Eachine Wizard X220HV Quick Start Guide
Package Included
- 1 x X220HV frame kit
- 2 x 2306 1650KV brushless motor CW
- 2 x 2306 1650KV brushless motor CCW
- 1 x 4 IN 1 45A BLHeli_S ESC
- 1 x Customized F4 flight controller Built-in OSD
- 1 x Foxeer arrow mini pro 2.5mm 650TVL camera
- 1 x 5.8G 40CH 0mW/25mw/200mw/600mw VTX Switchable
- 1 x 110DB BB alarm buzzer
- 1 x SpeedyBee bluetooth module
- 1 x 45mm RP-SMA male antenna RHCP
- 2 x 200*20mm battery strap
- 1 x 30° camera mount compatible with Runcam 3 3S Gopro session
- 2 x Dalprop cyclone T5046C transparent white CW
- 2 x Dalprop cyclone T5046C transparent white CCW
- 2 x Dalprop cyclone T5046C transparent purple CW
- 2 x Dalprop cyclone T5046C transparent purple CCW
- 10 x 2.5*100mm nylon strap black
A diagram shows the Eachine Wizard X220HV drone with various components labeled: SpeedyBee bluetooth module, 45mm RP-SMA male antenna RHCP, 2306 1650KV brushless motor, Foxeer arrow mini pro 2.5mm 650TVL camera, Dalprop Cyclone T5046C propeller, 5.8G 40CH 0mW/25mw/200mw/600mw VTX Switchable, 110DB BB alarm buzzer, Customized F4 flight controller Built-in OSD, and 4 IN 1 45A BLHeli_S ESC.
1.0 Frame kit
- Wheel base: 220mm
- Upper plate thickness: 2.0mm
- Frame arm thickness: 5.0mm
- Bottom plate thickness: 3.0mm
- X plate thickness: 1.5mm
- Camera side plate thickness: 1.5mm
- Camera standoffs: M3*28mm 1 PC
- Frame standoffs: M3*20mm 8 PCS
A technical drawing illustrates the drone's frame structure, showing the arrangement of plates and arms.
2.0 Motor
- Motor KV: 1650 RPM/V
- Idle current(Io/10V): 1.05A
- Lipo cell: 3-6S
- Weight: 35g
- Max continuous current: 36A
- Max continuous power: 860W
- Max thrust: 2350g
- Configuration: 12N/14P
- Stator diameter: 23mm
- Stator thickness: 6mm
- Motor diameter: 29mm
- Motor body length: 18.4mm
- Overall shaft length: 32.9mm
- Prop adapter shaft: M5
- Bolt holes spacing: 16mm
- Bolt thread: M3
- Propeller: 5-6 inch
Detailed technical drawings of the motor are provided, showing front, side, and rear views with dimensions indicated. Key dimensions include stator thickness (6mm), motor diameter (29mm), motor body length (18.4mm), and overall shaft length (32.9mm). The prop adapter shaft is M5, bolt holes spacing is 16mm, and bolt thread is M3. Recommended propellers are 5-6 inch.
3.0 ESC
- Integrated PDB
- Working voltage: 2-6S Lipo
- Continuous working current: 4*45A
- Peak current: 4*50A (6S)
- Main control chip: 48Mhz EFM8BB2
- Firmware: BLHeli_S Supports Dshot600
- MOS: 5*6
An image displays the Integrated PDB ESC board, showing its component layout and connectors.
4.0 Flight controller
- Main control chip: STM32F405
- Sensor: MPU6000 6 axes
- Power supply: 5V
- Integrated OSD
- LC filter on board
- Supports BetaFlight / inav running firmware
An image displays the Customized F4 flight controller board, showing its component layout and connectors.
5.0 Antenna
- Brand name: Eachine
- Item name: antenna
- Quantity: 1 PC
- Connector: RP-SMA Male
An image shows the RP-SMA male antenna.
6.0 Switchable VTX
- Output power and transmission distance: ≥0.5km@25mW, ≥1km to 200mW, ≥2km to 600mW
- Transmission power: 0mW / 25mW / 200mW / 600mW
- Full video format: NTSC/PAL
- Input voltage and power dissipation: 7V ~ 24V, + 12V / 260mA @ 600mW
- Size: 36*36*6mm
- Weight: 7g (excluding antenna)
- Features: With output power self-check function.
- SCAN modes: Nixie tube SCAN: frequency point (1-8), frequency band (AE), power (1-3, 0=0mw, 1=25mw, 2=200mw, 3=600mw)
7.0 Camera
- Solution: 1/3" Sony SUPER HAD II CCD + Nextchip 2040 DSP
- Pixel: PAL: 976(H)x494(V)
- TV system: PAL
- Resolution: 600TVL(color) 650TVL(B&W)
- Synchronization: internal
- Min.illumination: 0.01Lux
- WDR: support
- DNR: 2D DNR
- White Dot repair: support
- OSD programming board: support
- Camera title: support
- Image adjustment: support
- OSD features: Edit name, power, flying time
- Input power: 5-40V
- Storage temperature: -40℃~60℃
- Working temperature: -10℃~50℃
- Power consumption: 70mA
- Low voltage alarm: support
- Preset mode: DEF, VIVID, SUNNY, CLOUDY, LED TR, USR1
- Size: 21.8x21.8mm
- Weight: 8.7g(excluding bracket)
An image of the camera is shown, with annotations indicating lens options: 1.8mm M12 (FOV-D 150°) and 2.5mm M12 (FOV-D 130°).
8.0 SpeedyBee bluetooth module
- Support: Betaflight configurator
- Speedybee App compatibility: iOS 10.0+; iPhone 4S, iPad3; Android 4.3+
- Output power: 0dBM
- Sensitivity: -94dBM
- External interface: BROADCAST SWITCH, TX, RX, 3-5V DC Input, GND
- Transmission speed: Bidirectional 1K/S
- Bluetooth protocol: Bluetooth Specification V4.0 BLE
- Transmission distance: 30 meters
- Frequency range: 2400MHz-2483.5MHz (2.4G ISM Band)
- Baud rate: 2400, 4800, 9600, 14400, 19200(default), 28800, 38400, 57600, 76800, 115200, 230400
- Working voltage: 3.3V-5.0V
- Working current: 8.3mA-10mA
- Weight: 1.4g
- Size: 27*15*4.5mm
A diagram illustrates the SpeedyBee bluetooth module, detailing its internal components and external connections. The pinout is shown as: GND, 3.3-5V, RX, TX, BLE Switch. An LED indicator is described: Blue and constantly on when connected; not lit when disconnected.
9.0 110DB BB alarm buzzer
- Working voltage: 5V
- Standby battery: lipo 4.2V 100mah
- Loudness: 110DB
- Size: 36 * 36mm
- Weight: 8g
10.0 Motor Unlock/lock
Motor Unlock: Put the throttle rocker at the lowest point, move the rudder rocker to the right and keep it for more than 2 seconds. The blue state indicator is always on, indicating the motor is unlocked.
Two diagrams show transmitter stick positions for motor control. For Motor Unlock: the throttle rocker is at the lowest point, and the rudder rocker is moved to the right for over 2 seconds, indicated by a blue state indicator.
Motor lock: Put the throttle rocker at the lowest point, move the rudder rocker to the leftmost side, and the red state indicator is always turned on to lock the motor. At this time, pushing the throttle rocker upward will not rotate the motor.
Two diagrams show transmitter stick positions for motor control. For Motor Lock: the throttle rocker is at the lowest point, and the rudder rocker is moved to the leftmost side, indicated by a red state indicator, preventing upward throttle movement from rotating the motor.
11.0 Traversing flight
A diagram depicts a drone's flight path, showing a series of pylons or markers arranged in a curved path, illustrating a traversing flight scenario.
- 1. Flying is more suitable for experienced pilots.
- 2. During the flight, please keep the flight within the video receiving range (the actual range depends on the flight environment and weather conditions).
- 3. During flight, please avoid crowds, animals, and high voltage wires and other obstacles.