The NewBeeDrone x FETTec x AOS Build
Let’s dive into the details of my next 5-inch drone build featuring the NewBeeDrone x FETTec x AOS collaboration. This build incorporates the AOS UM 20207 Motors and the NewBeeDrone Infinity all-in-one flight controller.
AOS UM 20207 Motors
The AOS UM 20207 Motors are 2207 19 80 KV motors designed for 6s builds. These motors are highly anticipated in the drone community and are said to be among the best in their class. However, there have been some mixed reactions to these motors. Some claim that they are larger than the standard 2207 motors, more like a 22 7.5, but this can only be confirmed by measuring them with a caliper. The motors feature big windings and curved magnets, which contribute to their performance. The final video of this build will include the weight and other important specifications.
NewBeeDrone Infinity Flight Controller
The NewBeeDrone Infinity flight controller is an all-in-one board created in collaboration with FETTec. While I am not very familiar with FETTec, I can provide some information about this flight controller. It is believed that the Infinity flight controller is partially based on the popular KISS firmware, which has been in use for quite some time. However, it incorporates new hardware and advancements, making it a promising choice for this build.
As an enthusiast and builder, it’s exciting to see the collaboration between NewBeeDrone and FETTec, as they bring their expertise to create a high-quality flight controller for the drone community.
NewBeeDrone x FETTec x AOS (My Next 5-inch Build)
The NewBeeDrone Flight Controller
The NewBeeDrone flight controller is a unique product that combines a flight controller and a 4-in-1 electronic speed controller (ESC) into a single large PCB. Designed for 5-inch frames, this all-in-one board is built with high-quality bearings to ensure smooth flight performance.
Compatibility and Motor Layout
Unlike traditional flight controllers that run betaflight firmware, the NewBeeDrone flight controller uses a different firmware called fetch configurator. This means that it is not compatible with betaflight and requires a separate configuration software.
Another notable feature of the NewBeeDrone flight controller is its unique motor layout. Motor one is located on one side of the board, while motor two is on the opposite side. Motor three and four occupy the remaining corners. This layout differs from the standard betaflight motor configuration and offers a different flight experience.
Possible Frame Options
When it comes to choosing the right frame for the NewBeeDrone flight controller, the author mentions the upcoming Mario 5 frame as a potential option. This speedy frame is expected to be released soon and might be a perfect fit for the NewBeeDrone flight controller and its accompanying 4-in-1 ESC.
NewBeeDrone x FETTec x AOS (My Next 5-inch Build)
Exploring the FETTec Firmware
This article is not for everyone. It is specifically geared towards those who are interested in trying out FETTec firmware and have a deep passion for the nuances of firmware, flight feel, and tuning. As a novice in the world of FETTec, I will be learning alongside you as I delve into my first FETTec board.
An Introduction to the FETTec Board
The FETTec board I’m working with is a 30×30 board with heat sinks on the top and bottom, providing excellent protection for the components. Disassembling the board is not advisable as it is securely held together by a screw. However, it boasts a range of connectors that easily connect to various components and accessories.
DGI FPV Port
One notable feature of the FETTec board is the DGI FPV port, which comes with the necessary cables. This port enables seamless integration with an air unit, such as an 03 air unit or any other DJI wired flight control system. Additionally, it is compatible with first-generation air units due to its SBS capabilities, allowing connection to the remote. The ease of use and versatility of this port make it a valuable asset for FPV enthusiasts.
A Bundle of Cables
Upon receiving the FETTec board, I was pleasantly surprised to find a bundle of cables included in the package. This thoughtful addition provides users with the necessary cables to connect various components and accessories, ensuring a hassle-free setup process.
The NewBeeDrone x FETTec x AOS collaboration presents a promising solution for those interested in exploring FETTec firmware and its unique benefits. With its robust design, versatile connectivity options, and thoughtful inclusion of essential cables, the FETTec board offers an exciting new avenue for FPV enthusiasts to elevate their flying experience. So, whether you’re a seasoned FETTec user or a newcomer like myself, this 5-inch build has the potential to revolutionize your FPV journey.
NewBeeDrone x FETTec x AOS (My Next 5-inch Build)
Board Features and Connections
The NewBeeDrone x FETTec x AOS board is packed with impressive features and connectors that make it a great choice for your next 5-inch build. Let’s take a closer look at some of the key aspects of this board.
Connectors
One of the first things you notice about this board is the abundance of connectors. The main connector is located prominently on the board, allowing for easy installation and connectivity. Additionally, there are several other connectors labeled for specific functions such as UR TX1 Telemetry, RX3, TX3, buzzer, UR, and 4 LED. These connectors provide convenient options for wiring up various accessories like receivers, GPS modules, and LEDs.
LEDs
The board features LED indicators both on the side and on the top. These LEDs not only add a visually appealing touch to your build but also serve as useful indicators for different states of the board, such as power status or flight mode. The placement of the LEDs ensures easy visibility during flight, enhancing your overall flying experience.
Board Installation and Configuration
Frame Placement
When installing the board into your frame, it’s important to note the correct orientation. The forward direction should align with the front of your frame, while the exposed side should have the battery connection. This setup might be different from what you’re used to, where the battery connection is at the back, and the motors are soldered to the side. The unique layout of this board allows for a different wiring setup, with motor wires coming to the inside of the frame and the battery connection being exposed on the side.
USB and Battery Connection
Once the board is properly placed in your frame, you will notice that the USB port is located on the side, providing easy access for configuration and firmware updates. The battery connection is also conveniently placed on the side, ensuring a clean and organized setup. These thoughtful design choices make it more user-friendly and efficient to work with the board during the build process.
NewBeeDrone x FETTec x AOS (My Next 5-inch Build)
A Different Philosophy
When it comes to the fittech boards, there seems to be a unique philosophy behind them. Additionally, these boards often come with a capacitor, such as the 35V 470F capacitor included in this build. With a maximum limit of around 45 amps and the ability to burst up to 50 amps, this board is optimized for voltage ranges from 3S to 6S. Such specifications make it an ideal fit for my 227 motors, which I am excited to try out. The compact design of this single board will also help reduce the overall weight of the 5-inch freestyle build I am planning.
Additional Components
Apart from the fittech board and capacitor, the package includes some extra gummies, M3 screws, and plastic nuts for securely mounting the board onto your frame. The details of this installation process will be covered in a future video, which I hope to release soon. However, before that, I need to decide which frame to use for this build. Since the fittech board combines the functions of a flight controller and ESC into one unit, all you need to complete the quadcopter is a frame, motors, and an FPV system. The choice of the FPV system can vary, from the popular Walks Snail or HG0 to analog or DJI 03. The versatility of the system allows you to customize your quadcopter to your preferences.
Upcoming Video
If you are curious about the performance of the parts involved in this build, including the motors and the FTE system in general, stay tuned for the upcoming video. In that video, I will showcase the entire build and provide insights into how these components perform.
By following the instructions provided in the video, you can replicate this build and create your own 5-inch quadcopter incorporating the NewBeeDrone x FETTec x AOS system. Let your creativity soar as you explore the possibilities this collaboration offers in terms of performance and customization.
I am looking forward to testing and flying this drone build once it is fully assembled. The combination of the AOS UM 20207 Motors and the NewBeeDrone Infinity flight controller holds great potential for an exceptional flying experience. Stay tuned for the final video where I will provide more in-depth analysis and measurements of these components. Both NewBeeDrone and FETTec are renowned for their quality products, and I have high hopes for the performance of this build.
The NewBeeDrone x FETTec x AOS collaboration brings a unique all-in-one flight controller and 4-in-1 ESC to the market. With its smooth performance and distinct motor layout, this product offers a different flying experience compared to traditional betaflight-compatible flight controllers. If you’re looking for a new and exciting build for your 5-inch quadcopter, the NewBeeDrone flight controller is definitely worth considering.
The NewBeeDrone x FETTec x AOS board is an excellent choice for your next 5-inch build. Its abundance of connectors, LED indicators, and unique placement make it a versatile and functional board. Whether you’re a seasoned builder or a beginner, this board offers an exciting platform to create a high-performance and visually appealing drone. So, if you’re looking to take your 5-inch build to the next level, give the NewBeeDrone x FETTec x AOS board a try!
