Frame Features:

Battery Plate Thickness: 1.5mm
Tilted Arm Design: 5° upwards for stability, using 20mm diameter carbon tubes.
Durable Construction: Aluminum alloy folding arms with nylon tubes and 8-hole motor mounts, supporting multiple motors.
Motor Mount Distance: Approximately 850mm, supporting up to 16-inch propellers.
Spacious Center Plate: 245mm x 180mm with a 35mm middle height.
Extendable Gimbal Mount: 10mm x 330mm carbon tube, adjustable length, multiple mounting positions.
Stable Landing Gear: 16mm diameter carbon tubes, 350mm height, 500mm horizontal spread.
Easy Maintenance: Plastic joints for easy disassembly and replacement; no maintenance issues.
Comprehensive Sales Service: Offers repair and spare parts, ensuring customer peace of mind.

Dongxingwei High Performance, High Value D4114 Motor

Excellent Balance: High pull, attractive design, superior performance, and high efficiency.
Durability: Imported NMB bearings for smooth operation and longer lifespan.
Advanced Construction: Oxygen-free copper wire, imported silicon steel sheets, high fill rate for enhanced efficiency.
High Pulling Power: Each motor can pull up to 3kg, suitable for applications like fishing, sea fishing, and aerial photography.
Wide Compatibility: Ideal for use with most multirotors with an axle distance of 500-1000mm.
Convenient Wiring: 60cm extra-long wiring for easy use with large axle distances.
Stronger Magnetic Field: More magnets for greater power and lower heat generation.

Quadcopter/Hexacopter Multirotor Brushless ESC Features

Specialized Core Program for Multirotors:

Significantly enhances ESC response speed to better meet high-speed flight challenges.
Ensures more stable hovering and smoother movement during rapid maneuvers.

Optimized for Disk Motors:

High compatibility with multirotor aircraft loads and long-flight demands.
Reduces the risk of motor burnout due to overload, suitable for many mainstream disk motors.

Advanced Intelligence and Adaptability:

Simplified ESC tuning with high intelligence, default settings meet most needs.
Reduces operational difficulty and enhances user experience.

Twisted-Pair Signal Wire Design:

Minimizes signal interference, ensuring smoother flight.

These features collectively contribute to a more stable, efficient, and user-friendly flight experience for multirotor drones.

Holybro Pixhawk 6C Key Design Points:

High performance H7 Processor with clock speed up to 480 MHz
New cost-effective design with low-profile form factor
Redundant inertial measurement unit (IMU) from Bosch® & InvenSense®
Newly designed integrated vibration isolation system to filter out high frequency vibration and reduce noise to ensure accurate readings
IMUs are temperature-controlled by onboard heating resistors, allowing optimum working temperature of IMUs

Holybro GPS M10N Features

Newest Ublox 10th Gen GNSS
Fast & Accurate Positioning
High-gain 25*25*4mm antenna
IST8310 Compass
Internal Buzzer, Safety switch
Ultra Bright UI RGB LED

MinimOSD

MinimOSD is an On-Screen Display (OSD) based on Arduino, designed for ArduPilot MEGA and MAVlink protocol flight control. Its main components include an Arduino ATmega328 MCU and a MAX7456 single-color screen overlay chip, programmed via a 6-pin FTDI compatible header. It features two separate power and ground sections: a 5V digital stage for the ATMEGA and OSD functions, powered via FTDI or other 5V sources, and a stabilized 5V analog stage for the OSD, powered through video I/O capable of handling up to +12V input.

T Series High-End Carbon Fiber Positive and Reverse Propellers

These propellers are designed by a professor from Beijing University of Aeronautics and Astronautics, featuring high efficiency and excellent dynamic balance. The propeller shape offers low air resistance, high efficiency, and low noise, making them suitable for long-endurance UAVs. Made from imported carbon fiber through high-temperature molding, they are durable, highly rigid, and resistant to deformation. The propellers undergo meticulous manual dynamic balancing and polishing to ensure consistent balance and performance.

RadioLink AT10 II 2.4Ghz 10CH RC Transmitter with R12DS Receiver Technical Specifications

Dimensions: 180×95×220mm; R12DS Dimensions: 50×32×15mm
Weight: 0.95kg
Transmitter Battery Size: 115×32×30.5mm
Transmission Frequency: 2.4GHz ISM Band (2400MHz ~ 2483.5MHz)
Modulation Mode: QPSK
Signal Bandwidth: 5.0MHz
Spread Spectrum: DSSS & FHSS
Adjacent Channel Rejection: >38dBm
Transmission Power: <100mW (20dBm)
Working Current: <105mA
Operating Voltage: 7.4 ~ 15.0V
Control Distance: >4000m (actual distance may vary based on environment)
Channels: 12 channels, 5 custom channels
Model Storage: 15 model data storage
Supported Models: Helicopters and Multirotors
Simulator Interface: Supports dedicated simulator mode
Display: 3.5-inch TFT true color, 320×480 pixels
Supported Receivers: R12DS (standard), R9DS, R6DS, R6DSM, R12DSM

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