betaflight-configurator-dat

CLI

# version
# Betaflight / STM32F411 (S411) 4.4.2 Jun  1 2023 / 02:20:34 (23d066d08) MSP API: 1.45

# config: YES
# board: manufacturer_id: HAMO, board_name: CRAZYBEEF4SX1280

board == CRAZY BEE F4SX1280

flash

  • CRAZYBEEF4SX1280 - CRAZYBEEF4SX1280-dat

  • 4.5.2 [19-Mar-2025]

  • Radio Protocol == CRSF

  • Other Options == xAcro Trainer / xGPS / xLED Strip / xOSD (Analog) / xOSD (Digital) / xPin 10 / xVTX
  • Telemetry Protocol == Automatically Included
  • Motor Protocol == DSHOT

SETUP

  • THE MOST IMPORTANT STEP: CALIBRATE ACCELEROMETER
  • NO NOT CALIBRATE ON A TABLE, PUT THE WHOOP ON THE FLOOR, MAKE SURE IT IS LEVEL
  • AFTER CALIBRATION, TURN ON MOTORS OR HOLD BY FINGERS, RECHECK

- IF NEEDED, REPEAT CALIBRATION PROCESS UNTIL SATISFIED

ports

Configuration

Accelerometer Trim

  • Accelerometer Roll Trim
  • Accelerometer Pitch Trim
roll roll trim pitch pitch trim
left -- back --
right ++ front ++

1. Accelerometer Trim

  • General setting that shifts the "zero level" of the accelerometer.
  • Used if your quad drifts in Angle/Horizon mode even after calibration.
  • Instead of recalibrating, you can apply a small trim value here.

2. Accelerometer Roll Trim

  • Adjusts the accelerometer’s idea of "level" on the Roll axis (left ↔ right).
  • Example:
    • Drone drifts right in Angle Mode → add positive Roll Trim.
    • Drone drifts left → add negative Roll Trim.

3. Accelerometer Pitch Trim

  • Adjusts the accelerometer’s "level" on the Pitch axis (forward ↔ backward).
  • Example:
    • Drone drifts forward in Angle Mode → add positive Pitch Trim.
    • Drone drifts backward → add negative Pitch Trim.

Board and Sensor Alignment

  • Roll Degrees
  • 00 Pitch Degrees
  • 90 Yaw Degrees 0
  • First GYRO/ACCEL
  • CW 90° First GYRO
  • Default <MAG Alignment

System configuration

Note: Make sure your FC is able to operate at these speeds! Check CPU and cycletime stability. Changing this may require PID re-tuning. TIP: Disable Accelerometer and other sensors to gain more performance.

  • 8.00 kHzGyro update frequency
  • 1.00 kHz PID loop frequency
  • Accelerometer
  • Barometer (if supported)
  • Magnetometer (if supported)

Dshot Beacon Configuration

Beacon Tone RX_LOSTBeeps when TX is turned off or signal lost (repeat until TX is okay) RX_SETBeeps when aux channel is set for beep

other features

  • air mode - consider turn this off, it may cause the whoop bump (hop round) when touch the ground

  • [] INFLIGHT_ACC_CAL

  • [] SERVO_TILT
  • [x] SOFT SERIAL
  • [] SONAR
  • [] LED_STRIP
  • [] DISPLAY
  • [x] OSD
  • [] CHANNEL_FORWARDING
  • [] TRANSPONDER
  • [] AIRMODE
  • [?] DYNAMIC_FILTER

Beeper Configuration

logs

  • ESC/Motor Features == ONE SHOT 125

  • gyro update frequency == 2kHz

  • PID loop frequency == 1kHz

  • accelerometer == ON

  • telemetry == ON

  • reiceiver == Serial-based receiver

failsafe

  • console - failsafe mode - no pulse

PID

  • keep all default

receiver

Modes

  • ARM == AUX 1
  • angle == AUX 2 HIGH
  • Horizon == AUX 2
  • Air Mode == AUX 1, air mode only in arco mode
  • beeper - also in AUX 1

Arco mode is very stable, good for beginners

  • beeper == AUX3
  • Air Mode == AUX2 LOW
  • FPV ANGLE MIX == AUX2 HIGH
  • FLIP OVER AFTER CLASH == AUX4 HIGH

motors

  • mixer

✅ Recommended ESC/Motor Protocol for Mobula8

  • DSHOT600 → most common, reliable, and default for Mobula8.

⚡ Alternatives (if you have issues)

  • DSHOT300 → safer fallback if you experience desyncs or motor twitching.
  • DSHOT1200 → possible on some boards, but not necessary (no real benefit on Mobula8).

test

  • [x] DSHOT 300
  • [x] DSHOT 600

settings

DSHOT300 -- ESC/Motor protocol

[] - MOTOR_STOP Don't spin the motors when armed [] - ESC_SENSOR Use KISS/BLHeli_32 ESC telemetry over a separate wlre [x] - Bidirectional Dshot (requires supported ESC firmware) 12 - Motor poles (number of magnets on the motor bell) 0 - Dynamic Idle Value [* 100 RPM] 8% - Motor Idle ( %, static)

EX1103 - KV11000 == Standard tiny whoop motors like EX1103 11000KV have 6 poles / 3-phase, but some high-torque variations may use 12 poles.

reset

The following problems with your configuration were detected:

o there Is no motor output protocol selected. Please select a motor output protocol appropriate for your ESCs in 'EsC/Motor Features' on the 'Motors' tab. Cautlon: Selecting a motor output protocolthat is notsupported by your ESCs can lead to the EsCssplnnlng up as soon as a battery ls connected.For this reason, always make sure to remove the props before connectlng a battery for the first tlme after changlng the motor output protocol.

../../../../Tech-dat/PID-dat/2025-09-04-12-45-34.pnged but It Is not callbrated. If you plan to use the accelerometer, please follow the instructions for 'Calibrate Accelerometer' on the 'Setup' tab. If any function that requires the accelerometer (auto level modes, GPS rescue, .) is enabled, arming of the craft will be disabled until the accelerometer has been calibrated. If you are not planning on using the accelerometer it is recommended that you disable it in 'System configuration' on the 'Configuration' tab. You need to fix these problems before attemptlng to fly your craft.

error log

status
MCU F411 Clock=108MHz (PLLP-HSE), Vref=3.31V, Core temp=71degC
Stack size: 2048, Stack address: 0x2001fff0
Configuration: CONFIGURED, size: 3630, max available: 16384
Devices detected: SPI:1, I2C:0
Gyros detected: gyro 1 locked dma
GYRO=ICM42688P, ACC=ICM42688P
OSD: MAX7456 (30 x 13)
BUILD KEY: ec13320be6dfb3454403e841b0669684 (4.4.2)
System Uptime: 50 seconds, Current Time: 2025-09-02T09:08:26.240+00:00
CPU:22%, cycle time: 124, GYRO rate: 8064, RX rate: 249, System rate: 9
Voltage: 731 * 0.01V (2S battery - OK)
I2C Errors: 0
Arming disable flags: BADRX ANGLE CLI ARMSWITCH

Arming disable flags: BADRX ANGLE CLI ARMSWITCH

  • BADRX is the most common cause when telemetry works but motors don’t spin.
  • ANGLE prevents arming if FC is not level — always flat on table for first arm.
  • Don’t arm with props attached until confirmed on table.

Arming disable flags: THROTTLE CLI MSP

Other setup

What is Air Mode?

  • Air Mode is a Betaflight flight feature that keeps the motors active and responsive even at zero throttle.
  • Without Air Mode:
    • When you cut throttle, motors almost stop spinning.
    • The quad loses control authority and can "fall" or tumble.
  • With Air Mode ON:
    • Motors always maintain some thrust (idle speed).
    • You can still control pitch, roll, and yaw when throttle stick is at minimum.

Why Use Air Mode on Whoops?

  • ✅ Smoother hovering and stable control, even at low throttle.
  • ✅ Prevents sudden drop when you release throttle indoors.
  • ✅ Essential for flips, rolls, or freestyle tricks.
  • ⚠️ For very small brushed whoops, it can make them bounce indoors (too sensitive).

black box

Outboard serial logging device You can log to an external logging device (such as an OpenLager) by using a serial port. Configure the port on the Ports tab.

Table of Contents

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