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MINI MWC Consiglio Flight Control e DSM2 Compatibile ricevitore ACC / Gyro / BARO / MAG

MINI MWC Consiglio Flight Control e DSM2 Compatibile ricevitore ACC / Gyro / BARO / MAG

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SKU:
9154000006-0
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La scheda di controllo di volo del nuovo mini MWC è pietra miliare nel progresso e l'ingegno della piattaforma MWC. Combinando la potenza della ATMEGA328P con un accelerometro, giroscopio, barometro e bussola digitale con un ricevitore compatibile con a bordo 7 canali DSM2 (con un pulsante di collegamento a bordo!). Tutto confezionato su un PCB doppia di rame di qualità con collegamenti rivestito d'oro e ingombro non più grande di una moneta! Il mondo dei Mini Multi-rotori appena catturato fino a loro fratello più grande di.

La piattaforma MWC offre una lunga lista di funzioni e dispongono di simili; Auto a stabilizzare, il mantenimento di quota, in modalità semplice e molto di più, e con l'opzione GPS disponibile anche bighellonare in una posizione fissa e tornare alle opzioni a casa! Si può anche optare per collegare uno schermo OLED opzionale per una facile programmazione e feedback!

Caratteristiche:
• 7CH DSM2 ricevitore compatibile (PPM SUM)
• controllo auto-tensione
• Protezione FTD1
• ATMEGA328P microcontrollore
• MPU6050 accelerometro e giroscopio
• sensore barometrico digitale BMP085
• HMC5883L digitale Manometro / bussola
• C8051F330 MCU
• Radio CYRF69103
• due porte IIC
• UART
• Porta GPS (GPS non incluso)
• Porta OLED schermo OLED (non incluso)

Le seguenti funzioni possono essere realizzate tramite la scheda di controllo di volo MINI MWC:
stabilizzazione -Auto
Stabilizzi l'altitudine
Naturalmente rubrica -Corretto
-Hovering In una posizione identificata (ha bisogno di scheda convertitore 12C-GPS e supporto per il GPS)
volo -Ritorno automaticamente (scheda ha bisogno di convertitore 12C-GPS e supporto per il GPS)
-E più

MINI MWC bordo volo modalità supportate:
stabilizzazione della testa culla -GIMBAL-individuale
-SINGLECOPTER-VTOL asse singolo
-BICOPTER-BICOPTER Avatar
-Tricopter
WING -FLYING
-VTAIL
aeroplano -fixed-wing
-4-Axis (QUADX, QUADP, Y4)
stabilizzazione della testa -Culla / giunto cardanico
-6-Axis (Y6, HEX6, HEX6X)

Le opzioni non inclusi: (della arriveranno presto)
Stick programmazione -MX-FTDI
schermo -OLED, può essere montato su MINI MWC bordo di controllo di volo direttamente
-IIC A bordo di convertitore del UART, è per cambiare il segnale UART di GPS ad un segnale IIC
modulo -GPS

Specifiche:
Dimensione: 47.7X23.5X11mm
Peso: 7.8g
Tensione di funzionamento: 5-8.4V

* Trasmettitore per MINI MWC scheda di controllo di volo deve supportare DSM2 e 4CH o superiore (si consiglia 6CH o superiore)

  • SKU 9154000006-0
  • Brand -
  • Capacità ( mAh ) -
  • Peso 16.0000
  • Lunghezza 50.00
  • Packaging Width 10.00
  • Altezza 25.00
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This is a great little 250 racer controller. I had a heck of a time getting the channel order correct for my OrangeRX T6. I loaded it with MultiiWii 2.3
and modded the config.h file a lot. The channel order is odd being PITCH,YAW,THROTTLE,ROLL in the ppm_sum setting. Also, I was able to get the buzzer and VBAT working great. I will try to post my config.h file and hardware mods to the files section.

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This is a great little 250 racer controller. I had a heck of a time getting the channel order correct for my OrangeRX T6. I loaded it with MultiiWii 2.3
and modded the config.h file a lot. The channel order is odd being PITCH,YAW,THROTTLE,ROLL in the ppm_sum setting. Also, I was able to get the buzzer and VBAT working great. I will try to post my config.h file and hardware mods to the files section.

This is actually a lovely little board, it's just that it's NOT a plug and play kind of thing. If you're good with microcontrollers and electronics, then you're gonna do just fine. You need to get the little JST connectors and hook it up to an FTDI board and at the very least re-program it with the latest MultiWii software. Since the board lacks a DTR pin to automatically reset the CPU (for activating the bootloader) it's imperative that once you click "UPLOAD" on Arduino that you time it such that you power up the board (by plugging the serial adapter in to the board) such that it comes to live a second or so before the code starts to push out of the FTDI. Obviously, you can't do this by plugging the USB in to and out of the computer, as Arduino would have to re-enumerate the ports, etc etc, so make and break the connection between the FTDI and flight controller. You also have to upload the right setup of firmware. See (and set up) the config.h file in the Arduino firmware. Download it directly from Multiwii. The how-to and particulars of the code are out of scope of what I feel like talking about right now. Sorry. You're smart, you can figure it out. I will say this... It likes to fly backwards, so keep that in mind.

But yeah, all the nay-sayers, give it another chance. This board is fine, you just don't know what you're doing.

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This is actually a lovely little board, it's just that it's NOT a plug and play kind of thing. If you're good with microcontrollers and electronics, then you're gonna do just fine. You need to get the little JST connectors and hook it up to an FTDI board and at the very least re-program it with the latest MultiWii software. Since the board lacks a DTR pin to automatically reset the CPU (for activating the bootloader) it's imperative that once you click "UPLOAD" on Arduino that you time it such that you power up the board (by plugging the serial adapter in to the board) such that it comes to live a second or so before the code starts to push out of the FTDI. Obviously, you can't do this by plugging the USB in to and out of the computer, as Arduino would have to re-enumerate the ports, etc etc, so make and break the connection between the FTDI and flight controller. You also have to upload the right setup of firmware. See (and set up) the config.h file in the Arduino firmware. Download it directly from Multiwii. The how-to and particulars of the code are out of scope of what I feel like talking about right now. Sorry. You're smart, you can figure it out. I will say this... It likes to fly backwards, so keep that in mind.

But yeah, all the nay-sayers, give it another chance. This board is fine, you just don't know what you're doing.

This board is absolute garbage. I have spent months researching and tuning this board to perfection....there is NO vibrations, even used the low pass filter. ESC's calibrated 20 times, eprom's wiped, etc. ,etc... after a minute, it will just DROP from the sky. There is nothing I can do to fix it. I have read EVERY thred, EVERY post, and EVERY review. (yes leocopter too) And this board WILL NOT fly reliably. At some point during flight it will just DROP to the left and crash. GARBAGE!!! Multiwii is also a dieing trend. Sure it has a lot of features (that no one seems to ever get working right) operating systems like open pilot, and other easy to use interfaces. So put it like this, you can buy a small toy quad (hubsan) for about the same $, and it flies AWESOMELY!! You put this board in anything, you are looking at LONG hours becoming a computer programmer just to never get it to work right. I know many other boards have great reviews...but NOT this one!! GARBAGE!

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This board is absolute garbage. I have spent months researching and tuning this board to perfection....there is NO vibrations, even used the low pass filter. ESC's calibrated 20 times, eprom's wiped, etc. ,etc... after a minute, it will just DROP from the sky. There is nothing I can do to fix it. I have read EVERY thred, EVERY post, and EVERY review. (yes leocopter too) And this board WILL NOT fly reliably. At some point during flight it will just DROP to the left and crash. GARBAGE!!! Multiwii is also a dieing trend. Sure it has a lot of features (that no one seems to ever get working right) operating systems like open pilot, and other easy to use interfaces. So put it like this, you can buy a small toy quad (hubsan) for about the same $, and it flies AWESOMELY!! You put this board in anything, you are looking at LONG hours becoming a computer programmer just to never get it to work right. I know many other boards have great reviews...but NOT this one!! GARBAGE!

This is a very good FC. Not easy to set up, but well worth the effort if you want the ultimate tiny MultiWii board !
This is how I set up my Mini MWC boards (after a lot of tinkering ...):
1- Building an interface between your FTDI usb board and the flight controler is quite simple : solder the 4 leeds of the 'mini micro 4 pin 1.25 T-1 JST connector' cable (the same one used on the Neo 6-M GPS module - SKU: 387000004) to a 6 pin header (GND, 5V, Rx, Tx). Solder an extra wire to GND. On the other end of the wire, solder a probe (I my case a 1 pin header with heatshrink tubing). You will need this probe to put the 328P in programming mode. Make sure Rx goes to TX and vice versa.
2- Plug you new interface cable to the board (or power the board via the output headers - D3 to D11) while pushing the bind button (the one on the top circuit board where the antenna is soldered). The red LED will blink rapidly. You are now in binding mode. Turn on your DSM2 compatible transmitter while pressing on its bind button (if you have a ORX orange DSM2 module). The LED on the Mini MWC will stop blinking then will stay on. It is now binded to your Tx.
3- In Arduino load the MultiWii shetch and select the HK_MultiWii_SE_V2 board. Its is fully compatible with the Mini MWC (you get the correct sensor orientation). Also make sure you uncomment #define SERIAL_SUM_PPM. If you plan to use an OLED display

verified_user Quality:
trending_up Value:
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This is a very good FC. Not easy to set up, but well worth the effort if you want the ultimate tiny MultiWii board !
This is how I set up my Mini MWC boards (after a lot of tinkering ...):
1- Building an interface between your FTDI usb board and the flight controler is quite simple : solder the 4 leeds of the 'mini micro 4 pin 1.25 T-1 JST connector' cable (the same one used on the Neo 6-M GPS module - SKU: 387000004) to a 6 pin header (GND, 5V, Rx, Tx). Solder an extra wire to GND. On the other end of the wire, solder a probe (I my case a 1 pin header with heatshrink tubing). You will need this probe to put the 328P in programming mode. Make sure Rx goes to TX and vice versa.
2- Plug you new interface cable to the board (or power the board via the output headers - D3 to D11) while pushing the bind button (the one on the top circuit board where the antenna is soldered). The red LED will blink rapidly. You are now in binding mode. Turn on your DSM2 compatible transmitter while pressing on its bind button (if you have a ORX orange DSM2 module). The LED on the Mini MWC will stop blinking then will stay on. It is now binded to your Tx.
3- In Arduino load the MultiWii shetch and select the HK_MultiWii_SE_V2 board. Its is fully compatible with the Mini MWC (you get the correct sensor orientation). Also make sure you uncomment #define SERIAL_SUM_PPM. If you plan to use an OLED display

Customer files
No File Name Download [2082]
No File Name Download [1597]
Initial config - simple and detailed Download [2096]
No File Name Download [2546]
instructions and updating Download [1446]
What is This ? Download [906]
No File Name Download [58]
EdAmps Hardware Mods Download [134]
LeoCopter's Guide Download [1464]
No File Name Download [1727]
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