MAD Runner 3652 Sensored Brushless Motor for RC Cars, IP67 Rated, 3300KV/4100KV/5400KV Options

Overview

MAD Runner 3652 is a sensored brushless motor for RC cars. It is specified for 1/10 on-road, off-road, and short course/short truck applications (light load), with a 4-pole rotor design and 3652-class size (37 mm x L53 mm).

Key Features

• Sensored brushless motor design
• IP67 rated design
• Imported bearings; precision bearing structure for lower resistance and stable operation
• Compact and durable construction: reinforced alloy shell and tough steel shaft
• Ultra-thin 0.2 mm silicon steel core and heat-resistant windings for improved efficiency
• Industrial-grade sensored waterproof connectors

Specifications

Applications

• 1/10 scale on-road RC cars (light load)
• 1/10 scale off-road RC cars (light load)
• 1/10 short course / short truck (light load)

For compatibility help (KV selection, battery cell count, and sensored ESC matching), contact [email protected] or visit https://rcdrone.top/.

Details

The MAD Runner 3652 sensored brushless motor is marketed with quick response, imported bearings, and an IP67 rating.

The MAD Runner 3652 sensored brushless motor pairs with a wired ESC setup for straightforward installation and reliable throttle control.

The MAD Runner 3652 sensored brushless motor pairs a reinforced alloy shell and steel shaft with industrial-grade sensored waterproof connectors for easier wiring.

The MAD Runner 3652 brushless motor uses a finned aluminum can and an attached lead to keep your power setup clean and secure.

MAD Runner 3652 sensored brushless motor features a finned can design and notes optimized power efficiency with reduced power losses.

An IP67-rated sealed design helps protect the motor from water and dust during all-weather runs.

MAD Runner 3652 sensored brushless motor specs list KV options (5400/4100/3300), 2S3S compatibility, 3753mm sizing, and 4-pole design.

The MAD Runner 3652 sensored brushless motor uses a 37 mm can with 530.2 mm body length and a 6M3 mounting pattern for fitment planning.