SpeedyBee F7 V3 flight stack - 50A BLHeli_32 ESC - bluetooth low energy and wifi connectivity
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- Опубликовано: 5 авг 2024
- The SpeedyBee F7 V3 flight stack has loads of new features and improvements over the previous version. Check out my first look review.
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00:00 SpeedyBee F7 V3 flight stack
01:10 What's in the box
03:52 Connector details and components
06:02 V3 new features
09:02 ESC 50A continuous current
09:15 Product manual and wiring
09:35 Betaflight version
10:28 Powering and motor direction change
11:35 Conclusion and thanks for watching
Does Inav properly work on the V3?
I saw some issues mentioned on github but no mentions of succes stories. Currently looking at getting the v3 for a university project. Any advice?
I've not had any issues with this and INAV 5.1.
@@WhirlyBloke Thanks!
Can we flash inav to this stack yet or get altitude hold connecting a flow sensor LiDAR and gps module
Yes. There's a target in INAV 5.1.
Im using a 3 wire receiver ive soldered the ground to g pad, 5v to 4v5, and ibus to r2. All setting are correct in the app and transmitter is binded to receiver but it says in the no valid receiver signal in the app, an there's no throttle response ect any ideas? (New to drones)
Based on the information you've provided, it's possible that there may be a few issues that could be causing your receiver to not communicate with your flight controller properly. Here are a few potential solutions:
Make sure that you have the correct receiver protocol selected in the Betaflight configurator. If you are using an iBus receiver, make sure that you have iBus selected under the "Configuration" tab.
Check that your receiver is properly bound to your transmitter. If you are using an FrSky transmitter, make sure that you have the correct mode selected (e.g. D16 mode for most FrSky receivers).
Double-check your wiring to ensure that there are no loose connections or solder bridges. Make sure that your ground, power, and signal wires are all properly connected to the correct pads on your flight controller.
Try using a different UART on your flight controller. Some flight controllers may have specific UARTs that are better suited for certain types of receivers.
Check that your receiver is properly powered. Some receivers require a separate power source in addition to the 5V supplied by the flight controller.
If all else fails, try using a different receiver or a different flight controller to see if the issue persists. This will help you narrow down whether the issue is with your receiver or your flight controller.
I hope that helps! Good luck troubleshooting your issue.
Is it a problem that I can't set the PID frequency higher than 3.2Khz ?
A PID frequency of 3.2KHz is a common default setting for many flight controllers, and it should be sufficient for most quadcopter builds. However, if you are looking to optimize the flight performance of your quadcopter, you may want to try increasing the PID frequency to see if it makes a noticeable difference.
That being said, it is important to note that not all flight controllers are capable of running at higher PID frequencies, and some may even experience stability issues or other problems if pushed beyond their limits. It is always a good idea to consult the documentation for your flight controller and experiment with different settings to find the optimal PID frequency for your specific build.
In summary, while a PID frequency of 3.2KHz should be sufficient for most quadcopter builds, if you are looking to optimize the flight performance of your quadcopter, you may want to experiment with higher PID frequencies. However, it is important to proceed with caution and ensure that your flight controller is capable of handling the increased demands before making any changes.
How the heck do you use that massive cap on those holes on the ESC? The battery leads will beat it against the FC
You can place the mass cap off to one side and tie it down to a standoff.
You mentioned the VTX connector is for caddix/dji. I am using HDZero. Can I also connect HDZero there? Or will I have to solder the 1 watter VTX HDzero.. or will this not support HDZero at all?
HDZero just needs power and a UART TX and RX connection and this has got 5 UARTS, so there's no problems and this is totally compatible. You could just use the wired connector that's for DJI or just solder to which ever UART TX/RX you want.
@@WhirlyBloke Great..I preordered 2 thanks to your review. :). I take it for an 8 prop cine I would need a second ESC to run the other 4 motors? Looking at the AOS Cine 70 frame.
@@b3owu1f That's exactly what I'm building. Yes 2xESC boards are needed.
@@WhirlyBloke ok cool. So I assume the 2nd esc has to be soldered to this fc.. no connector for it?
@@b3owu1f Check my video where I show M5-M8 solder connections.
this stack seems to be the best i've seen so far. do you think it would be good for my long range build?
It's pretty awesome. I think it'd work great on a long range. I'm using it fir a new cinelifter build.
This would be my favorite FC if i can figure out the correct resource & PINIO info for DJI aux switch. Anyone figure this out yet?
Check the product manual: The product manual for the SpeedyBee F7 V3 flight stack should contain detailed information about the available resources and PINIO configurations. Check if it has any specific instructions on configuring the DJI aux switch.
Look for online resources: There are several online forums and communities where you can find discussions about the SpeedyBee F7 V3 flight stack and the DJI aux switch. Look for online resources, such as Facebook groups, RC forums, or Reddit threads, where you can ask for help or find information.
Contact the manufacturer: If you are still having trouble figuring out the correct resource and PINIO info for the DJI aux switch, you can try contacting the manufacturer directly. They should be able to provide you with the necessary information or help you troubleshoot any issues you may be experiencing.
I hope this helps!
@@WhirlyBloke There is nothing about PINIO in manual. I wrote to SpeedyBee about PINIO and they keep saying random bullshit but nothing serious about my question, it is like late chat boot. Their support is dramatic. I don't know how profit have You got for this shitty review but Definatelly it does not deserve to be called flagship FC. 3,4 khz baro is a joke.
@@piotrkojder7177 Everything you need is in here store-fhxxhuiq8q.mybigcommerce.com/product_images/img_SpeedyBee_F7V3_Stack/SpeedyBee_F7V3_Stack_Manual_EN.pdf
@@WhirlyBloke I wrote to SpeedyBee and They say that there is no PINIO option in F7 V3. It is verry important for me. Having power supply pin controled by AUX mode lest us turn on and off VTX. It is verry important to save battery during preparation and what is the most important the gps fix is much faster with VTX turned off.
Just curious, are the schematics and firmware available for just the SpeedyBee F7 V3's top/logic board (the one with the STM32F7422, not the BL32 50A 4-in-1 Electronic-Speed-Control or 45A BLHELI32 board)?
I like that it has Barometer BMP280 , IMU/Gyro BMI270 and ESP32-S3 (bluetooth/wifi).. so just want to purchase to play as a development board with my own sensors (ex. Beitian BN-880)
However, I'm concerned that I won't be able to flash/debug using SWD.. or if it's somehow locked to be used only with the Betaflight 3.5.2 / Emuflight / iNav firmware / app?
BTW, is there a parts list of drones/motors/GPS/etc that is sure to work when plugging the F7 V3 as a stack?
It's not uncommon for manufacturers to make their schematics and firmware available to customers for development purposes. You could try reaching out to the manufacturer or checking their website for more information.
Regarding your concerns about flashing and debugging, it would depend on the specific firmware and programming tools used with the board. In general, most development boards have standard SWD connectors that allow for programming and debugging with standard tools like JTAG debuggers or ST-Link programmers.
Regarding a parts list for drones, motors, GPS, etc., that are compatible with the SpeedyBee F7 V3, it would depend on your specific needs and preferences for your drone build. You could try searching online for recommended components or consulting with other drone enthusiasts or professionals for advice.
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