Hobbywing Skywalker 2320 SL Motor 1100kv

Description

The Hobbywing Skywalker 2320 SL Motor 1100KV is a high-performance brushless outrunner motor designed specifically for fixed-wing aircraft. Engineered with top-tier materials and advanced technologies, this motor delivers exceptional power, efficiency, and durability, making it an ideal choice for both hobbyists and professional pilots.

Key Features:

• Superior Vibration Control (S.V.C) Technology:Ensures smoother flights by significantly reducing motor vibration, leading to enhanced operational smoothness.

• High-Quality Construction:Built with top-branded JNEH1200 silicon steel sheets, 0.2mm thick, to minimize iron loss. The N48 strong magnetic arc design provides maximum torque output. Equipped with 180°C high-temperature resistant enameled wire, enhancing the stator coil’s durability under challenging conditions.

• Enhanced Heat Dissipation:Features a large hollow design and a self-dissipating top cover to improve cooling efficiency, thereby extending the motor’s lifespan.

• Anti-Loosen Rotor Design:Incorporates a multi-anti-loosening rotor design, including a copper pad, retainer spring, bushing, and set screw, to secure the rotor and improve reliability.

Specifications:

• Type:Sensorless Brushless Outrunner

• kV Rating:1100KV

• Input Voltage:3S (11.1V) – 4S (14.8V)

• No-Load Current:1.8A/14.8V

• Maximum Continuous Current:41A/180s

• Maximum Continuous Power:580W/194s

• Diameter:1.13 inches (28.8mm)

• Length:1.18 inches (30mm)

• Shaft Diameter:0.15 inches (4mm)

• Weight:3.24 ounces (92g)

The Hobbywing Skywalker 2320 SL Motor 1100KV stands out with its advanced features and robust construction, offering a 10% increase in maximum output power compared to competing motors of the same specification. Its superior vibration control technology, high-quality materials, and enhanced heat dissipation design ensure reliable and efficient performance, making it a top choice for fixed-wing aircraft enthusiasts seeking uncompromised excellence in every thread.