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Old Dec 10, 2011, 09:27 AM
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Quote:
Originally Posted by n3m1s1s View Post
mine is setup like this
thanks for you help
say me if all is okay
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Old Dec 10, 2011, 10:03 AM
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Quote:
Originally Posted by spudandretti View Post
what do you have defined in def.h? promini which I assume would define
ATMEGA328P?
under tools/board i selected "Arduino Duemilanove or Nano W/ atmega 328" selecting pro mini further down seemed to give problems uploading code but def.h looks like this

Quote:
#ifdefined(__AVR_ATmega168__)||defined(__AVR_AT mega328P__)
#definePROMINI
#endif
#ifdefined(__AVR_ATmega1280__)||defined(__AVR_A Tmega1281__)||defined(__AVR_ATmega2560__)||def ined(__AVR_ATmega2561__)
#defineMEGA
#endif

#ifdefined(PROMINI)
#defineLEDPIN_PINMODEpinMode (13, OUTPUT);
#defineLEDPIN_TOGGLEPINB|=1<<5; //switch LEDPIN state (digital PIN 13)
#defineLEDPIN_OFFPORTB&=~(1< <5);
#defineLEDPIN_ONPORTB|=(1<< 5);
#defineBUZZERPIN_PINMODEpinMode (8, OUTPUT);
#defineBUZZERPIN_ONPORTB|=1;
#defineBUZZERPIN_OFFPORTB&=~1;
#definePOWERPIN_PINMODEpinMode (12, OUTPUT);
#definePOWERPIN_ONPORTB|=1<<4 ;
#definePOWERPIN_OFFPORTB&=~(1< <4);//switch OFF WMP, digital PIN 12
#defineI2C_PULLUPS_ENABLEPORTC|=1<<4 ;PORTC|=1<<5;// PIN A4&A5 (SDA&SCL)
#defineI2C_PULLUPS_DISABLEPORTC&=~(1< <4);PORTC&=~(1<<5);
#definePINMODE_LCDpinMode(0, OUTPUT);
#defineLCDPIN_OFFPORTD&=~1;
#defineLCDPIN_ONPORTD|=1;
#defineSTABLEPIN_PINMODE;
#defineSTABLEPIN_ON;
#defineSTABLEPIN_OFF;
#defineDIGITAL_SERVO_TRI_PINMODEpinMode(3,OUTPUT); //also right servo for BI COPTER
#defineDIGITAL_SERVO_TRI_HIGHPORTD|=1<<3 ;
#defineDIGITAL_SERVO_TRI_LOWPORTD&=~(1< <3);
#defineDIGITAL_TILT_PITCH_PINMODEpinMode(A0,OUTPUT);
#defineDIGITAL_TILT_PITCH_HIGHPORTC|=1<<0 ;
#defineDIGITAL_TILT_PITCH_LOWPORTC&=~(1< <0);
#defineDIGITAL_TILT_ROLL_PINMODEpinMode(A1,OUTPUT);
#defineDIGITAL_TILT_ROLL_HIGHPORTC|=1<<1 ;
#defineDIGITAL_TILT_ROLL_LOWPORTC&=~(1< <1);
#defineDIGITAL_BI_LEFT_PINMODEpinMode(11,OUTPUT);
#defineDIGITAL_BI_LEFT_HIGHPORTB|=1<<3 ;
#defineDIGITAL_BI_LEFT_LOWPORTB&=~(1< <3);
#definePPM_PIN_INTERRUPTattachInterrupt(0, rxInt, RISING); //PIN 0
#defineSPEK_SERIAL_VECTUSART_RX_vect
#defineSPEK_BAUD_SETUCSR0A=(1< <U2X0);UBRR0H=((F_CPU/4/115200-1)/2)>>8;UBRR0L=((F_CPU/4/115200-1)/2);
#defineSPEK_SERIAL_INTERRUPTUCSR0B|=(1< <RXEN0)|(1<<RXCIE0);
#defineSPEK_DATA_REGUDR0
#defineMOTOR_ORDER9,10,11,3,6,5 //for a quad+: rear,right,left,front
#defineDIGITAL_CAM_PINMODEpinMode(A2,OUTPUT);
#defineDIGITAL_CAM_HIGHPORTC|=1<<2 ;
#defineDIGITAL_CAM_LOWPORTC&=~(1< <2);
//RX PIN assignment inside the port //for PORTD
#defineTHROTTLEPIN2
#defineROLLPIN4
#definePITCHPIN5
#defineYAWPIN6
#defineAUX1PIN7
#defineAUX2PIN0// optional PIN 8 or PIN 12
#defineCAM1PIN1// unused
#defineCAM2PIN3// unused
#defineISR_UARTISR(USART_UDR E_vect)
#defineV_BATPINA3// Analog PIN 3
#definePSENSORPINA2// Analog PIN 2
#endif
#ifdefined(MEGA)
#defineLEDPIN_PINMODEpinMode (13, OUTPUT);pinMode (30, OUTPUT);
#defineLEDPIN_TOGGLEPINB|=(1<< 7);PINC|=(1<<7);
#defineLEDPIN_ONPORTB|=(1<< 7);PORTC|=(1<<7);
#defineLEDPIN_OFFPORTB&=~(1< <7);PORTC&=~(1<<7);
#defineBUZZERPIN_PINMODEpinMode (32, OUTPUT);
#defineBUZZERPIN_ONPORTC|=1<<5 ;
#defineBUZZERPIN_OFFPORTC&=~(1< <5);
#definePOWERPIN_PINMODEpinMode (37, OUTPUT);
#definePOWERPIN_ONPORTC|=1<<0 ;
#definePOWERPIN_OFFPORTC&=~(1< <0);
#defineI2C_PULLUPS_ENABLEPORTD|=1<<0 ;PORTD|=1<<1;// PIN 20&21 (SDA&SCL)
#defineI2C_PULLUPS_DISABLEPORTD&=~(1< <0);PORTD&=~(1<<1);
#definePINMODE_LCDpinMode(0, OUTPUT);
#defineLCDPIN_OFFPORTE&=~1; //switch OFF digital PIN 0
#defineLCDPIN_ONPORTE|=1; //switch OFF digital PIN 0
#defineSTABLEPIN_PINMODEpinMode (31, OUTPUT);
#defineSTABLEPIN_ONPORTC|=1<<6 ;
#defineSTABLEPIN_OFFPORTC&=~(1< <6);
#defineDIGITAL_SERVO_TRI_PINMODEpinMode(2,OUTPUT); //PIN 2 //also right servo for BI COPTER
#defineDIGITAL_SERVO_TRI_HIGHPORTE|=1<<4 ;
#defineDIGITAL_SERVO_TRI_LOWPORTE&=~(1< <4);
#defineDIGITAL_TILT_PITCH_PINMODEpinMode(34,OUTPUT);pinMode(44,OUTPUT); // 34 + 44
#defineDIGITAL_TILT_PITCH_HIGHPORTC|=1<<3 ;PORTL|=1<<5;
#defineDIGITAL_TILT_PITCH_LOWPORTC&=~(1< <3);PORTL&=~(1<<5);
#defineDIGITAL_TILT_ROLL_PINMODEpinMode(35,OUTPUT);pinMode(45,OUTPUT); // 35 + 45
#defineDIGITAL_TILT_ROLL_HIGHPORTC|=1<<2 ;PORTL|=1<<4;
#defineDIGITAL_TILT_ROLL_LOWPORTC&=~(1< <2);PORTL&=~(1<<4);
#defineDIGITAL_BI_LEFT_PINMODEpinMode(6,OUTPUT);
#defineDIGITAL_BI_LEFT_HIGHPORTH|=1<<3 ;
#defineDIGITAL_BI_LEFT_LOWPORTH&=~(1< <3);
#definePPM_PIN_INTERRUPTattachInterrupt(4, rxInt, RISING); //PIN 19, also used for Spektrum satellite option
#defineSPEK_SERIAL_VECTUSART1_RX_vec t
#defineSPEK_BAUD_SETUCSR1A=(1< <U2X1);UBRR1H=((F_CPU/4/115200-1)/2)>>8;UBRR1L=((F_CPU/4/115200-1)/2);
#defineSPEK_SERIAL_INTERRUPTUCSR1B|=(1< <RXEN1)|(1<<RXCIE1);
#defineSPEK_DATA_REGUDR1
#defineMOTOR_ORDER3,5,6,2,7,8,9 ,10//for a quad+: rear,right,left,front //+ for y6: 7:under right 8:under left
#defineDIGITAL_CAM_PINMODEpinMode(33,OUTPUT); pinMode(46,OUTPUT); // 33 + 46
#defineDIGITAL_CAM_HIGHPORTC|=1<<4 ;PORTL|=1<<3;
#defineDIGITAL_CAM_LOWPORTC&=~(1< <4);PORTL&=~(1<<3);
//RX PIN assignment inside the port //for PORTK
#defineTHROTTLEPIN0//PIN 62 = PIN A8
#defineROLLPIN1//PIN 63 = PIN A9
#definePITCHPIN2//PIN 64 = PIN A10
#defineYAWPIN3//PIN 65 = PIN A11
#defineAUX1PIN4//PIN 66 = PIN A12
#defineAUX2PIN5//PIN 67 = PIN A13
#defineCAM1PIN6//PIN 68 = PIN A14
#defineCAM2PIN7//PIN 69 = PIN A15
#defineISR_UARTISR(USART0_UD RE_vect)
#defineV_BATPINA0// Analog PIN 3
#definePSENSORPINA2// Analog PIN 2
#endif


//pleasesubmitanycorrectiontothislist.
#ifdefined(FFIMUv1)
#defineITG3200
#defineBMA180
#defineBMP085
#defineHMC5843
#defineACC_ORIENTATION(X,Y,Z){accADC[ROLL]=X;accADC[PITCH]=Y;accADC[YAW]=Z;}
#defineGYRO_ORIENTATION(X,Y,Z){gyroADC[ROLL]=X;gyroADC[PITCH]=Y;gyroADC[YAW]=Z;}
#defineMAG_ORIENTATION(X,Y,Z){magADC[ROLL]=X;magADC[PITCH]=Y;magADC[YAW]=Z;}
#defineBMA180_ADDRESS0x80
#defineITG3200_ADDRESS0XD0
#endif

#ifdefined(FFIMUv2)
#defineITG3200
#defineBMA180
#defineBMP085
#defineHMC5883
#defineACC_ORIENTATION(X,Y,Z){accADC[ROLL]=X;accADC[PITCH]=Y;accADC[YAW]=Z;}
#defineGYRO_ORIENTATION(X,Y,Z){gyroADC[ROLL]=X;gyroADC[PITCH]=Y;gyroADC[YAW]=Z;}
#defineMAG_ORIENTATION(X,Y,Z){magADC[ROLL]=X;magADC[PITCH]=Y;magADC[YAW]=Z;}
#defineBMA180_ADDRESS0x80
#defineITG3200_ADDRESS0XD0
#endif

#ifdefined(FREEIMUv1)
#defineITG3200
#defineADXL345
#defineHMC5843
#defineACC_ORIENTATION(X,Y,Z){accADC[ROLL]=-Y;accADC[PITCH]=X;accADC[YAW]=Z;}
#defineGYRO_ORIENTATION(X,Y,Z){gyroADC[ROLL]=X;gyroADC[PITCH]=Y;gyroADC[YAW]=Z;}
#defineMAG_ORIENTATION(X,Y,Z){magADC[ROLL]=X;magADC[PITCH]=Y;magADC[YAW]=Z;}
#defineADXL345_ADDRESS0xA6
#undefINTERNAL_I2C_PULLUPS
#endif

#ifdefined(FREEIMUv03)
#defineITG3200
#defineADXL345// this is actually an ADXL346 but that's just the same as ADXL345
#defineHMC5883
#defineACC_ORIENTATION(X,Y,Z){accADC[ROLL]=-Y;accADC[PITCH]=X;accADC[YAW]=Z;}
#defineGYRO_ORIENTATION(X,Y,Z){gyroADC[ROLL]=X;gyroADC[PITCH]=Y;gyroADC[YAW]=Z;}
#defineMAG_ORIENTATION(X,Y,Z){magADC[ROLL]=-Y;magADC[PITCH]=X;magADC[YAW]=Z;}
#defineADXL345_ADDRESS0xA6
#undefINTERNAL_I2C_PULLUPS
#endif

#ifdefined(FREEIMUv035)||defined(FREEIMUv035_MS )||defined(FREEIMUv035_BMP)
#defineITG3200
#defineBMA180
#defineHMC5883
#defineACC_ORIENTATION(X,Y,Z){accADC[ROLL]=X;accADC[PITCH]=Y;accADC[YAW]=Z;}
#defineGYRO_ORIENTATION(X,Y,Z){gyroADC[ROLL]=X;gyroADC[PITCH]=Y;gyroADC[YAW]=Z;}
#defineMAG_ORIENTATION(X,Y,Z){magADC[ROLL]=-Y;magADC[PITCH]=X;magADC[YAW]=Z;}
#undefINTERNAL_I2C_PULLUPS
#ifdefined(FREEIMUv035_MS)
#defineMS561101BA
#elifdefined(FREEIMUv035_BMP)
#defineBMP085
#endif
#endif

#ifdefined(PIPO)
#defineL3G4200D
#defineADXL345
#defineHMC5883
#defineACC_ORIENTATION(X,Y,Z){accADC[ROLL]=-Y;accADC[PITCH]=X;accADC[YAW]=Z;}
#defineGYRO_ORIENTATION(X,Y,Z){gyroADC[ROLL]=X;gyroADC[PITCH]=Y;gyroADC[YAW]=Z;}
#defineMAG_ORIENTATION(X,Y,Z){magADC[ROLL]=X;magADC[PITCH]=Y;magADC[YAW]=Z;}
#defineADXL345_ADDRESS0xA6
#endif

#ifdefined(QUADRINO)
#defineITG3200
#defineBMA180
#defineBMP085
#defineHMC5883
#defineACC_ORIENTATION(X,Y,Z){accADC[ROLL]=X;accADC[PITCH]=Y;accADC[YAW]=Z;}
#defineGYRO_ORIENTATION(X,Y,Z){gyroADC[ROLL]=X;gyroADC[PITCH]=Y;gyroADC[YAW]=Z;}
#defineMAG_ORIENTATION(X,Y,Z){magADC[ROLL]=-Y;magADC[PITCH]=X;magADC[YAW]=Z;}
#defineBMA180_ADDRESS0x80
#defineITG3200_ADDRESS0XD0
#endif

#ifdefined(QUADRINO_ZOOM)
#defineITG3200
#defineBMA180
#defineBMP085// note, can be also #define MS561101BA on some versions
//#define MS561101BA
#defineHMC5883
#defineACC_ORIENTATION(X,Y,Z){accADC[ROLL]=X;accADC[PITCH]=Y;accADC[YAW]=Z;}
#defineGYRO_ORIENTATION(X,Y,Z){gyroADC[ROLL]=X;gyroADC[PITCH]=Y;gyroADC[YAW]=Z;}
#defineMAG_ORIENTATION(X,Y,Z){magADC[ROLL]=-Y;magADC[PITCH]=X;magADC[YAW]=Z;}
#defineBMA180_ADDRESS0x80
#defineITG3200_ADDRESS0XD0
#defineSTABLEPIN_PINMODEpinMode (A2, OUTPUT);
#defineSTABLEPIN_ONPORTC|=(1<<2);
#defineSTABLEPIN_OFFPORTC&=~(1<<2);
#endif

#ifdefined(ALLINONE)
#defineITG3200
#defineBMA180
#defineBMP085
#defineHMC5883
#defineACC_ORIENTATION(X,Y,Z){accADC[ROLL]=X;accADC[PITCH]=Y;accADC[YAW]=Z;}
#defineGYRO_ORIENTATION(X,Y,Z){gyroADC[ROLL]=X;gyroADC[PITCH]=Y;gyroADC[YAW]=Z;}
#defineMAG_ORIENTATION(X,Y,Z){magADC[ROLL]=-Y;magADC[PITCH]=X;magADC[YAW]=Z;}
#endif

#ifdefined(AEROQUADSHIELDv2)// to confirm
#defineITG3200
#defineBMA180
#defineBMP085
#defineHMC5843
#defineACC_ORIENTATION(X,Y,Z){accADC[ROLL]=-Y;accADC[PITCH]=X;accADC[YAW]=Z;}
#defineGYRO_ORIENTATION(X,Y,Z){gyroADC[ROLL]=-Y;gyroADC[PITCH]=X;gyroADC[YAW]=Z;}
#defineMAG_ORIENTATION(X,Y,Z){magADC[ROLL]=-Y;magADC[PITCH]=X;magADC[YAW]=Z;}
#defineITG3200_ADDRESS0XD2
#endif

#ifdefined(ATAVRSBIN1)
#defineITG3200
#defineBMA020//Actually it's a BMA150, but this is a drop in replacement for the discountinued BMA020
#defineAK8975
#defineACC_ORIENTATION(X,Y,Z){accADC[ROLL]=Y;accADC[PITCH]=-X;accADC[YAW]=Z;}
#defineGYRO_ORIENTATION(X,Y,Z){gyroADC[ROLL]=-Y;gyroADC[PITCH]=X;gyroADC[YAW]=Z;}
#defineMAG_ORIENTATION(X,Y,Z){magADC[ROLL]=-X;magADC[PITCH]=-Y;magADC[YAW]=-Z;}
#endif

#ifdefined(SIRIUS)
#defineITG3200
#defineBMA180
#defineBMP085
#defineHMC5883
#defineACC_ORIENTATION(X,Y,Z){accADC[ROLL]=X;accADC[PITCH]=Y;accADC[YAW]=Z;}
#defineGYRO_ORIENTATION(X,Y,Z){gyroADC[ROLL]=X;gyroADC[PITCH]=Y;gyroADC[YAW]=Z;}
#defineMAG_ORIENTATION(X,Y,Z){magADC[ROLL]=-Y;magADC[PITCH]=X;magADC[YAW]=Z;}
#defineBMA180_ADDRESS0x80
#defineITG3200_ADDRESS0XD0
#endif

#ifdefined(SIRIUS600)
#defineBMA180
#defineBMP085
#defineHMC5883
#defineACC_ORIENTATION(X,Y,Z){accADC[ROLL]=X;accADC[PITCH]=Y;accADC[YAW]=Z;}
#defineMAG_ORIENTATION(X,Y,Z){magADC[ROLL]=-Y;magADC[PITCH]=X;magADC[YAW]=Z;}
#defineBMA180_ADDRESS0x80
#endif

#ifdefined(MINIWII)
#defineITG3200
#defineBMA180
#defineACC_ORIENTATION(X,Y,Z){accADC[ROLL]=X;accADC[PITCH]=-Y;accADC[YAW]=-Z;}
#defineGYRO_ORIENTATION(X,Y,Z){gyroADC[ROLL]=-X;gyroADC[PITCH]=Y;gyroADC[YAW]=Z;}
#endif

#ifdefined(CITRUSv1_0)
#defineITG3200
#defineADXL345
#defineBMP085
#defineHMC5883
#defineACC_ORIENTATION(Y,X,Z){accADC[ROLL]=-X;accADC[PITCH]=Y;accADC[YAW]=Z;}
#defineGYRO_ORIENTATION(X,Y,Z){gyroADC[ROLL]=X;gyroADC[PITCH]=Y;gyroADC[YAW]=Z;}
#defineMAG_ORIENTATION(Y,X,Z){magADC[ROLL]=Y;magADC[PITCH]=X;magADC[YAW]=Z;}
#defineADXL345_ADDRESS0xA6
#defineITG3200_ADDRESS0XD0
#endif

#ifdefined(DROTEK_IMU10DOF)
#defineITG3200
#defineBMA180
#defineBMP085
#defineHMC5883
#defineACC_ORIENTATION(X,Y,Z){accADC[ROLL]=X;accADC[PITCH]=Y;accADC[YAW]=Z;}
#defineGYRO_ORIENTATION(X,Y,Z){gyroADC[ROLL]=X;gyroADC[PITCH]=Y;gyroADC[YAW]=Z;}
#defineMAG_ORIENTATION(X,Y,Z){magADC[ROLL]=-Y;magADC[PITCH]=X;magADC[YAW]=Z;}
#defineITG3200_ADDRESS0XD2
#endif

#ifdefined(ADXL345)||defined(BMA020)||defined (BMA180)||defined(NUNCHACK)||defined(ADCACC)| |defined(LSM303DLx_ACC)
#defineACC1
#else
#defineACC0
#endif

#ifdefined(HMC5883)||defined(HMC5843)||define d(AK8975)
#defineMAG1
#else
#defineMAG0
#endif

#ifdefined(ITG3200)||defined(L3G4200D)
#defineGYRO1
#else
#defineGYRO0
#endif

#ifdefined(BMP085)||defined(MS561101BA)
#defineBARO1
#else
#defineBARO0
#endif

#ifdefined(GPS)
#defineGPSPRESENT1
#else
#defineGPSPRESENT0
#endif


#ifdefined(RCAUXPIN8)
#defineBUZZERPIN_PINMODE;
#defineBUZZERPIN_ON;
#defineBUZZERPIN_OFF;
#defineRCAUXPIN
#endif
#ifdefined(RCAUXPIN12)
#definePOWERPIN_PINMODE;
#definePOWERPIN_ON;
#definePOWERPIN_OFF;
#defineRCAUXPIN
#endif


#ifdefined(POWERMETER)
#ifndefVBAT
#error"to use powermeter, you must also define and configure VBAT"
#endif
#endif
#ifdefLCD_TELEMETRY_AUTO
#ifndefLCD_TELEMETRY
#error"to use automatic telemetry, you MUST also define and configure LCD_TELEMETRY"
#endif
#endif

#ifdefined(TRI)
#defineMULTITYPE1
#elifdefined(QUADP)
#defineMULTITYPE2
#elifdefined(QUADX)
#defineMULTITYPE3
#elifdefined(BI)
#defineMULTITYPE4
#elifdefined(GIMBAL)
#defineMULTITYPE5
#elifdefined(Y6)
#defineMULTITYPE6
#elifdefined(HEX6)
#defineMULTITYPE7
#elifdefined(FLYING_WING)
#defineMULTITYPE8
#elifdefined(Y4)
#defineMULTITYPE9
#elifdefined(HEX6X)
#defineMULTITYPE10
#elifdefined(OCTOX8)
#defineMULTITYPE11
#elifdefined(OCTOFLATP)
#defineMULTITYPE11//the GUI is the same for all 8 motor configs
#elifdefined(OCTOFLATX)
#defineMULTITYPE11//the GUI is the same for all 8 motor configs
#endif
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Old Dec 10, 2011, 10:04 AM
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Quote:
Originally Posted by titeuf007 View Post
thanks for you help
say me if all is okay
me
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Old Dec 10, 2011, 02:19 PM
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Gary_Canada's Avatar
Southern Ontario
Joined Jan 2002
165 Posts
Quick question: does the 'lite' version just indicate no FTDI interface?

http://www.goodluckbuy.com/mwc-multi...ard-quadx.html

is it exactly the same as this one:

http://www.ebay.com/itm/MWC-MultiWii...item3a6d420f15

Thanks
Gary
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Old Dec 10, 2011, 02:24 PM
Registered User
United Kingdom, England, Redcar
Joined Jan 2006
3,278 Posts
no.

MultiWii SE Standard Edition Hardware configuration:

ATMEGA328P microcontroller
ITG3205 three-axis digital gyroscope
BMA180 triaxial accelerometer
BMP085 pressure sensor
HMC5883L axis magnetoresistive sensor (electronic compass)

MWC MultiWii Lite lightweight version of the hardware configuration:

ATMEGA328P microcontroller
ITG3205 three-axis digital gyroscope
ADXL345 three-axis acceleration sensor

#the linked versions look the same but there are differences between the lite and se versions
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Old Dec 10, 2011, 02:35 PM
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is raw code editing required no matter what for mwc boards?

i was under the impression that the lite version was pretty much ready to fly after setting pid points.

setting these boards up seems like to may be a fun challenge the first time around
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Old Dec 10, 2011, 02:39 PM
flitelab's Avatar
Canada, NS, Halifax
Joined Feb 2010
7,259 Posts
Quote:
Originally Posted by Gary_Canada View Post
Quick question: does the 'lite' version just indicate no FTDI interface?

http://www.goodluckbuy.com/mwc-multi...ard-quadx.html

is it exactly the same as this one:

http://www.ebay.com/itm/MWC-MultiWii...item3a6d420f15

Thanks
Gary
Lite version would have no baro or mag as I understand it.
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Old Dec 10, 2011, 03:55 PM
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Southern Ontario
Joined Jan 2002
165 Posts
Ok. Thanks for the info. These look like a lot neater solution than what I am currently flying:
ardurino pro mini
wii motion + board
wii nunchuck board
all tied together with lots of wiring .. it looks kind of messy in plastic container perched on top of my tri.
My tri wii copter is pretty stable but I have a new quad frame I picked up at Neat fair, just wondering if the board from goodluckbuy.com would be just as stable.

So anyone have an serious issues ordering from goodluckbuy.com ?(that name makes me laugh). They send what you order?
Gary
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Old Dec 10, 2011, 04:09 PM
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I got my order without any problems. It took 2 and a half weeks; and the box was kinda beat up.. but everything was there and undamaged
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Old Dec 10, 2011, 04:25 PM
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Australia, QLD, Brisbane
Joined Nov 2011
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Quote:
Originally Posted by Gary_Canada View Post
Ok. Thanks for the info. These look like a lot neater solution than what I am currently flying:
ardurino pro mini
wii motion + board
wii nunchuck board
all tied together with lots of wiring .. it looks kind of messy in plastic container perched on top of my tri.
My tri wii copter is pretty stable but I have a new quad frame I picked up at Neat fair, just wondering if the board from goodluckbuy.com would be just as stable.

So anyone have an serious issues ordering from goodluckbuy.com ?(that name makes me laugh). They send what you order?
Gary
That's what got me interested, I just wanted one board, not a arduino with lots of shield boards, so I could fit it in place of my HK KK boards without redoing the frame board mounting.
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Old Dec 10, 2011, 04:29 PM
flitelab's Avatar
Canada, NS, Halifax
Joined Feb 2010
7,259 Posts
Quote:
Originally Posted by Gary_Canada View Post
Ok. Thanks for the info. These look like a lot neater solution than what I am currently flying:
ardurino pro mini
wii motion + board
wii nunchuck board
all tied together with lots of wiring .. it looks kind of messy in plastic container perched on top of my tri.
My tri wii copter is pretty stable but I have a new quad frame I picked up at Neat fair, just wondering if the board from goodluckbuy.com would be just as stable.

So anyone have an serious issues ordering from goodluckbuy.com ?(that name makes me laugh). They send what you order?
Gary
I have the Qaudrino boards available now in Canada if you want an all in one Multiwii type setup.
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Old Dec 11, 2011, 05:05 AM
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Cyprus, Limassol
Joined Feb 2008
1,128 Posts
Any flight videos or any feedback about these boards? They seem a good solution for the price.
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Old Dec 11, 2011, 05:15 AM
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Quote:
Originally Posted by SGsoar View Post
is raw code editing required no matter what for mwc boards?

i was under the impression that the lite version was pretty much ready to fly after setting pid points.

setting these boards up seems like to may be a fun challenge the first time around
If you don't screw with original firmware and just use multiwiiconf, then yes, no 'raw code editing' is required
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Old Dec 11, 2011, 09:32 AM
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Originally Posted by n3m1s1s View Post
YEP thats exactly what im saying, imagine a cc sized board with gyro acc baro and mag on board

http://www.youtube.com/watch?v=80nUT...w&feature=plcp

that might help you imagine see the simcard? the dt700? the keychain cam? vado hd? see the size of the board? see whats on it? see what is coming?
This board looks amazing.
@n3m1s1s When and where can I buy it?
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Old Dec 11, 2011, 09:43 AM
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Originally Posted by hcv440 View Post
This board looks amazing.
@n3m1s1s When and where can I buy it?
there might well be a batch being made up even as we speak with any luck you should find this board very easily in the next few weeks maybe christmas day? ""hint hint""
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