A DC motor stator core is the stationary laminated magnetic structure of a brushless DC motor, consisting of stacked silicon steel laminations with precision-cut slots for copper windings. When energized by an ESC, the stator generates a rotating magnetic field that drives the permanent magnet rotor — directly determining the motor's torque, efficiency, and thermal behavior.

Reenives manufactures high-quality DC motor stator cores using non-grain oriented electrical steel (0.15-0.35mm) with advanced C5/C6 epoxy coating — reducing eddy current losses by up to 35% and ensuring high thermal stability for sustained drone propulsion and industrial operation.

Reenives offers DC motor stator cores in multiple configurations to meet diverse drone propulsion and industrial application requirements:

• By Slot/Pole Config: 9N12P (high RPM racing), 12N14P (balanced torque/speed for UAVs, DLRK), 18N20P (high torque density), 24N28P (heavy-lift / eVTOL propulsion).
• By Material Thickness: 0.15mm (ultra-high performance FPV, 6S), 0.20mm (standard high-frequency UAV/industrial), 0.27mm, and 0.35mm (heavy-duty industrial).
• By Core Architecture: Segmented stator cores (modular for easy winding) and integrated circular laminated stacks (one-piece for high-volume production).
• By Insulation Coating: C5 epoxy powder coating (Class H, 180°C) with >2000V dielectric strength; C6 grade for superior thermal conductivity and corrosion resistance in drone propulsion systems.
• By Stacking Method: Interlocking self-bonding (≥0.27mm), laser welding, or epoxy bonding (ultra-thin laminations below 0.25mm).

💡 Reenives specialty: private mould development for custom DC motor stator geometries — optimized for specific drone propulsion, UAV, and industrial applications.

All parameters validated by Reenives R&D center (ISO 9001:2025 certified) and third-party testing per IEC 60404-2. Independent testing on drone propulsion motors with Reenives stators shows 12% higher torque density and 9°C lower winding temperature compared to industry standard cores.

📐 Data source: Reenives in-house quality lab, 2025–2026. SGS verification report available. Full batch traceability and material certificates.

Reenives DC motor stator cores power critical drone propulsion and industrial applications across multiple sectors:

• Drone Propulsion Systems: 12N14P / 18N20P stators for 15-50kg payload drones with extended flight endurance and high thrust efficiency.
• FPV Racing & Cinematic Drones: 2207, 2306, 2507 stators with 0.15-0.20mm laminations for 45,000+ RPM and 92%+ peak efficiency.
• Agricultural Spraying Drones: High-torque stators with C5/C6 epoxy coating offering 500h+ salt spray resistance for harsh outdoor environments.
• Industrial BLDC Actuators & Drives: Precision stators for robotics, servo drives, and automation equipment.
• Electric Vehicle Traction Motors: 48V–800V stators for e-bikes, e-scooters, and light EVs.

1. Define power, RPM, and torque requirements: For drone propulsion (>40,000 RPM in racing applications), select 0.15-0.20mm laminations. For industrial motors (3,000-15,000 RPM), 0.20-0.35mm is optimal.
2. Choose lamination material thickness: 0.15mm for premium ultra-high-speed performance; 0.20mm for standard UAV/industrial; 0.35mm for robust heavy-duty applications.
3. Select slot/pole combination: 9N12P for high RPM racing, 12N14P for balanced torque/speed (most common for drone propulsion), 18N20P for high torque density.
4. Specify insulation and environmental protection: C5/C6 epoxy coating for outdoor drone propulsion systems; oil-compatible coating for EV/hybrid applications.
5. Request samples and validation: Reenives delivers first-article inspection reports (FAI) and material certificates. Prototype DC stator samples ready in 7-10 days after design approval.

💡 Engineering support: Free DFM within 48h and FEA simulation — send your motor spec or drawing to linda_reenives@163.com.