Home » SunnySky X7015 V3 Brushless RC Airplane Motor – 30cc Equivalent
SunnySky X7015 V3 Brushless RC Airplane Motor – 30cc Equivalent
SunnySky X7015 V3 Brushless RC Airplane Motor – 30cc Equivalent
SunnySky

SunnySky X7015 V3 Brushless RC Airplane Motor – 30cc Equivalent

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SKU: SS-XV3-X7015-200
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$199.95
KV

SunnySky X7015 V3 Brushless RC Airplane Motor

The SunnySky X7015 V3 is an electric brushless motor marketed by SunnySky as a 30cc gas-engine equivalent for compatible RC airplanes. Available from Gator RC in 200KV and 270KV, it gives you two winding options to match your aircraft's electric power setup.

For a new electric build or a gas-to-electric conversion, select the KV option together with your battery, ESC, and propeller. Confirm mounting dimensions, propeller clearance, and aircraft balance before installation.

Key Features

  • Electric brushless power for compatible fixed-wing RC airplanes.
  • 30cc-equivalent power class, as described by SunnySky.
  • Choice of 200KV or 270KV winding.
  • 2.32 in (59 mm) motor length and 0.394 in (10 mm) shaft diameter.
  • Manufacturer-recommended 120A ESC; voltage rating must suit the selected battery.

Specifications

Specification 200KV 270KV
Model SunnySky X7015 V3 SunnySky X7015 V3
KV rating 200 RPM/volt 270 RPM/volt
Stator slots / rotor poles 24 / 22 24 / 28
Internal resistance 23.7 mΩ 12.1 mΩ
Motor length 2.32 in (59 mm) 2.32 in (59 mm)
Shaft diameter 0.394 in (10 mm) 0.394 in (10 mm)
Motor weight, including wires 21.06 oz (597 g) 21.38 oz (606 g)
Recommended ESC 120A 120A
Listed propeller options EOLO 19 × 9, 20 × 8, 20 × 10, 20 × 12 EOLO 19 × 9, 20 × 8, 20 × 10, 20 × 12

Choosing Your KV Option

KV describes a motor's approximate unloaded speed per volt. At the same voltage, the 270KV version has a higher theoretical unloaded speed than the 200KV version. KV alone does not determine thrust or suitability for your airplane.

Power System Setup

The listed propellers are manufacturer reference options, not a guarantee that every size is suitable for every battery configuration. Verify battery compatibility and measure current draw with your chosen propeller before flying. Provide adequate cooling for the motor and ESC.