160A 3-6S Brushless ESC with 4278 Motor for RC Cars

Upgrade your RC car with this 160A 3–6S Brushless ESC and 4278 Motor combination, designed for high-performance remote-controlled vehicles. Built for powerful acceleration and responsive driving, it offers a practical upgrade solution for RC enthusiasts looking to improve their vehicle’s power system.

Key Features

• High-Performance 160A ESC: Handles demanding RC applications with strong current capacity for powerful and consistent performance.
• 3–6S Battery Compatibility: Supports a broad range of battery setups for flexible power configuration.
• 4278 Brushless Motor: Designed to deliver efficient, high-speed performance for compatible RC cars.
• 2250KV Motor Configuration: Provides a balanced combination of power and speed for performance-focused RC driving.
• Brushless System: Offers efficient operation and reduced maintenance compared with traditional brushed motor systems.
• Upgrade Ready: Ideal for improving the power system of compatible 1/8 and selected 1/10 scale RC vehicles.
• Durable Metal Construction: Built for demanding use in RC applications.
• Complete Power Upgrade Solution: Combines the ESC and motor in one convenient performance-focused package.

Specifications

• Product Type: Brushless ESC and motor combination
• ESC Current Rating: 160A
• Battery Compatibility: 3–6S
• Motor Type: Brushless
• Motor Model: 4278SD
• Motor KV Rating: 2250KV
• Material: Metal
• Application: RC cars and remote-controlled vehicles
• Recommended Vehicle Type: Compatible 1/8 and selected 1/10 scale RC cars
• Quantity: 1 set
• Battery: Not included
• Charger/Adapter: Not included

Package Contents

• 1 × MAX8 G2 160A ESC
• 1 × 4268D-2500KV Motor

What Makes This a Smart Buy:

This ESC and motor combination offers a convenient way to upgrade a compatible RC car’s power system without sourcing key components separately. With 160A capacity, 3–6S compatibility and a high-performance 2250KV brushless motor, it is a strong choice for RC enthusiasts seeking improved power and speed.