NOTE: This product is currently on backorder and will be shipped from our location after November 24th. So please place your order as soon as possible.
Please note that whether you place your order through Cash on Delivery (COD) or Prepaid, cancellation or refund will not be possible in any case.
Motor Type (2306.5):
The “2306.5” indicates the stator size of the motor. In this case, it’s a 23mm diameter and 6.5mm height stator. Larger stator sizes generally provide more power and torque.
KV Rating (1800KV):
The KV rating specifies the motor’s speed in revolutions per minute (RPM) per volt. A lower KV rating (like 1800KV) is suitable for larger propellers and provides more torque, making it suitable for 5-inch propellers commonly used in FPV racing and freestyle drones.
Voltage (5S or 6S):
The KV rating, in combination with the number of LiPo cells (S), determines the motor’s optimal voltage. For example, a motor labelled “1800KV” might be suitable for a 4S (4-cell) or 6S (6-cell) LiPo battery.
Construction and Build:
Look for information on the build quality, materials used, and overall construction of the motor. Motors designed for FPV racing often have a robust build to withstand crashes.
Weight:
The weight of the motor is a critical factor, especially in racing drones where minimizing weight is crucial for agility and speed.
Shaft Size:
The size of the motor shaft is essential, as it determines the compatibility with different propellers. Most FPV motors have a 5mm shaft, but it’s always good to double-check.
Cooling Design:
Some motors come with features such as cooling fins or vents to dissipate heat during prolonged use, which can improve overall performance.
Mounting Pattern:
Check the motor’s mounting pattern to ensure it is compatible with your drone’s frame.
Integrated 5V BEC (Battery Eliminator Circuit):
Some motors come with an integrated 5V BEC that can be used to power accessories like cameras or video transmitters.
