iFlight XING 2814 Race Motor - 880KV

Name: iFlight XING 2814 Race Motor - 880KV
Brand: iFlight
SKU: DRFC-3008
Price: 4829.00 INR
Availability: OutOfStock

₹4,829.00 (Inclusive of all taxes)

Out of Stock

The iFlight XING 2814 Race Motor is an 880KV brushless motor engineered for 9-10 inch heavy-lift and industrial UAV platforms, featuring a large stator, N52H arc magnets, and Japanese NSK bearings for high thrust and thermal stability.

Features

880KV rating optimized for 4S-6S LiPo power systems and high-efficiency flight.
2814 stator size (28mm diameter, 14mm height) delivers high torque and instant power response.
Constructed with a 7075 aluminum alloy bell and base for maximum rigidity.
Equipped with high-grade Japanese NSK 11x5x5mm bearings and N52H arc-curve magnets.
Features a 5mm shaft diameter with a 16x16mm M3 mounting pattern for broad frame compatibility.

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Description

The XING 2814 Race Motor leverages a large stator design to generate exceptional thrust and torque, making it ideal for managing the inertia of larger propellers on 9-10 inch quadcopter frames. Its electromagnetic design, with precisely matched magnets and stator, ensures smooth, responsive control essential for aggressive maneuvers and recovery.

Built for durability, the motor incorporates a 7075 aluminum alloy construction that resorts deformation under high loads. The combination of N52H high-temperature magnets and NSK bearings ensures consistent performance and longevity, even during extended high-current operation typical in agricultural or heavy-lift applications.

Key Features

High-Thrust Stator Design: The 2814 (28mm x 14mm) stator provides the core magnetic volume needed for powerful, efficient propulsion on larger drones.
Premium Bearing System: Japanese NSK 11x5x5mm bearings ensure minimal friction and smooth rotation for enhanced durability and performance.
Advanced Magnetic Circuit: N52H-grade arc-curve magnets offer high magnetic flux and superior thermal stability for consistent power output.
Robust Mechanical Construction: CNC-machined 7075 aluminum bell and base provide a lightweight yet extremely rigid structure.
Optimized Cooling: The motor housing is designed to promote airflow, effectively managing heat during sustained high-load operation.
Heavy-Duty Electrical Terminals: Silicone-insulated motor wires are protected against abrasion and high temperatures.

Applications

Heavy-lift and industrial UAV platforms requiring 9-inch or 10-inch propellers.
Agricultural spraying and mapping drones built on large multirotor frames.
High-performance FPV racing quads in the 7-inch to 10-inch class for long-range or freestyle.
Cinematography drones carrying heavy camera gimbals and payloads.
Custom DIY drone builds where high torque and efficient power delivery are critical.

Technical Specifications

Motor Type	Brushless Outrunner (12N14P)
KV Rating	880 KV (RPM/Volt)
Stator Size	2814 (28mm diameter x 14mm height)
Shaft Diameter	5mm
Shaft Length	15.5 mm
Mounting Pattern	16x16mm (M3 holes)
Peak Current	50.9 A
Weight	88.3 g
Overall Dimensions	Ø36 x 30mm
Magnet Grade	N52H Arc-Curve
Bearing Size	11 x 5 x 5mm (NSK)

Frequently Asked Questions

What size propellers and battery voltage is the iFlight XING 2814 880KV motor designed for?

The XING 2814 880KV motor is optimized for larger propellers, typically 9-inch to 10-inch in diameter, and is commonly used with 4S to 6S LiPo battery systems. Its KV rating provides an efficient balance of torque and RPM for heavy-lift applications, ensuring stable flight and good flight times.

What is the mounting pattern and shaft size of this motor?

This motor features a standard 16x16mm mounting pattern with M3 screw holes. The shaft diameter is 5mm with a length of 15.5mm, compatible with standard prop adapters and collets designed for heavy-duty applications.

How does the N52H magnet and NSK bearing combination benefit performance?

The N52H arc-curve magnets provide a stronger and more consistent magnetic field with high-temperature resistance, leading to more linear torque and efficiency. The precision Japanese NSK bearings minimize rotational friction and mechanical wear, contributing to smoother operation, longer service life, and reliable performance under high loads.