can perform as a long-range 5″ quad or a 6S freestyle quad. Full build video, radio, and Betaflight tutorial are provided. Check the links below for the build’s parts.
BG Special Limited “Justin’s Gyarados Build Bundle” $150 : http://bit.ly/3qH2oNf
BG Discount Code : BGDavis
Nvision Gyrados Frame Kit $30 only : http://bit.ly/2LZHB8v
BG Discount Code : BGDavis
Justin’s Gyarados Parts List
Runcam Racer 5 Camera : http://bit.ly/3kieF8J
Eachine Nano Vtx : http://bit.ly/2ZENH1b
Geprc GEP 20A F4 FC & ESCs : http://bit.ly/2NzJU2z
T-Motor 2004 1700kv Motors : http://bit.ly/3qA5qmk
Alternate Brother Hobby 2004 1700kv Motors :
HQ 5×2 Propellers : http://bit.ly/3dwUX7Q
Justin’s Battery Choices :
4S 850mah Battery : http://bit.ly/2X25njP
4SP 3000mah Lion Battery : https://bit.ly/31MhLtp
6S 850mah Battery : http://bit.ly/2TWh7X2
6S 1050mah Battery : http://bit.ly/2Kh4y4A
Justin’s Choice Soldering Equipment
SQ001 Portable Soldering Iron : http://bit.ly/2ZtwxUu
6040 Solder : http://bit.ly/2KuUINk
Soldering Iron Tip cCleaner Pod : http://bit.ly/2lHt7wB
Wire Snips : http://bit.ly/2kv1UgA
Betaflight CLI Dump link for this build : http://bit.ly/3dyZUwG
If you want to learn to fly before building, start with a “Ready to fly” RTF bundle below…
Justin’s 2021 Top RTF – Fpv Drone Bundles
-
GepRc TinyGo RTF : http://bit.ly/3rL2vZe
-
BetaFpv Meteor65 RTF : https://bit.ly/2Kx97JE
-
iFlight A75 : http://bit.ly/3q6CORn
-
Emax Tinyhawk 1 RTF ( SALE PRICE $85 ) : http://bit.ly/38RFElg
-
Emax Tinyhawk 2 RTF : https://bit.ly/3fcTeBs
Join our FACEBOOK Group to share your drone videos, ask questions, and interact with others!
DRONE CAMPS / FPV Community here : http://bit.ly/2kSqaJH
▼- BE MY FRIEND:
Support me on Patreon
GET Entered to WIN SWAG’FEST Giveaways!
Link here : https://goo.gl/4YRncZ
▼- JOIN our CHANNEL! – DRONE CAMPS CHANNEL MEMBERSHIPS – $4.99 a month
BECOME A MEMBER – Access to LIVE Video Streams
“MEMBERS ONLY” – BEHIND THE SCENES ACCESS!
LIVE STREAMS Include :
Build videos
Bench time
Tutorials
Fpv Road Trips
Member chat
Flying Sessions
Video Vault
Chat Badges
Drone Camps Chat Emojis
Come hang out in real-time! Members find it great to speak directly with Justin Davis. You get automatic notifications for live streams.
▼ – JOIN and become a MEMBER HERE : https://www.youtube.com/channel/UCwoj…
▼ – OFFICIAL Drone Camps Merch Store :
T-Shirts, Long Sleeve, Zip Hoodies, and more
Store here : https://goo.gl/AGvXf6
▼ – MY FAVORITES LIST! – UPDATED for Late 2019!
Your Radio of choice: Taranis X10S here:
Best Goggles in FPV history. *DJI Digital Fpv System here : http://bit.ly/2kwyMFz
Your preferred 5″ frame kit for DJI Digital System here : http://bit.ly/2kV9am6
Top 3″ BNF for DJI Digital System here : http://bit.ly/2kEg4vR
DJI Digital Fpv System Camera Only here : http://bit.ly/2l60Q2S
DJI Digital Fpv Goggles Only here : http://bit.ly/2m8LzOW
DJI Digital Fpv Camera Only here : http://bit.ly/2kAWEb4
Beginner’s Budget Radio at $100 : http://bit.ly/30IJAjD
Best 5″ quad battery performance : http://bit.ly/2LyFkPM
Best 3″ quad battery performance : http://bit.ly/2J6ioE1
Best 3S battery for 2″ quads : http://bit.ly/2L3Qt8u
Best 2S battery for 2″ quads : http://bit.ly/2Eeoe4D
Top micro brushless quad : http://bit.ly/2KHQH55
Preferred Fpv Cinema 4K Drone : http://bit.ly/2IQfEM2
Top 4S 5″ race/freestyle quad : http://bit.ly/2KJb3Le
Best 6S 5″ race/freestyle quad : http://bit.ly/31NgPTh
Top 3″ quad option : http://bit.ly/2lLoEcq
Top toothpick quad option : http://bit.ly/2ZYGU0J
Preferred 65mm props : http://bit.ly/2GVrdjL
Best 5″ props : http://bit.ly/2kBgumx
Drone landing pad : http://bit.ly/2mA1buZ
Favorite FPV Goggles Skyzone 030 OLED : http://bit.ly/2MHwNKU
Economical goggles under $100 : http://bit.ly/2WPMoxO
Preferred goggle antennas
Foxeer 8db Echo Patch Antenna : http://bit.ly/2KkEUMg
Foxeer Lollipop Antenna : http://bit.ly/2ZQgU7I
Your preferred receiver for most quads: Frsky XM+ here : http://bit.ly/33vnfYJ
Disclosure: Videos on this channel may contain affiliate links. This could lead to monetary compensation. Gotta eat! 🙂 – Thanks for watching!
▼ – Business Inquiries:
Email to review products:
drone camps @ gmail. com
▼ – BE MY FRIEND on Social Media
Website : http://www.dronecamps.com
Facebook : / dronecamps
Instagram: / dronecamps
Understanding FPV Racing Drones
Introduction to FPV Racing Drones and Their Components
Welcome to the thrilling world of FPV (First-Person View) racing drones, where you can experience the exhilaration of flying at high speeds through a pair of FPV goggles. As a beginner, this journey begins with understanding the essential components that make up these high-performance machines. At the heart of every FPV racing drone is the frame, typically made from durable materials like carbon fiber to withstand crashes. Attached to the frame are motors, which spin the propellers and provide the thrust needed for flight. A flight controller forms the brain of the drone, responsible for processing pilot inputs and stabilizing the drone. The electric speed controllers (ESCs) communicate with the motors to ensure they spin at the correct speeds. An FPV camera and video transmitter (VTX) send live video footage to your goggles, allowing you to pilot your drone as if you were on board.
Differences Between Long-Range and Freestyle Drones
There are various types of FPV racing drones, each designed for different flying styles. Long-range drones are built for distance and duration, often incorporating larger batteries and efficient motors to maximize flight time. These drones typically feature 6-inch or larger propellers. On the other hand, freestyle drones are all about agility and performing tricks. They are often equipped with powerful motors and smaller, typically 5-inch, propellers for quick acceleration and sharp maneuvers. While both types of drones can offer exciting flight experiences, your choice should align with whether you’re drawn to cinematic flights across landscapes or adrenaline-pumping stunts.
Exploring the Versatility of a 5″ Quad vs. a 6S Freestyle Quad
When deciding between a 5″ quad and a 6S freestyle quad, the primary difference lies in their intended use and power systems. A 5″ quad is generally more versatile and great for beginners. It’s suitable for a mix of racing, freestyle, and even light cinematic work. These drones offer a good balance between power and flight time. On the other hand, a 6S freestyle quad, which uses a 6-cell (6S) battery, provides more power and is perfect for extreme freestyle flying. The additional voltage gives these drones enhanced performance, allowing them to execute demanding tricks with precision. However, they are more sophisticated in terms of build and require a better understanding of drone mechanics.
Essential Components for a Beginner FPV Drone
Overview of Key Components: Frames, Motors, and Propellers
Understanding the key components of an FPV drone is the first step in building your own. The frame is the foundation, and it’s crucial to choose one that can endure frequent impacts. Motors are another vital component, with the choice dependent on your intended flying style. For beginners, motors with lower KV (revolutions per minute per volt) ratings offer more control and stability. Propellers must complement the motor selection; they come in various sizes and pitches, directly affecting the drone’s speed and agility.
Importance of Selecting the Right Flight Controller
The flight controller acts as the drone’s command center, interpreting signals from the controller and sensor data to keep the drone stable. Selecting the right flight controller is crucial for the drone’s performance and your flying experience. Beginners are often recommended to choose flight controllers that offer stability and easy-to-use software interfaces. Popular software like Betaflight allows you to customize settings and tune your drone as your skills improve.
Choosing Appropriate Batteries for Different Configurations
Batteries power your drone, and the type of battery you choose significantly impacts flight time and performance. Most FPV drones use LiPo (Lithium Polymer) batteries due to their high energy density. For a beginner drone, a 4S (4-cell) battery provides a balance of power and flight time, suitable for standard setups. However, if you opt for a 6S setup, you’ll achieve more power but at the cost of reduced flight time and increased wear on components. It’s all about finding the right balance to suit your needs.
The Envision Gyarados Frame
Introduction to the Envision Gyarados Frame
The Envision Gyarados frame is a robust and versatile frame option, popular among drone enthusiasts and suitable for beginners looking to build their first FPV racing drone. It’s designed to offer both strength and flexibility, accommodating a wide range of configurations and components. Known for its lightweight yet durable construction, the Gyarados frame can help achieve optimal performance in various flying styles.
Exploring the Advantages of This Specific Frame Design
One of the remarkable features of the Envision Gyarados frame is its modular design, making assembly straightforward and repairs incredibly easy. Its design provides adequate space for electronic components, ensuring neat cable management and heat dissipation. Additionally, the frame’s configuration supports various motor sizes and battery types, offering customization flexibility. The durability of the carbon fiber construction makes it resilient to crashes, which is especially beneficial for beginners still honing their flying skills.
Understanding Compatibility with Various Build Setups
The Envision Gyarados frame is flexible enough to handle different types of build setups, whether you’re aiming for a 4S or 6S configuration. Its universal mounting holes can accommodate various flight controllers and ESCs, providing compatibility with different brands and models. This universal design ensures that regardless of your choice of parts, the Gyarados frame will capably house the necessary components, making it an excellent choice for novice and experienced builders alike.
Detailed Build Tutorial
Step-by-step Assembly Guide for a 4S Quadcopter
Building an FPV drone from scratch can seem daunting, but following a step-by-step guide can simplify the process. Start by laying out all your components: frame, motors, flight controller, ESCs, camera, VTX, and other electronic components. Assemble the frame as the foundation, and then attach the motors to their respective arms. Next, install the ESCs, followed by the flight controller in the center of the frame. Ensure all components are securely fastened and properly oriented.
Soldering Tips and Techniques for Beginners
Soldering is a critical skill in drone building, and mastering it requires practice. Always use a clean, correctly tinned soldering iron. Apply heat to both the pad and the wire before applying solder to ensure a solid connection. Be mindful of not overheating components as this could damage sensitive electronics. Use a high-quality solder and consider investing in a smoke absorber for safety.
Important Safety Precautions During the Build Process
Safety should be a priority when building a drone. Work in a well-ventilated area to avoid inhaling fumes. Use safety glasses to protect your eyes from solder splashes. Always use a smoke stopper when powering your setup for the first time, as it can prevent accidental shorts from damaging your components. Lastly, keep your workspace organized to prevent accidents and ensure that tools are easily accessible.
Setting Up the Flight Controller and FPV System
Installation and Configuration of Analog FPV Components
Installing the FPV system involves mounting the camera and video transmitter securely on the frame. Ensure the camera is positioned for optimal view. Run wires from the camera to the flight controller and the VTX, ensuring firm connections. Configure the camera settings within the flight controller’s software to ensure you receive the best video feed quality.
VTX Setup and Integration with the Flight Controller
The video transmitter (VTX) is crucial for sending the camera feed to your goggles. Install it in a location with good ventilation to prevent overheating. Integrate it with the flight controller, ensuring the frequency and channel are correctly configured. This setup allows you to receive a clear and stable video transmission, essential for a seamless flying experience.
Task-specific Setup in Betaflight Software
Using Betaflight makes configuring your drone’s flight controller straightforward. Connect your drone to the computer and open the Betaflight Configurator. Start by calibrating the accelerometer and setting up the correct orientation. Customize the PID (Proportional, Integral, Derivative) settings and rates to match your flying style. You’ll also adjust the receiver mappings and configure fail-safes to ensure that your drone behaves safely during signal loss.
Configuring Transmitter and Switches
Understanding the Role of Different Switches on the Controller
A transmitter is your direct control over the drone, and understanding its switches is crucial for effective piloting. Each switch can be programmed to perform different tasks, such as arming the drone, switching flight modes, or activating the buzzer. Familiarize yourself with their positions and ensure each switch is functioning correctly to facilitate a smoother flying experience.
Setting Up Arm Switch (SF) and Mode Switch (SE)
To ensure a safe flight, setting the SF switch as the arm switch allows you to activate or deactivate the motors. The SE switch typically controls flight modes, allowing you to switch between stabilized and acro modes. Configuring these switches correctly in your transmitter’s settings ensures that you can efficiently manage your drone’s operation during flight.
Configuring Auxiliary Switches, Including the Beeper Activation
Auxiliary switches provide customizable functionalities for extended control. Assign one switch to activate the drone’s beeper, helping locate the drone if it gets lost. Configure these assignments within your transmitter’s settings and verify their operation through the flight controller software, ensuring that all functions are correctly mapped and operational before flight.
Binding the Receiver and Optimizing Motor Spin Direction
Step-by-step Receiver Binding Instructions
Binding the receiver is essential for the transmitter to communicate with the drone. Start by putting your transmitter in bind mode, then power on the drone and receiver while in bind mode. Follow the manufacturer’s instructions to complete this process, ensuring a secure connection between the transmitter and the drone’s receiver.
Using BLHeli for Motor Direction Adjustments
Correct motor spin direction is critical for a stable flight. Use BLHeli software to check and modify your motor’s spin directions. Connect your drone to the software and test each motor to confirm their directions. Change the configuration if necessary, ensuring that the motors spin in the correct directions as per your setup’s requirements.
Ensuring Motor Functionality Before Final Assembly
Before final assembly, it’s vital to test motor functionality. Verify each motor’s operation by spinning them up carefully without the propellers attached. This practice ensures that your electronics are functioning correctly and that no wiring issues exist. Make any required adjustments before securing the frame’s top plate to complete your build.
Final Adjustments and Test Flights
Performing a Final Weight Check of the Completed Drone
Once assembled, check the drone’s weight to ensure it falls within optimal flight parameters. An over-weighted drone could struggle to lift or drain the battery too quickly. Weigh your complete setup with batteries included to anticipate the flight behavior and make necessary adjustments if the drone feels sluggish during tests.
Making Necessary Tweaks in Betaflight Configurations
Before taking to the skies, revisit the Betaflight configurations to make necessary adjustments. Fine-tuning the PID settings can significantly enhance flight stability and responsiveness. Ensure that all controls are mapped correctly, and the flight modes are appropriately set for your flying intentions.
Conducting a Test Flight and Troubleshooting Common Issues
Takeoff for a test flight in a spacious and obstacle-free area. Begin with slow, controlled maneuvers to feel out how the drone responds. Be attentive to any signs of motor sync issues, imbalance, or unstable behavior. Common issues such as vibrations or drifting can be resolved by further tuning within Betaflight or by ensuring all firmware and software are up to date. Address these issues before attempting advanced flying.
Expanding Your Drone Knowledge
Benefits of Joining Drone Enthusiast Groups and Communities
Joining drone enthusiast groups and communities can significantly boost your learning curve. These platforms are filled with experienced pilots who share tips, troubleshooting advice, and recommendations for upgrades. Engaging with fellow hobbyists also opens doors to participating in local meetups or competitions, offering hands-on insights and new flying experiences.
Engaging with Online Resources and Tutorials for Continuous Learning
Continuous learning is key to mastering drone piloting. Online resources such as video tutorials, forums, and blogs provide an invaluable array of information, covering everything from beginner tips to advanced FPV techniques. Staying updated with the latest drone technology advancements and trends enriches your experience and keeps you motivated to explore new aspects of drone flying.
Exploring Potential Upgrades for Enhanced Flight Performance
As you grow more comfortable with flying, exploring potential upgrades can enhance your drone’s performance. Consider upgrading to higher-quality cameras for better video output or investing in more powerful motors for an enhanced flying experience. Adjusting to larger batteries or incorporating GPS modules for long-range capabilities could also be worthwhile, depending on your intended use and performance goals.
Conclusion
Recap of Building a Beginner FPV Racing Drone
Building a beginner FPV racing drone is an educational and rewarding experience. From selecting components to final assembly, the process teaches you the intricacies involved in drone construction and operation. Following a structured approach, such as a step-by-step guide, makes the undertaking manageable and sets a solid foundation for future builds.
Encouragement for Viewers to Share Their Builds and Experiences
Sharing your build process and flight experiences with the community can not only help others but also invite feedback that could further refine your skills. Platforms like discussion forums, social media, or dedicated FPV groups are great places to showcase your projects, connect, and grow within the flying community.
Future Prospects and Ongoing Support from the Drone Camps Show
With continuous practice and the support of the FPV community, your drone flying skills will only improve. As you gain more experience, consider exploring advanced flying techniques, more complex builds, or even building a 6S freestyle quad. Resources like Drone Camps Show offer ongoing guidance and tutorials, ensuring that you have the support needed on your journey toward becoming an accomplished drone pilot.