Eachine BLADE 185 Quick Start Guide

www.eachine.com

Get to know your aircraft

The BLADE 185 is a highly integrated design aircraft for FPV flight. Its body is constructed from carbon fiber materials with a protective motor cover design, contributing to its solid build. The BLADE 185 utilizes the latest Naze32 rev6 flight controller, featuring a compass and barometer, making it a popular choice for FPV enthusiasts. It is equipped with an advanced 5.8GHz live video and OSD (On-Screen Display) system for an immersive visual FPV experience. The built-in Cleanflight black box allows for flight data logging, which is beneficial for diagnosing problems and tuning PID and other flight performance settings.

Diagram showing the Eachine BLADE 185 drone with numbered components:
  • 1. 120°CMOS 520TVL HD Camera
  • 2. Headlight
  • 3. B1806-CW KV2300 Motor
  • 4. B1806-CCW KV2300 Motor
  • 5. Propeller adapter Black
  • 6. Propeller adapter Red (LH-Thread)
  • 7. Shock absorption for Mobius/Runcam
  • 8. GPS (Optional)
  • 9. 2.4G Receiver (Optional)
  • 10. Mushroom antenna
  • 11. Power port (XT60)
  • 12. Receiver port
  • 13. GPS port
  • 14. Li-pro battery
  • 15. AIO Plate fixing mount
  • 16. AIO Plate (Internal Naze32 FC, ESC, 5.8G TX, OSD, Buzzer, LC-Power)
  • 17. Camera guard
  • 18. 4045R Propeller
  • 19. 4045 Propeller

Get to know your Remote Controller (Optional)

A remote controller is included with the RTF (Ready-to-Fly) set. The BLADE 185 features two useful flight modes: STABILIZE and ADVANCED (Manual mode). These modes are selected via the MIX switch (SWB). Select the appropriate mode according to your flight skills. For your first test flight with a new quadcopter, it is recommended to always start with the STABILIZE mode.

Diagram showing the remote controller with numbered parts:
  • 1. Handle
  • 2. Antenna
  • 3. Switch A
  • 4. Switch B
  • 5. Switch C
  • 6. Switch D
  • 7. Left stick
  • 8. Left trim
  • 9. Right trim
  • 10. Right stick
  • 11. Left trim (on right stick)
  • 12. Right trim (on right stick)
  • 13. Up button
  • 14. Enter key
  • 15. Down button
  • 16. Short press the Cancel key
  • 17. Code keys
  • 18. Switch (MIX switch SWB)
  • 19. LCD Display
Diagrams illustrating flight modes and stick configurations:
  • MODE 2 (Throttle stick on the left): Left stick controls Throttle/Rudder; Right stick controls Elev/Aile.
  • MODE 1 (Throttle stick on the right): Left stick controls Elev/Rudder; Right stick controls Throttle/Aile.
  • STABILIZE Flight Mode: Shows typical stick positions for stabilized flight.
  • ADVANCED Flight Mode: Shows typical stick positions for manual/acrobatic flight.
  • MIX Switch to "2" / MIX Switch to "1": Indicates how the MIX switch (SWB) selects between flight modes.

Specifications

Aircraft

Diagram showing the overall dimensions of the drone: Length 197mm, Width 168mm, Height 101mm.

Camera

Diagram showing camera dip switch settings:
  • For NTSC system, set the dip switch to "ON".
  • For PAL system, set the dip switch to "1".

TX58200 transmitter

TX58200 Frequency Table

CH FR
A B E F R
CH1 5725 5733 5705 5740 5658
CH2 5745 5752 5685 5760 5695
CH3 5765 5771 5665 5780 5732
CH4 5785 5790 5645 5800 5769
CH5 5805 5809 5885 5820 5806
CH6 5825 5828 5905 5840 5843
CH7 5845 5847 5925 5860 5880
CH8 5865 5866 5945 5880 5917
The table lists frequencies for the TX58200 transmitter across different groups (A, B, E, F, R) and channels (CH1-CH8). Each channel within a group corresponds to a specific frequency in MHz, determined by DIP switch settings.

Get to know the plug and DIP Switch

Diagram showing connection ports:
  • RC Input: GVS pins
  • GPS port: G V RXTX pins
  • Power port: XT60 connector

The BLADE 185 supports PPM, SBUS, and DSM RC input formats. Use DIP Switch "A" to select the RC INPUT format.

DIP Switch A Settings for RC Input:
  • RX_PPM: PPM RX input.
  • RX_SERIAL: Serial-based receiver (SPEKSAT, SBUS, SUMD).
  • RX_PARALLEL_PWM: PWM RX input (one wire per channel).
  • RX_MSP: MSP RX input (control via MSP port).

*Note: Setup requires Cleanflight Configurator.

DIP Switch "B" is used to choose the transmitter frequency, as detailed on page 6.

Serial Receiver Provider Options (for Identifier RX):
  • SPEKTRUM1024
  • SPEKTRUM2048
  • SBUS
  • SUMD
  • SUMH
  • XBUS MODE B
  • XBUS_MODE_B_RJ01

*Note: For steps 2/3/4, set up in Cleanflight Configurator. Select "Spektrum1024", "Spektrum2048", or "SBUS" in Step 4, depending on your receiver.

DIP Switch B Frequency Selection

The BLADE 185 features an internal 40ch TX58200 wireless video transmitter. Move the DIP Switch "B" to choose the desired frequency.

Diagram showing DIP Switch B settings for frequency selection:
  • Frequency group A: CH1:5725, CH2:5745, CH3:5765, CH4:5785, CH5:5805, CH6:5825, CH7:5845, CH8:5865.
  • Frequency group B: CH1:5733, CH2:5752, CH3:5771, CH4:5790, CH5:5809, CH6:5828, CH7:5847, CH8:5866.
  • Frequency group E: CH1:5705, CH2:5685, CH3:5665, CH4:5645, CH5:5885, CH6:5905, CH7:5925, CH8:5945.
  • Frequency group F: CH1:5740, CH2:5760, CH3:5780, CH4:5800, CH5:5820, CH6:5840, CH7:5860, CH8:5880.
  • Frequency group R: CH1:5658, CH2:5695, CH3:5732, CH4:5769, CH5:5806, CH6:5843, CH7:5880, CH8:5917.

Each channel's frequency is determined by the specific combination of DIP Switch B settings (1-6).

Install mushroom antenna

Install the mushroom antenna to the mounting brackets as shown. Please install the mushroom antenna of the transmitter before powering on.

Attention before flight

Charge the Battery

  1. First, insert the LiPo battery balance plug into the B3 Compact charger.
  2. Connect the power cable to a wall outlet. The B3 Compact charger accepts voltage from 110V to 240V.
  3. When correctly powered, the charger LED will flash orange.
  4. During charging, the LED will be solid RED. When charging is completed, the charger will display a solid GREEN LED.
Diagram showing the battery charging setup: A "Power supply" connects to a "B3 Compact charger", which is connected to an "11.1V LiPo battery".

Attention:

Prepare the BLADE 185

Install propeller

Diagram illustrating propeller installation:
  • Motors are labeled M1, M2, M3, M4.
  • M1 and M4 motors (CW) use the 4045R propeller (CW) with the Red propeller adapter.
  • M2 and M3 motors (CCW) use the 4045 propeller (CCW) with the Black propeller adapter.
  • The diagram indicates the direction of rotation for each propeller.

Battery installation

Diagram showing the battery placed on the drone and secured with a strap.

Ready for flight

Attention:

WARNING:

Do not hesitate to land when you hear the beeper alarm or see the OSD indicating 10.5 volts.

Diagram illustrating the OSD information layout on a video receiver screen. It shows fields for Latitude, Longitude, GPS status, Direction, Flight mode (e.g., STAB), Speed, Altitude, Height, Battery voltage (e.g., 11.9V), and Flight Time (e.g., 0:00).

Binding of the BLADE 185

Diagram showing the remote controller and the aircraft, with red arrows pointing to the connection points for power and the location of the LED on the aircraft.

Motor Unlock/Lock

Motor Unlock

After binding the remote controller to the BLADE 185, check that all trims are neutral and the throttle stick is all the way down, indicating 0% throttle. Gently push the throttle stick down and move the rudder (YAW) stick to the right side and hold for more than 2 seconds (on Mode 2 radios, throttle and rudder are on the same stick). You will see two LEDs turn blue and hear a long "B" sound, indicating the motors are unlocked. Be cautious, as pushing the throttle up will start the motors. You can test by pushing the stick up slightly.

Diagrams showing stick positions for Motor Unlock:
  • MODE 1 (Throttle stick on the right): Shows ELEV/Rudder stick and Throttle stick.
  • MODE 2 (Throttle stick on the left): Shows Throttle/Rudder stick and ELEV stick.

Motor Lock

Lock the motors by moving the throttle stick all the way down and the rudder (YAW) stick all the way to the left. The two LEDs will remain green, and the buzzer will issue a "B~B" sound when the motors are disarmed. TEST: Push the throttle stick up slightly; the motors will not start when locked. NOTICE: The motors are LOCKED by default after successful binding.

Diagrams showing stick positions for Motor Lock:
  • MODE 1 (Throttle stick on the right): Shows ELEV/Rudder stick and Throttle stick.
  • MODE 2 (Throttle stick on the left): Shows Throttle/Rudder stick and ELEV stick.

Proximity FPV obstacle flying

Proximity FPV obstacle flying is more suitable for experienced pilots; high-speed obstacle avoidance flights require advanced skills. The recommended FPV range is 300m, depending on the environment. Avoid flying over people, animals, crowds, concerts, or sports stadiums. Avoid flying close to powerlines and cellphone towers, as these may cause a crash.

Diagram illustrating proximity FPV obstacle flying, showing a drone navigating through a course of obstacles (represented by trees).

End flight

  1. Land the aircraft and disarm (lock) it.
  2. First, power off the aircraft by unplugging the battery, then turn off the radio.
  3. Finally, remove the battery from the aircraft.

www.eachine.com

*User manual is subject to change without prior notice.

PDF preview unavailable. Download the PDF instead.

BLADE185 Quick Start Guide V1.0-EN 4.13 Corel PDF Engine Version 1.0.0.458 CorelDRAW 版本 12.0

Related Documents

Preview Eachine Blade 185 Quick Start Guide: Setup, Specifications, and Flight Instructions
Comprehensive quick start guide for the Eachine Blade 185 FPV drone. Learn about aircraft components, remote controller functions, specifications, setup, safety precautions, charging, propeller installation, binding, motor control, and flying techniques.
Preview Eachine Blade 185 FPV Drone Quick Start Guide | Setup and Flight Instructions
Comprehensive quick start guide for the Eachine Blade 185 FPV drone. Learn about aircraft features, remote controller setup, specifications, flight preparation, charging, binding, and flying modes. Includes detailed diagrams and instructions for optimal use.
Preview Eachine Blade 185 Quick Start Guide - FPV Drone
Comprehensive quick start guide for the Eachine Blade 185 FPV drone, covering aircraft and remote controller features, specifications, setup, flight preparation, and safety guidelines.
Preview Eachine EB 185 FPV Drone: Quick Start Guide
Comprehensive quick start guide for the Eachine EB 185 FPV drone, covering aircraft and remote controller features, specifications, setup, flight preparation, and safety instructions.
Preview Eachine E58 Foldable Drone: User Manual and Operation Guide
Comprehensive guide to operating the Eachine E58 foldable drone, covering setup, flight controls, safety precautions, troubleshooting, and mobile app integration for FPV flying. Learn about assembly, remote control functions, and mobile device operation.
Preview Eachine M80 Drone Instruction Manual: Setup, Operation, and Troubleshooting
Comprehensive instruction manual for the Eachine M80 drone, covering setup, flight controls, charging, safety precautions, and troubleshooting. Learn to operate your M80 drone safely and effectively.
Preview Eachine X220 V3 FPV Racing Drone Quick Start Guide
A comprehensive quick start guide for the Eachine X220 V3 FPV racing drone, detailing package contents, component specifications, and initial setup procedures using the Betaflight configurator.
Preview Eachine Tyro99 210mm DIY FPV Racing Drone - Build Your Own FPV Racer
Explore the Eachine Tyro99, a 210mm DIY FPV racing drone kit designed for enthusiasts. This package includes all essential components for building a high-performance FPV quadcopter, featuring a carbon fiber frame, powerful 2206 2150KV motors, a 4-in-1 30A BLHeli_S ESC, and an F4 flight controller with integrated OSD. Perfect for learning and competitive FPV racing.