MAD Components Components FS 2810 Prius FPV Drone Motor 1350KV - Green

Name: MAD Components Components FS 2810 Prius FPV Drone Motor 1350KV - Green
Brand: MAD Components
SKU: DRFC-2804
Price: 3249.00 INR
Availability: OutOfStock

₹3,249.00 (Inclusive of all taxes)

Out of Stock

The MAD Components Components FS 2810 Prius is a 1350KV brushless motor engineered for 5-6S long-range and freestyle FPV drones, featuring a lightweight titanium shaft and 0.15mm silicon steel laminations for optimized efficiency and smooth power delivery.

Features

1350KV rating optimized for 5-6S LiPo batteries and long-range flight endurance.
Lightweight construction with a titanium shaft and 0.15mm silicon steel stator laminations.
High-precision rotor balancing ≤5 mg for exceptionally smooth and vibration-free operation.
M5 propeller nut and M3x4mm motor mounting holes for secure installation.
Includes 250mm (18 AWG) silicone power leads for flexible wiring integration.

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Description

The FS 2810 Prius motor from MAD Components Components is designed for pilots seeking a balance of efficiency, durability, and smooth performance in long-range and freestyle applications. Its 1350KV rating provides a versatile torque and RPM profile ideal for 5-inch and 6-inch propellers on 5S or 6S power systems, enabling extended flight times and responsive throttle control.

Engineering focus is placed on reducing rotational mass and electromagnetic losses. The titanium shaft offers high strength-to-weight ratio, while the ultra-thin 0.15mm silicon steel stator sheets minimize eddy current losses, translating to cooler running temperatures and improved overall efficiency. The 12N14P magnetic configuration ensures smooth cogging and consistent power delivery across the throttle range.

Key Features

Optimized KV for Endurance: 1350KV rating delivers an ideal blend of torque and RPM for efficient 5-6S long-range and freestyle flight profiles.
Advanced Material Construction: Titanium motor shaft and 0.15mm high-grade silicon steel laminations reduce weight and improve electromagnetic efficiency.
Precision Dynamic Balance: Rotors are balanced to within ≤5 mg, drastically reducing vibration for smoother video and longer component lifespan.
Robust Mechanical Interface: Features an M5 threaded shaft for propeller mounting and standard 19mm M3 hole spacing (M3x4mm screws) for universal frame compatibility.
Durable Wiring: Equipped with long, flexible 250mm 18 AWG silicone insulated motor leads for easy installation and routing.
Enhanced Aesthetics & Protection: Secondary anodizing provides a durable, scratch-resistant finish in a distinctive green color.

Applications

5-inch and 6-inch long-range FPV drones optimized for flight efficiency and extended endurance.
Freestyle quadcopters requiring a smooth, responsive 1350KV motor for 5S or 6S power systems.
Heavy-lift cinematic drones where a balance of torque and moderate KV is beneficial for carrying payloads.
DIY multirotor builds requiring a reliable, well-balanced motor with standard M3 mounting.

Technical Specifications

Motor Model	FS 2810 Prius
KV Rating	1350KV
Stator Size	28mm x 10mm (2810)
Pole Configuration	12N14P
Shaft Diameter	5 mm
Prop Mount	M5 Nut
Mounting Holes	M3 x 4mm
Mount Hole Spacing	19mm
Motor Diameter	33.6 mm
Motor Height	37.4 mm
Cable Length	250 mm
Wire Gauge	18 AWG Silicone
Rotor Balance	≤ 5 mg
Recommended Battery	5-6S LiPo
Motor Type	Outrunner Brushless

Frequently Asked Questions

What is the recommended battery voltage for this 1350KV motor?

The MAD Components Components FS 2810 Prius 1350KV motor is optimized for 5S (18.5V) to 6S (22.2V) LiPo battery systems. This voltage range allows the motor to operate within its efficient power band, providing ideal torque and RPM for long-range endurance and freestyle flying with 5-inch or 6-inch propellers.

What size propellers and mounting hardware does this motor use?

This motor uses a standard 5mm diameter shaft with an M5 threaded end for propeller attachment. It is compatible with a wide range of 5-inch and 6-inch propellers that have a 5mm bore. For frame mounting, it uses four M3 screws, with a hole spacing pattern of 19mm.

How does the titanium shaft and silicon steel design benefit performance?

The titanium shaft significantly reduces rotational mass compared to steel, leading to faster throttle response and lower inertia. The 0.15mm silicon steel stator laminations minimize eddy current losses within the motor, resulting in higher electromagnetic efficiency, cooler operating temperatures, and ultimately longer flight times.