der kann das... 
vor zwei Wochen bei hefigen sehr böigem Wind sogar mal ein Rad über die Flächen geschlagen, das sah echt heftig aus und ich dachte der ist Asche, alles gut nix passiert, aber ich weis eben nicht was in der Tragfläche so drinnen ist an Holmen und Gewebe und ich traue der Geschichte nur wenn ich das weis. die da durch laufen.
//#define ACCX_SOURCE TEST_1 // select between TEST_1, TEST_2, TEST_3, GLIDER_RATIO, SECONDS_SINCE_T0,AVERAGE_VSPEED_SINCE_TO , VOLT_1, VOLT_2, VOLT_3, VOLT_4, VOLT_5, VOLT_6, PITCH, ROLL , YAW, ADS_VOLT_1, ADS_VOLT_2, ADS_VOLT_3, ADS_VOLT_4
//#define ACCY_SOURCE TEST_2 // select between TEST_1, TEST_2, TEST_3, GLIDER_RATIO, SECONDS_SINCE_T0,AVERAGE_VSPEED_SINCE_TO , VOLT_1, VOLT_2, VOLT_3, VOLT_4, VOLT_5, VOLT_6, PITCH, ROLL , YAW, ADS_VOLT_1, ADS_VOLT_2, ADS_VOLT_3, ADS_VOLT_4
//#define ACCZ_SOURCE TEST_3 // select between TEST_1, TEST_2, TEST_3, GLIDER_RATIO, SECONDS_SINCE_T0,AVERAGE_VSPEED_SINCE_TO , VOLT_1, VOLT_2, VOLT_3, VOLT_4, VOLT_5, VOLT_6, PITCH, ROLL , YAW, ADS_VOLT_1, ADS_VOLT_2, ADS_VOLT_3, ADS_VOLT_4
//#define T1_SOURCE ADS_VOLT_1 // select between TEST_1, TEST_2, TEST_3, GLIDER_RATIO, SECONDS_SINCE_T0,AVERAGE_VSPEED_SINCE_TO , SENSITIVITY, PPM, VOLT_1, VOLT_2, VOLT_3, VOLT_4, VOLT_5, VOLT_6, ADS_VOLT_1, ADS_VOLT_2, ADS_VOLT_3, ADS_VOLT_4
//#define T2_SOURCE ADS_VOLT_4 // select between TEST_1, TEST_2, TEST_3, GLIDER_RATIO, SECONDS_SINCE_T0,AVERAGE_VSPEED_SINCE_TO , SENSITIVITY, PPM, VOLT_1, VOLT_2, VOLT_3, VOLT_4, VOLT_5, VOLT_6, ADS_VOLT_1, ADS_VOLT_2, ADS_VOLT_3, ADS_VOLT_4#define T1_SOURCE PPM
#define T2_SOURCE SENSITIVITY#define DATA_ID_VARIO 0x00 // = sensor 0
#define DATA_ID_FLVSS 0xA1 // 1
#define DATA_ID_FAS 0x22 // 2
#define DATA_ID_GPS 0x83 // 3
#define DATA_ID_RPM 0xE4 // 4
#define DATA_ID_ACC 0x67 // 7
// --------- 3 - PPM settings ---------
#define PIN_PPM 3 // default is 2 but my own device use 3
#define PPM_MIN_100 988 // default 1500 - 512 ; // pulse width (usec) when TX sends a channel = -100
#define PPM_PLUS_100 2012 // default 1500 + 512 ; // pulse width (usec) when TX sends a channel = +100
// --------- 4 - Vario settings ---------
// ***** 4.1 - Connecting 1 or 2 MS5611 barometric sensor *****
#define VARIO // set as comment if there is no vario
//#define SENSOR_IS_BMP180 // set as comment if baro sensor is MS5611
//#define VARIO2 // set as comment if there is no second vario
// ***** 4.2 - Sensitivity predefined by program *****
#define SENSITIVITY_MIN 50
#define SENSITIVITY_MAX 300
#define SENSITIVITY_MIN_AT 100
#define SENSITIVITY_MAX_AT 1000
// ***** 4.3 - Sensitivity adjusted from the TX *****
#define SENSITIVITY_MIN_AT_PPM 10 // sensitivity will be changed by OXS only when PPM signal is between the specified range enlarged by -5 / +5
#define SENSITIVITY_MAX_AT_PPM 40
#define SENSITIVITY_PPM_MIN 20 // common value for vario is 20
#define SENSITIVITY_PPM_MAX 200 // common value for vario is 100
// ***** 4.4 - Hysteresis parameter & Alt compensation based on sensor temp *****
#define VARIOHYSTERESIS 0
//#define ALT_TEMP_COMPENSATION 800
// ***** 4.5 - Vertical speeds calculations *****
#define VARIO_PRIMARY FIRST_BARO // select between FIRST_BARO, SECOND_BARO , AVERAGE_FIRST_SECOND, AIRSPEED_COMPENSATED , BARO_AND_IMU
#define VARIO_SECONDARY AIRSPEED_COMPENSATED // select between FIRST_BARO, SECOND_BARO , AVERAGE_FIRST_SECOND, AIRSPEED_COMPENSATED , BARO_AND_IMU
#define SWITCH_VARIO_MIN_AT_PPM 10
#define SWITCH_VARIO_MAX_AT_PPM 90
// ***** 4.6 - Analog vertical speed *****
//#define PIN_ANALOG_VSPEED 3
//#define ANALOG_VSPEED_MIN -3
//#define ANALOG_VSPEED_MAX 3
// ***** 4.7 - Calculating glider ratio, average sink/climb rate ******************************
//#define GLIDER_RATIO_CALCULATED_AFTER_X_SEC 1 // value must be higher or equal to 1, set line as comment if no calculation must be performed
#define SPEED_TOLERANCE 5 // in % of speed
#define VSPEED_MIN_TOLERANCE -200 // out of tolerance when Vspeed is lower than this value (cm/sec)
#define VSPEED_MAX_TOLERANCE -10 // out of tolerance when Vspeed is upper than this value (cm/sec)
// --------- 5 - Airspeed settings ---------
#define AIRSPEED MS4525
#define AIRSPEED_AT_SEA_LEVEL_AND_15C // if this line is commented, airspeed is calculated using baro pressure and temperature (so being "true" airspeed instead of normalised airspeed)
#define AIRSPEED_IN_KMH // uncomment this line if airspeed has to be in km/h instead of knot/h (openTx 2.0 expect knot/h while openTx 2.1 expect km/h)
#define AIRSPEED_RESET_AT_PPM 100
#define COMPENSATION_MIN_AT_PPM 60
#define COMPENSATION_MAX_AT_PPM 90
#define COMPENSATION_PPM_MIN 80
#define COMPENSATION_PPM_MAX 140
