Faradyi C5065-V2 335KV 435KV Drone Brushless Motor​

Feature:

Model Faradyi C5065 Drone Brushless Motor​
KV(RPM/VoLt) 335/435
MAX Watts (W) 1600/1750
Voltage Range(V) 15-24/15-30
Max Current(A) 53/73
Rotor Poles 14
No load Current(A) 1.2/1.6
Resistance(Ω) 0.0234/0.0421
Motor Size (mm) 50×63.5
Stator Size(mm) 40.6×30
Weight(g) 375
Propeller (Inch) 16×8/16×10/17×9/ 16×10/18×10/18.5×12

Model:

其他信息

Model

Faradyi C5065 Drone Brushless Motor​

Rated Voltage(V)

15~30V

Rated Power (W)

1600

Weight (g)

About 375

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Proudct Information:

Description

Professional-Grade Power Solution

Designed for RC fixed-wing enthusiasts and commercial drone operators, the Faradyi C5065-V2 dual-KV brushless drone motor delivers aerospace-grade torque stability across 335-435KV ranges, featuring military-spec construction for sustained operation in demanding flight conditions.

Performance-Enhancing Features

  1. 14-Pole Torque-Optimized Architecture
    Advanced magnetic circuit design ensures <2% torque ripple at full load, maintaining consistent thrust output for long-endurance fixed-wing flights or heavy-lift drone operations.

  2. Universal Fixed-Wing Compatibility
    Standardized mounting pattern (Ø25mm axle) integrates seamlessly with 90% of 1:5-1:8 scale aircraft models, from foam-board trainers to composite racing wings.

  3. Aerospace-Grade CNC Construction

    • 6061-T6 aluminum housing with MIL-A-8625 anodization withstands 15G vibration loads
    • Interlocked cooling fins increase heat dissipation by 35% vs. cast aluminum counterparts
  4. Dynamic Rotor Balancing System
    Triple-phase laser balancing achieves <0.2g residual imbalance, enabling vibration-free operation up to 45,000 RPM (45% higher than ISO 1940 G2.5 standard).

  5. Energy-Efficient Windings
    Oxygen-free copper (OFC) coils with 99.95% purity reduce I²R losses by 18%, coupled with high-temp Class H insulation (180°C rating) for sustained 120A continuous draw.

Technical Specifications of Drone Brushless Motor​

ParameterValue
KV Options335KV (Endurance) / 435KV (Speed)
Stator Dimensions50mm Ø × 65mm length
Weight285g (dry)
Max Continuous Power6500W @ 44.4V
Peak Efficiency94% @ 20,000 RPM

Operational Advantages

  • Precision Energy Conversion: 96% electrical-to-mechanical efficiency reduces battery consumption by 22% compared to standard 12-pole motors
  • Extended Service Life: ABEC-7 rated hybrid ceramic bearings sustain 800+ flight hours under 15kg axial loads
  • Quick-Connect Compatibility: Supports 5.5mm bullet connectors (included) with anti-corrosion nickel plating

Faradyi Motors Service

How to use the motor

1. Use tolerance: pay attention to the use range of voltage and current, and use the motor under the conditions specified in this standard, otherwise the life of the motor will be reduced.
2. Handling the motor: handle it with care, and use the motor casing as much as possible.
3. Motor wiring: the red lead wire is connected to the positive pole, and the black lead wire is connected to the negative pole. If the connection is reversed, the motor will rotate in the opposite direction.
4. Overload: Use it within the specified load range as much as possible. It is strictly forbidden to run the motor in a stalled state or close to the stalled state for a long time, otherwise the motor will burn out.
5. Motor storage:Storage temperature: 0C-40°C, storage humidity: 15%-90% RH
Avoid placing it in an environment with high temperature, high humidity and corrosive gas.
6. Motor operating temperature: 0°C-70C

Motor Precautions

1. When you use the motor, there must be no binding objects, such as adhesive, do not flow into the bearing through the rotating shaft, which will hinder the operation of the motor.
2. The rotation of the shaft may have the opposite effect on the life of the motor. In order to prolong the life, please check whether your load is in accordance with the regulations. Do not overload or hang items that hinder the rotation of the shaft.
3. Manufactured into an eccentric heavy radiation load, harmful to the life of the motor.
4. Do not store it in high temperature or extreme humidity, and do not place it in corrosive gas, which will reduce the effect of the motor
5. Do not run the motor in the surrounding high temperature and humidity.
6. When soldering on the positive and negative motor terminals of the power supply, the temperature of the soldering iron is 340C40C, and the heating time is within 3 seconds. Do not deform the plastic. Let the solder point flow into the motor or break the end of the wire during work, which will make the motor function decline.
7. Do not let the motor shaft get stuck. When the power is supplied, the motor will overheat in a short time and burn its accessories.
8. Supply the specified power and make sure it is within the range of measurable requirements.
9. When installing pulleys or gears, do not increase the weight abnormally when pressing them in.
10. When installing the motor, if the screw is too long, it will cause contact between the motor itself and the
rotor, which will affect the characteristics.

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