4-Pole Sensored Brushless Motor 1406-4600Kv (CSE060005600)

The 4-Pole Sensored Brushless Motor 1406-4600Kv is designed for 1/10 scale R/C applications and offers exceptional performance with its advanced features. This motor employs a 4-pole 12-slot design that enhances efficiency and reduces heat generation, ensuring prolonged operation without compromise. The oversized gold plated solder tabs provide reduced resistance and make soldering a breeze, while the QUIETSENSE Technology minimizes magnetic field noise, keeping the motor and ESC in perfect sync.

Engineered for higher precision and efficiency in startups, the motor's optimized design eliminates the need for cumbersome mechanical timing adjustments. Its innovative sensor alignment method ensures uniform timing and torque in both directions without requiring manual calibration. Furthermore, the rebuildable design allows users to replace the front end bell with bearings or rotors, ensuring longevity and adaptability.

The motor is equipped with high-strength 180°C neodymium sintered magnets and temperature-stabilized sensors, which, combined with high-purity, high-temperature copper windings, create a powerful and reliable performance. Additional features include a hardened stainless steel shaft, Kevlar-wrapped rotor, and a 6061-T6 billet aluminum heatsink can that effectively dissipates heat.

Furthermore, NMB oversized bearings contribute to the motor's durability, while the use of 13 AWG high strand wire with silicone insulation enhances reliability. Complete with low resistance gold plated bullet connectors and high quality 0.2mm steel laminations, this motor is crafted for optimal performance in demanding conditions.

Castle has long been recognized for its award-winning brushless motors and has now advanced its technology to meet the specific demands of R/C enthusiasts. The motor seamlessly integrates with Castle Creations sensor supported ESCs, utilizing SMARTSENSE technology for superior torque and drivability. This feature enables the motor to transition between sensor and sensorless modes for peak efficiency across various load points, providing an unrivaled experience for racers and casual drivers alike.