Introduction
Enjoy the FPV Racing experience with the Eachine Racer 180. This drone offers faster flight, a more stable picture, and a smaller, more powerful design.
1.0 Know Your Drone
The main structure is constructed from Carbon Fiber Composite materials, providing excellent toughness and resistance to impact. It features a new industrial and modular design, enhancing product variety and making it easy to install, maintain, replace, and update components. The drone is equipped with a 5.8G real-time image transmission system for diverse visual experiences.
Key Components:
- F3 6DOF flight control
- KF 180 steering engine
- 20A ESC
- Forward Motor
- Motor reverse
- Positive blade (black cap)
- Anti-blade (blue cap)
- Camera
- Image transmission
- 4S 30C 1100mAh battery
- PVC Case
- Mushroom antenna
- Receiver (optional)
The drone features an exploded view diagram illustrating these components, showing their placement and connections.
2.0 Specification
Drone Specifications:
- Main wing: 55mm
- Airframe dimensions: 200mm x 180mm x 94mm
- Weight: 397g (excluding battery)
- Controller: 2.4G 6 channels
- Receiver: Integrated 6 channels
- Flight Control: F3 flight control appliance
- Motor: 2205-2300KV
- ESC: 20A
- Li-Battery: 14.8V 1100mAh 30C 4S Li-Po
- Fly time: 10-14 minutes
- Working temperature: -10°C to +40°C
Diagrams show the front and side views of the drone with dimensions indicated.
2.1 Specification of the Camera
- Resolution: 1000TVL
- PAL format: 976H X 582V
- NTSC format: 976H X 494V
- Power output: 5V
The camera is a 1000TVL CCD camera that supports N/P switch and night flight. A diagram labels the camera and its support for N/P switch and night flight.
2.2 Imaging Parameters
- Propeller: 4-inch three-blade propeller
- Motor: 2205-2350KV
- Locknut: Double locknut
The double locknut is designed to effectively prevent the propeller from becoming loose. The motor provides more power. Diagrams illustrate the propeller and motor assembly.
3.0 Notice in Flight
- The drone is applicable to individuals with operating experience, aged 14 and above.
- Avoid flying in adverse weather conditions such as gale, rain, snow, or fog.
- Choose an open and legal flying field.
- Stay clear of high-speed rotating parts like propellers and brushless motors.
- Do not fly near high-tension lines, base stations, or launch towers to prevent interference with the RC controller.
- Do not fly in designated no-fly zones restricted by law and rules.
4.0 Charging
To charge the drone battery:
- Plug the adapter into the charger. The indicator light on the charger should be on.
- Connect the battery to the charger.
- During charging, the red indicator light will flash. When charging is complete, the red indicator light will turn solid green.
A diagram shows the power plug and charging connection.
5.0 Assembling of the Drone
Install of the Blade Propellers:
Install the forward propeller (with black nut) onto the forward motor as indicated by the arrow direction. Install the reversed propeller (with blue nut) onto the reversed motor following the arrow direction. Tighten the propellers by hand, ensuring they are correctly and securely installed.
Diagrams show the correct orientation for installing propellers with black and blue caps, indicating head direction.
Installing Battery:
Place the battery and the anti-skidding cushion into the drone. Adjust the drone's center of gravity to ensure the head and tail are horizontal. Use the provided closure to fix the battery.
A diagram illustrates battery installation with Velcro slip stickers and a lithium battery.
Gravity Center Modification Method:
To adjust the center of gravity, hang the drone in the air by its center. If the head drops, the center of gravity is too far forward; move the battery backward. If the tail drops, the center of gravity is too far back; move the battery forward. Continue adjusting until the head and tail are horizontal.
Diagrams show the process of adjusting the battery position for horizontal flight, indicating head direction and center line.
6.0 Ready to Fly
6.1 Charging of the Drone:
Ensure the drone is positioned horizontally and connect the power source.
Notice: Erect the receiving antennas before flying to enhance communication distance. ⚠️
6.2 Motor Unlocking/Locking:
Motor Unlocking:
1. Turn all switches on the RC controller to their respective positions. 2. Set the throttle lever to the lowest position. 3. Turn on the controller's power. 4. Move the SWC (Selector Switch) to the middle position. 5. Turn the analog stick to the rightmost position. If the plane makes a dripping sound, the motor is unlocked. You can then move the throttle lever upwards to engage the motor.
Diagrams illustrate joystick controls for Mode 1 (Righthand throttle) and Mode 2 (Lefthand throttle), showing direction of the joystick, throttle stick, and lift rocker.
Motor Locking:
1. Set the throttle lever to the lowest settings. 2. Turn the analog stick to the leftmost position. This action locks the motor. When the throttle lever is moved upwards, the motor will not engage.
Diagrams illustrate joystick controls for Mode 1 (Righthand throttle) and Mode 2 (Lefthand throttle) for motor locking.
7.0 End of Flying
- Land the drone by hand.
- Turn off the power of the drone, then turn off the power of the RC controller.
- Remove the battery from the drone.
Notice: Crossing fly is more suitable for experienced operators. When crossing, fly within visual sight (50m) or within 300m with video reception (actual range depends on weather and environment). Avoid obstacles like crowds, animals, and high-tension lines. ⚠️
A diagram illustrates a "Crossing fly" path with obstacles (trees) and the drone's trajectory.
Low Battery Warning: If the plane makes dripping sounds, it indicates low battery voltage. Land the plane as soon as possible to prevent crashing.
