DarwinFPV 1504 3800KV 3S Brushless Motor

Looking for premium power without the premium price tag? Meet the DarwinFPV 1504 3800KV 3S Brushless Motor . Specifically designed for 3-4 inch FPV drones, this motor strikes the perfect balance between performance and efficiency, making it an ideal choice for acro flying or long-range adventures.

If you’re upgrading from the 1404 motors, the DarwinFPV 1504 offers more power and better energy efficiency without adding weight, making it perfect for ultra-light builds like toothpick drones. With a magnetic circuit design modeled after DJI’s industry-leading architecture, this motor runs smooth and quiet, providing solid thrust with minimal energy consumption.

Plus, you get all this at a price that’s less than half of what the competitors chargewithout compromising on quality. Manufactured using high-standard production techniques and durable materials, the DarwinFPV 1504 holds its own against far more expensive motors, giving you top-tier performance for a budget-friendly cost.

Key Features:

• Powerful Performance: Upgraded from the 1404 motor, delivering more thrust and greater efficiency for 3-4 inch FPV drones.
• DJI-Level Quality: Magnetic circuit design follows the same material architecture as DJI motors, ensuring smooth operation and energy efficiency.
• Ultra-Light & Efficient: Shares the weight of the 1404 motor but outperforms it in both efficiency and power output.
• Budget-Friendly: Offers premium motor performance at a fraction of the cost, making it one of the most cost-effective options on the market.

Specifications:

• KV Rating: 3800KV
• Voltage: 3S (11.1V)
• Motor Size: 1504
• Application: Ideal for 3-4 inch acro drones, long-range builds, and ultra-lightweight setups like toothpick drones
• Weight: Same as 1404 motors
• Material: Magnetic circuit design with premium materials for enhanced performance and efficiency

What’s in the Box:

• 1 DarwinFPV 1504 3800KV 3S Brushless Motor
• 5 Screws
• 1 DarwinFPV Sticker

Note: Contents and accessories may vary based on supply availability.