Lenovo M7 Drone User Manual

1. Introduction

The Lenovo M7 Drone is a C0 level toy drone designed for entertainment and recreational activities, suitable for beginners and young aviation enthusiasts. It features an 8K Aerial HD Dual Camera, intelligent obstacle avoidance, a brushless motor, 5G WIFI, and GPS capabilities, controlled via a screen remote. This manual provides essential information for safe and effective operation.

For ages 14+

Lenovo M7 Drone with remote control and batteries — Lenovo M7 Drone with 8K camera, remote control, and batteries, highlighting 10000M range, 8K Ultra HD, GPS, 5G Wifi.

2. Package Contents

Ensure all items are present in the package:

Drone x 1
Remote Control x 1
Battery x 1
Spare Propeller Blades x 4
Protective Frame x 4
USB Charging Cable x 1
Memory Card x 1
Card Reader x 1
Instruction Manual x 2

M7 Drone with remote control and accessories — The complete set of the M7 Drone, including the drone, remote control, and various accessories.

3. Specifications

Feature	Detail
Model	M7
Product Color	Black
Folded Size	14.5 * 9 * 6 CM
Unfolded Size	26.5 * 26.5 * 6 CM
Material	Plastic, Metal, Electronic Components, Acrylic
Receiving Frequency	2.4G
Number of Channels	4 channels
Age of Use	14+
Body Battery	3.7V 800mAh Lithium Battery
Motor Type	1503 Brushless Motor
Charging Time	Approximately 90 minutes
Single Battery Flight Time	Approximately 15 minutes
Remote Control Distance	100 meters (distance), 30 meters (height)
Max Flight Speed	4 m/s
Max Flight Height	50 meters
Remote Control Battery	Built-in Lithium Battery (USB charging)
Camera Resolution	8K
Camera Angle	Electrically adjustable 90 degrees
Image Transmission Signal	WiFi transmission
Return Distance	15-30 meters
Takeoff Weight	156 grams
Payload Capacity	None (no additional equipment or sensors)

M7 Drone product parameters table — Detailed product parameters for the M7 Drone.

M7 Drone folded and unfolded dimensions — Dimensions of the M7 Drone in both folded and unfolded states.

4. Setup and Assembly

4.1. Installing Protective Frames

Insert the four protective frames into the aircraft as shown in the diagram.

4.2. Installing Propellers

The propeller blades are not identical; each blade is marked with an "A" or "B".
When installing the blades, ensure they are correctly matched to the corresponding motor arms as indicated by the letters.
Incorrect installation of propeller blades will prevent the aircraft from taking off, causing it to flip over and crash.

M7 Drone product packaging with dimensions — Product packaging and dimensions.

5. Battery Charging

5.1. Drone Battery Charging

Connect the USB charging cable to a USB port on a computer or another USB charging device. The indicator light will illuminate.
Remove the battery from the drone.
Connect the battery plug to the USB charging device's socket.
The indicator light will be ON while charging and turn OFF when fully charged.

5.2. Remote Control Battery Charging

The remote control has a built-in lithium battery that is charged via a USB cable. Connect the remote control to a USB power source using the provided USB cable.

Important Safety Notes:

Only use the factory-supplied USB charger.
Do not leave the device unattended during charging.
Store the battery in a cool place, away from direct sunlight.

6. Remote Control Overview

The M7 Drone features an intelligent remote control with a built-in screen for real-time image transmission. It supports both screen display transmission and APP transmission (via mobile phone).

M7 Drone remote control guide with labeled buttons — Detailed diagram of the remote control with labeled buttons and functions.

M7 Drone dual-screen switching, user-friendly, flexible and smooth — The remote control supports dual-screen switching for flexible operation.

Remote Control Functions:

Power Switch: Turns the remote control ON/OFF.
One-Touch Start/Landing: Initiates takeoff or landing with a single press.
Emergency Stop: Long press to immediately stop the drone in an emergency.
Throttle Stick: Controls altitude (up/down).
Steering Sticks: Controls forward/backward, left/right movement, and rotation.
Flight Fine-Tuning: Adjusts for minor drifts in flight.
Gyro Calibration: Calibrates the drone's gyroscope for stable flight.
Photo/Gallery Button: Short press for photo, long press for photo preview/delete.
Video/Video Button: Short press for video, long press for video preview/delete.
Screen Switch: Toggles between screen display and APP display.
Stunt Rolling: Activates 360° tumbling stunts.
Headless Mode: Simplifies flight control by eliminating the need to orient the drone.
Upload Photo/Video: Transfers media.
Scroll Down for Photo/Video: Navigates media on the screen.
Play/Return: Short press to play video, long press to return to main interface.
Speed Adjustment: Switches between low, medium, and high speeds.
Servo Adjustment: Adjusts camera angle (up/down).

7. Operating Instructions

7.1. Basic Flight Controls

Video demonstrating the M7 Drone's flight capabilities, including one-click takeoff, three-speed adjustment, screen display transmission, electrically adjustable camera, one-click photo/video recording, optical flow hovers, modular battery, stunt roll, trajectory flight, and one-click landing.

Takeoff: Place the drone on a flat surface. Press the One-Touch Start button. The drone will automatically ascend and hover.
Landing: Press the One-Touch Landing button. The drone will automatically descend and land.
Altitude Control: Use the left throttle stick to control the drone's ascent and descent.
Directional Control: Use the right steering stick to move the drone forward, backward, left, or right.
Rotation: Use the left steering stick to rotate the drone left or right.
Side Flight: Use the right steering stick for lateral flight (strafe left/right).

7.2. Fine-Tuning

If the drone drifts during flight, use the fine-tuning buttons on the remote control to correct its position. For example, if the fuselage is shifted backward, press and hold the fine-tuning button and then move the stick forward.

7.3. Speed Adjustment

The M7 Drone offers three speed modes: low, medium, and high. By default, it starts in low speed mode. Rotate the speed switch right to increase speed and left to decrease speed.7.4. Headless Mode

Headless mode simplifies flight by allowing the drone to move relative to the pilot's orientation, regardless of the drone's front direction. This is particularly useful for beginners or when the drone is far away.

Activation: Press and hold the (360°) button for approximately 3 seconds. The body lights will flash, and the remote control will emit a sound sequence (DDT~DDDT~DDDT).
Deactivation: Press and hold the (360°) button again for 3 seconds. The remote control will beep, indicating headless mode is exited.

7.5. Camera Operation

The drone is equipped with an 8K Aerial HD Dual Camera with an electrically adjustable 90-degree angle. It supports real-time image transmission via 5G WiFi.

Photo/Video Recording: Use the dedicated photo/video buttons on the remote control for one-click recording.
Camera Angle Adjustment: Use the servo adjustment buttons on the remote control to change the camera's vertical angle.
Gesture Shooting: The drone supports gesture control for taking photos. Aim at the drone lens and make a gesture to take a photo.
Waypoint Flight: Draw a trajectory on the screen, and the drone will autonomously fly along the designated path, capturing footage.

M7 Drone ESC large main camera, new algorithm high image quality, 30fps HDR video, dual cameras, 90° adjust angle, 120° wide-angle shooting — Features of the ESC large main camera, including 8K resolution, dual cameras, and adjustable wide-angle shooting.

M7 Drone gesture shooting — Demonstration of gesture control for taking photos with the M7 Drone.

M7 Drone waypoint definition, drawing a trajectory on the map — Illustrates how to define a waypoint trajectory for automatic flight.

8. Safety Guidelines and Restrictions

For recreational use only. Illegal modification of drones/planes is prohibited. Please also pay attention to the relevant laws and regulations on the use of drones/planes in your country/area to ensure legal use.

8.1. Flight Environment Restrictions

To ensure flight safety, avoid flying in areas such as airports, highways, train stations, subways, and densely populated urban areas.
Do not operate this aircraft in extreme weather conditions such as strong winds or storms.
Do not fly at night or beyond visual range.

8.2. Data Link Loss Behavior

The maximum height the M7 Drone can reach above its takeoff point is 50 meters. Exceeding this height may cause the drone to lose control and descend, and the operator may not be able to control the drone during descent, potentially leading to loss of the drone. This safety feature reminds users to pay attention to altitude restrictions during flight to avoid flight risks.

9. Maintenance

Regularly inspect propellers for damage and replace if necessary.
Keep the drone and remote control clean and free from dust and debris.
Store the drone and its components in a cool, dry place, away from direct sunlight and extreme temperatures.
Ensure all connections are secure before each flight.

10. Troubleshooting

Problem	Possible Cause	Solution
Drone battery connected, indicator light flashes, no response to operations.	Remote control and receiver not successfully paired.	Re-pair the remote control and receiver according to the instructions.
Drone does not respond when battery is connected.	1. Remote control/receiver not powered. 2. Remote control/receiver battery voltage low. 3. Poor electrode contact.	1. Turn on the transmitter and confirm the aircraft battery is in place. 2. Use a fully charged battery. 3. Reinstall the battery, ensuring good contact between battery and battery compartment.
Motor does not spin when throttle is pressed, receiver light flashes.	Insufficient lithium-polymer battery for flight.	Recharge the battery or replace it with a fully charged one.
Aircraft continuously rotates, unable to take off.	1. Main rotor deformation. 2. Weak aircraft battery.	1. Replace main rotor blades. 2. Charge or replace the battery with a fully charged one.
Aircraft vibrates excessively.	Main rotor deformation.	Replace main rotor blades.
Adjusted orientation, but fuselage still rotates, left/right rotation speed uneven.	1. Tail rotor deformation. 2. Poor tail motor.	1. Replace tail rotor blades. 2. Replace the motor.
Aircraft still deviates forward or backward.	Gyroscope center point incorrect.	After powering on, return the lift lever to the neutral position and power on again.
Aircraft cannot fly after a fall.	1. Electrode detachment. 2. Loose gear.	1. Reconnect the electrode. 2. Tighten the gear.

11. User Tips

Battery Life Management: The drone offers approximately 15 minutes of flight time per battery. Consider purchasing additional batteries for extended flight sessions. Always ensure batteries are fully charged before use.
Pre-Flight Check: Before each flight, perform a quick visual inspection of the drone, especially the propellers and protective frames, to ensure they are securely attached and undamaged.
Calibration: Always calibrate the drone's gyroscope before takeoff, especially if you notice any instability during previous flights. The drone's lights will flash during calibration and remain solid once complete.
Smooth Control: When operating the drone, especially for beginners, use the control sticks slowly and gently. Sudden movements can lead to loss of control.
Wind Conditions: While the drone has some wind resistance, avoid flying in strong winds to maintain stability and prevent loss of control.

12. Warranty and Support

For warranty information, technical support, or service inquiries, please refer to the contact information provided by your retailer or the official Lenovo support channels. Keep your purchase receipt as proof of purchase.

You can also find video tutorials by scanning the QR code in the original manual (refer to page 3/9 of the PDF for the QR code location).

M7 Screen control series, Pro-level screen control kit, real-time transmission, take photos/videos — The M7 Drone features a pro-level screen control kit for real-time transmission and media capture.