Powerhobby 465MG 11KG High Torque Metal Gear Digital Servo .22sec/160oz @6.0v

Powerhobby 465MG 11KG High Torque Metal Gear Digital Servo .22sec/160oz @6.0v

Description

The Powerhobby 465MG is a dependable standard-size digital servo designed for general RC steering and control applications. It delivers up to 11.5 kg-cm / 160 oz-in of torque at 6.0V, making it a practical choice for compatible RC cars, trucks, airplanes, boats, robots, and custom projects.

The servo features high-precision metal gears, a durable brushed DC motor, and dual ball-bearing support for smooth and reliable operation. Its standard 4.8V–6.0V operating range allows it to work with many common receiver and BEC systems.

Features

• High-performance digital servo
• Produces up to 160 oz-in of torque
• High-precision metal gear train
• Durable brushed DC motor
• Dual ball-bearing support
• Standard 4.8V–6.0V operating range
• Standard-size servo construction
• Suitable for a wide range of RC applications
• JR-style receiver connector

Includes

• 1 Powerhobby 465MG Digital Servo

Specifications

• SKU: PH465MG
• Barcode: 741030688867
• Servo Type: Standard-Size Digital Servo
• Operating Voltage: 4.8V–6.0V
• Motor Type: Brushed DC
• Gear Material: Metal
• Bearings: Dual Ball Bearing
• Connector: JR-Style
• Wire Length: 300mm
• Dimensions: 40 × 20 × 40mm
• Dimensions in Inches: 1.57 × 0.78 × 1.57"
• Weight: 55g

Operating Speed

• 4.8V: 0.24 sec/60°
• 6.0V: 0.22 sec/60°

Stall Torque

• 4.8V: 10.0 kg-cm / 139 oz-in
• 6.0V: 11.5 kg-cm / 160 oz-in

Fits

Universal applications that accept a standard-size RC servo, including compatible:

• RC cars and trucks
• Rock crawlers
• Airplanes
• Boats
• Robotics
• Custom RC projects

Verify the servo dimensions, mounting pattern, output-spline compatibility, available clearance, and receiver or BEC voltage before purchasing.

Installation Note

Confirm that the receiver or BEC output does not exceed 6.0V. Carefully adjust the servo horn, linkage, and endpoint settings to prevent binding, excessive current draw, overheating, or servo damage.