In the exciting world of drone building, Albert Kim brings you a guide on assembling a 5-inch drone meant for impressively long flights. His video provides enthusiasts with a detailed exploration of the specific components and parts that promise to enhance the drone’s efficiency. As you follow along, you’re encouraged to engage with the content by giving a thumbs up and subscribing for the latest updates and tutorials, like troubleshooting motor and ESC issues or understanding Betaflight 4.1 upgrades.
Albert also invites you to explore his curated selection of RC gear and drone parts, complete with handy coupon codes through his Amazon store. This particular project focuses on using lightweight components for improved performance, such as the Diatone Mamba motors and foldable Gemfan props. Whether you’re keen on experimenting with lighter builds or you simply want to enhance your current setup, Albert’s insights offer valuable guidance on optimizing flight times and efficiency without compromising the joy of cruising through the skies.
🛠️ Essential components for this project…
Papilio Frame – link
iFlight SucceX-A AIO FC – link | link
Diatone 2204 motors – link
Caddx Vista FPV System – link | link
Gemfan Floppy Proppys – link | link
Auline 2000mah 4S Li-Ion Battery – link
🙏 I’d appreciate your support with a 👍 and please hit the 🔔, thanks!
👉 Old equipment available here – link
💲 Discover the latest exclusive coupon codes (updated often)
🛒 Explore my Amazon store FAVS
💲 SUPPORT ME ON PATREON
👉 / albertkim
💲 Banggood Coupons
Drones6: 6% off at this link – link
Parts8: 8% off at this link – link
Toysho: 11% off for new buyers here – link
►BG Flash Deals – link
►Banggood App – link
▼ Recent Tutorials
Betaflight 4.1 Upgrade Guide – • Betaflight 4.1 Easy Upgrade HOW TO 🎓
Diagnosing Motor/ESC Issues – • How to Diagnose a Motor ESC Problem 🎓
Basic BNF Drone Setup – • How to set up ANY BNF FPV drone 🛠️🎓
How to bind SPI receivers – • Say Goodbye to the BIND button! (Bind…)
RPM Filter Quick Start – • RPM Filter Quick Start Guide 🎓
▼ RC Gear (Daily Drivers)
iRangeX iRX4 Lite Module – link
Eachine EV300O Goggles – link
Foxeer 15cm Antenna – link
Triple Feed Patch Antenna – link
Best Charger – link
▼ Favorite Micro Batteries
250mah 1S – link
300mah 1S – link
450mah 1S – link
520mah 1S – link
300mah 2S – link
300mah 3S – link
450mah 2S – link
520mah 2S – link
300mah 3S – link
520mah 3S – link
520mah 4S – link
▼ Tools
3D Printer – link
Awesome & Cheap Tool Kit – link
Electric Screwdriver – link
Cloth Tape – link
Soldering Station – link
Portable Soldering Iron – link
63/37 Solder – link
Smoke Stopper – link
▼ My Favorite Micro Drones
Eachine TWIG HD – link
HM Larva-X – link
GEPRC Cygnet CX3 – link
HM Mobula6 – link
GEPRC Phoenix 2.5 – link
Diatone GT-M3 – link
▼ Camera Gear
Sony RX100 Mark V – link
DJI Osmo Pocket – link
DJI Osmo Action Camera – link
GoPro Hero 8 Black – link
GoPro Hero 6 Black – link
Insta360 Go – link
Insta360 ONE-R – link
Galaxy Note 20 Ultra – link
▼ My Camera Drones
DJI Mavic Mini – link
▼ My FPV Camera Review Rig
• Micro Night FPV with Owl and DTX03 🤓
My video editor – link
My editing PC – link
👉s u b s c r i b e – link
💰 Latest sales and coupon codes
🐦 / albertkim
🎁s e c r e t g i v e a w a y s
/ marblekit
💰 donate
Donate via PayPal – link
Bitcoin – 12Y5vysDMvgqX4Z7h7iRTsgwWoCNwv9MPs
Ethereum – 0xD8f3758678F3d93539F804e36811f0A04B0D047F
Litecoin – LcyGPS2f3NZxWU6BRkCJ5qdk1zV6jUCtn8
👉PLAYLISTS
FPV Camera Reviews – link
Micro Drone Review – link
Frame Review – link
Quadcopter Builds – link
Tutorials – link
Haul Time – link
We participate in the Amazon Services LLC Associates Program, an affiliate advertising program providing a way for you to earn fees by linking to Amazon.com and affiliated sites.
Overview of the 5-Inch Drone Build
Building your own 5-inch drone can be a rewarding experience, especially when aiming for longer flight times. This particular build is designed to be efficient and lightweight, perfect for those who want to enjoy longer flights without the hassles typical of heavier, more power-hungry drones. The project centers around the strategic combination of components and modifications to enhance flight performance, ultimately providing you with a drone that’s both fun to fly and efficient in the air. With a special focus on the DJI system, this build also incorporates state-of-the-art technology to streamline your flying experience.
Purpose and Goals of the Drone
The main objective of this drone build is to achieve longer flight times by maximizing efficiency and minimizing unnecessary weight. This isn’t a drone designed for racing or performing acrobatic maneuvers. Instead, it is engineered for smooth, sustained flights where endurance is more valuable than speed or agility. The focus is on efficient cruising, making it particularly suitable for applications such as aerial photography, videography, or just leisurely exploration.
Target Audience for Long Flights
This drone build is tailored for enthusiasts who prioritize longer flight duration over high-speed performance or racing capabilities. It appeals to hobbyists interested in capturing serene landscapes from above without worrying about frequent recharges. Beginners and experienced flyers alike can benefit from the simplicity and effectiveness of this build, as it offers a user-friendly approach to enhancing flight times without needing extensive knowledge or experience in drone assembly.
Necessary Components and Parts
Creating an efficient 5-inch drone requires a careful selection of components that work in harmony to optimize performance. Each piece, from the frame to the motors, plays a crucial role in building a balanced and capable drone.
Frame Selection: The Role of Papa Leo
The frame is fundamentally important for any drone, affecting both its durability and flight characteristics. In this build, the Papa Leo frame has been chosen due to its reputation for being lightweight yet resilient. This frame is designed to house the various components necessary for a DJI system application, featuring a well-thought-out design that balances weight and capacity.
Choice of Motors: Diatone’s Mamba 2204 2450KV
The Diatone Mamba 2204 2450KV motors are selected for their balance of power and efficiency. These motors are perfect for a lightweight build, emphasizing smooth flight over explosive power. They can handle the Gemfan folding five-inch propellers well, offering an ideal combination for those prioritizing flight duration.
Propeller Options: Folding Five-Inch Gemfan
The Gemfan folding five-inch propellers contribute significantly to this build’s efficiency. Folding props not only reduce the drone’s storage space but also optimize flight performance by adjusting to the airflow during flight. Their design aids in minimizing drag when the drone is moving, thus enhancing the overall flight experience.
Power System Configuration
An efficient power system is key to unlocking the long-flight potential of this drone.
Flight Controller: 30×30 iFlight Specs
The 30×30 iFlight flight controller is chosen for its compatibility with this setup and its capacity to handle a lightweight frame adeptly. This controller includes all essential features required for monitoring and optimizing flight performance, ensuring that your drone operates smoothly and efficiently.
Battery Selection: 4S 2000mAh Lithium-Ion Packs
For power, the build employs 4S 2000mAh lithium-ion batteries. These packs are selected for their lower weight and higher energy density compared to lithium-polymer alternatives, providing excellent flight duration. Although they may lack the punch for fast acceleration, their efficiency makes them great for steady, longer flights.
Weight Considerations: Achieving 460 Grams Total
The total weight of the drone, including the battery, is optimized to about 460 grams. Weight management is crucial in ensuring longer flight times, and this build achieves a delicate balance by carefully selecting lightweight components without compromising durability or functionality.
Details About the DJI Air Unit and Camera
The integration of the DJI system adds a sophisticated touch to the drone, providing enhanced flight capabilities and a seamless user experience.
Integrating Vista Air Unit
The Vista Air Unit is incorporated into the build for its robust performance and compatibility with the DJI ecosystem. This unit enhances the transmission quality of video and telemetry, ensuring clear communication between the ground and the air for a more interactive flying experience.
Working with DJI Camera for Optimal Performance
Along with the Vista Air Unit, the DJI camera offers superior imaging capabilities, providing real-time high-definition visuals that are crucial for both navigation and capturing scenic views. The camera’s lightweight design complies with the build’s efficiency goals, enhancing stability and reducing power consumption during flights.
Frame Modifications and Design Improvements
To further refine the drone’s efficiency, several modifications to the frame are made.
Shorter Standoffs for Better Center of Gravity
Adjusting the standoffs in the frame helps lower the center of gravity, which can significantly improve flight stability. The modification results in smoother control and enhanced maneuverability, especially crucial during longer flights that demand consistent performance over time.
Benefits of Lightweight Components
Each component is carefully chosen with weight consideration in mind, as lighter parts translate to better flight efficiency and longer times in the air. By avoiding heavy-duty, unnecessary add-ons, the drone achieves an optimal balance where every gram contributes to performance.
Efficiency Enhancements
Efficiency is achieved through a combination of design choices and component selection, which collectively extend the drone’s flight time.
Use of Folding Props
Folding props are particularly advantageous in terms of storage and aerodynamic efficiency. By adjusting during flight, they maintain performance while minimizing drag, which is essential for conserving battery life and maximizing your time airborne.
Impact of Frame and Weight on Flight Efficiency
The choice of a lightweight frame and the overall balance of the build directly affect the flight’s efficiency. By maintaining a lower weight without sacrificing strength, the drone can glide smoothly through the air, using less energy and extending each battery cycle’s usefulness.
Initial Flight Testing and Performance
After assembling the drone, initial flight tests are performed to gauge efficiency and performance.
Testing Results for Efficiency
The initial tests reveal that the drone performs optimally, with extended flight durations demonstrating the effectiveness of lightweight components and efficient design. Even with a full complement of components and cameras, flights can comfortably last up to ten minutes or more.
Low Voltage Sag Observations
Thanks to the carefully selected power system, voltage sag is minimal, even toward the end of the battery’s charge. This steady performance is crucial for providing consistent thrust and control throughout the entirety of each flight.
Tutorials and DIY Guides
To help you get the most out of this build and handle potential issues, several useful tutorials are provided.
Upgrading to Betaflight 4.1
Upgrading your drone’s firmware to Betaflight 4.1 is crucial for accessing the latest features and improvements in flight control. This guide helps you through the process, ensuring your drone is equipped with the best available software for enhanced stability and performance.
Diagnosing Motor/ESC Issues
Understanding how to diagnose motor and ESC issues can save you time and frustration. This tutorial teaches you how to identify and address common problems, keeping your drone flying smoothly and safely.
SPI Receiver Binding and RPM Filter Usage
Binding your SPI receiver and using RPM filters effectively can greatly improve your drone’s responsiveness and control. This guide walks you through the setup, assisting in fine-tuning flight parameters for optimal results.
Additional Resources and Support
Furthering your drone hobby means tapping into resources and support that can enhance your flying experience.
Albert Kim’s RC Gear Recommendations
Albert Kim provides personal recommendations for RC gear that complements this build. From micro batteries to essential tools and camera equipment, his insights help you select the best gear to enhance your flying experiences.
Micro Batteries, Tools, and Camera Equipment Links
Selecting the right batteries, tools, and camera gear is crucial for optimizing your drone’s performance. Various options meet different needs, providing you with flexible choices that can adapt to what’s most important for your flights.
Conclusion
Key Takeaways from the Build
Building this 5-inch drone focuses on enhancing flight duration through careful component selection and modifications. By prioritizing lightweight, efficient parts and integrating advanced DJI technologies, this build showcases the potential for longer flights without sacrificing performance.
Implications for DIY Drone Enthusiasts
This project’s success highlights the potential for innovation in drone building, encouraging DIY enthusiasts to explore new configurations focused on efficiency. It shows that with the right components and attention to design details, creating a high-performance drone geared for long flights is within your reach. Whether for fun, photography, or exploration, this drone build is a testament to what’s possible in the world of DIY drones.