Xnova Lightning 4015-800KV Brushless Motor Shaft A (ilGoblin 520 Pro)

Introduction

The Xnova Lightning 4015-800KV Brushless Motor (Shaft A) is a high-performance outrunner motor designed to deliver exceptional power and efficiency for 480–600mm class helicopters, particularly the SAB ilGoblin 520 Pro. With its advanced design and precision engineering, this motor ensures smooth operation, low cogging, and consistent power delivery throughout your flight, making it an ideal choice for pilots seeking top-tier performance in their heli setups.

Description

Part of Xnova's Lightning series, the 4015-800KV motor features a thinner stator lamination that enhances efficiency and reduces operating temperatures. Its unique hand-wound construction, combined with high-quality neodymium magnets and specialized heat-resistant wires, ensures durability and optimal performance under demanding conditions. The motor's design minimizes cogging torque, providing a smoother and more responsive flying experience.

Features & Specifications

• Motor Type: Outrunner
• kV Rating: 800kV
• Input Voltage: 6S LiPo (22.2V)
• Diameter: 49.5mm
• Length (Without Shaft): 46.2mm
• Shaft Diameter: 6mm
• Shaft Length: 22mm
• Continuous Current: 80A
• Peak Current: 200A
• Slots: 24
• Poles: 8
• Weight: 330g
• Winding: Hand-wound with high-quality copper wire
• Magnets: High-grade neodymium magnets
• Cooling: Optimized ventilation for heat dissipation
• Cogging Torque: Extremely low, ensuring smooth operation
• Compatibility: Ideal for 480–600mm helicopters on 6S LiPo setups

This motor is designed to deliver efficient and reliable power optimized for sport flying and mild 3D maneuvers, rather than extreme or demanding 3D performance. It pairs well with the SAB ilGoblin 520 Pro for pilots seeking smooth, responsive flight characteristics without pushing the helicopter to its absolute limits. Built with durability and quality components, it offers dependable performance and longevity for enjoyable flying sessions under typical sport and casual 3D conditions.