Tiger Motor F60 2350KV

Description

What it is

The Tiger Motor F60 2350KV is an electric step motor designed for drone and steam model applications.

Features

• Name: Tiger Motor F60 2350KV
• SKU: ARD0010938
• KV: 2350
• Price: 23.94 €

What it is for

The Tiger Motor F60 2350KV is ideal for boosting the performance of drones and steam models. It can be used to build steam models with wings of approximately 200mm and 3S 1300mAh LiPo batteries.

Tutorial: How to use Tiger Motor F60 2350KV

The Tiger Motor F60 2350KV is a step motor for drones and steam models, ideal for building and flying models. Suitable for beginners and intermediates.

What you need

• Tiger Motor F60 2350KV
• Flight Control (RC receiver)
• ESC (Electronic Speed Controller)
• Model frame and wings
• Battery

Steps

1. 1. Check the compatibility of the ESC with the 2350KV.
2. 2. Mount the motor on the frame, make sure the orientation is correct.
3. 3. Connect the motor to the ESC, check the datasheet for connection points.
4. 4. Connect the ESC to the RC receiver, follow the specifications.
5. 5. Mount the wings to the frame, ensure the motor is centered.
6. 6. Charge the battery, check the datasheet for voltage.
7. 7. Turn on the RC receiver, check that the ESC recognizes the motor.
8. 8. Test the motor in flight, verify stability and balance of the model.

Mini project

Build a steam model with 200mm wings and a 3S 1300mAh LiPo battery. Assemble the frame, mount the motor, ESC, and wings. Charge the battery and test the model in flight.

Common mistakes

• Incorrect motor orientation on the frame.
• Incorrect connections between motor and ESC.
• ESC not compatible with 2350KV.
• Battery with incorrect voltage.

Recommended accessories

• 3S 1300mAh LiPo battery
• Wood or carbon frame
• 200mm wings
• Flight control (RC receiver)

Frequently asked questions

Is the ESC compatible with 2350KV?
Check the ESC datasheet.

What are the charging voltages for the battery?
Check the battery datasheet.

How can I test the flight motor?
Mount the motor on a steam model and check stability and balance.