EMAX Pro Series 2814 730KV Brushless Motor

Description

Introducing the EMAX Pro Series 2814 730KV Brushless Motor, the ultimate solution for heavy lift FPV drones. Engineered for professionals and industrial applications, this motor is designed to deliver optimal performance in aerial cinematography, industrial payload lifting, and more.

Unlock power, precision, and reliabilitywith the Pro Series motor. Achieve jaw-dropping thrustto carry substantial payloads, ensuring your drone performs in the most demanding environments. The 730KV rating strikes the perfect balance between power and efficiency, allowing you to maximize flight times without sacrificing performance.

Crafted for precision engineering, this motor guarantees stability and reliabilityin every flight, making it ideal for complex maneuvers and challenging conditions. Its durable constructionensures long-lasting performance, while its smooth operationallows for seamless control during flight, even when executing intricate tasks.

With easy integration, the EMAX Pro Series 2814 730KV Brushless Motor can be fitted to a wide variety of heavy lift drone platforms. Whether upgrading your current drone or building a new one, it’s the perfect choice for enhancing your heavy-lift capabilities.

Key Features:

• Maximum thrust for heavy payloads
• Precision engineering for stable, reliable performance
• Enhanced efficiency for extended flight times
• Durable construction for demanding missions
• Smooth operation for precise control
• Hassle-free integration with a variety of drone setups

Specifications:

• Model: EMAX Pro Series 2814 730KV Brushless Motor
• KV: 730KV
• Recommended Prop: 8-10 inch
• Max Thrust: Up to 2.3kg (depending on prop configuration)
• Motor Type: Brushless
• Voltage: 6S LiPo (22.2V)
• Weight: 155g
• Shaft Diameter: 5mm

Whether you’re capturing stunning aerial footage or lifting heavy equipment for industrial use, the EMAX Pro Series 2814 730KV Brushless Motoris the ideal choice for professionals seeking unmatched performance, efficiency, and reliability.