Torq CL0604T Mini HV Rudder Servo (Helicopter Only)

This Torq CL0604T Mini HV Rudder Servo for Helicopters has been designed specifically for the intense demand of helicopter rudder control and has been optimized for incredible levels of precision and resolution, with massively rapid 0.04 transit speeds at 8.4V of power.This speed and precision equates to ultimate levels of rudder authority, providing crisp control under the harshest of 3D demands.

Encased within a finned aluminum 6061 heat dissipating CNC case, the TORQ CL0604T utilizes coreless motor power for epic levels of high torque demand. Perfectly suited for an array of high performance helicopter applications, the CL0604T has been purposefully designed to thrive within the most hostile 3D flight regimes, offering superior levels of tactile control that can be seen and felt throughout the flight.

Designed to absorb up to 8.4V of power, the CL0604T utilizes a dedicated 760us / 560Hz working frequency for the most agile level of response, and incorporates a steel gear train for maximum levels of abuse. Paired with a dual ball bearing layout for butter smooth operation, the TORQ CL0604T provides unparalleled levels of finite control, offering next level precision with every flight you take.

• Dedicated Helicopter Rudder Servo
• Incredible Levels of Speed & Performance
• Ultra Precise, High Resolution Control
• Coreless Motor Design for Peak Torque Demand
• Fully Replaceable Steel Gear Train for Maximum Strength
• Excellent Thermal Dissipation via 6061 Finned Aluminum Case
• 8.4V High Voltage Ready
• Optimized for High Demand Rudder Control
• Dual Ball Bearing Construction

• 0.04 sec / 60° @ 8.4V
• 0.06 sec / 60° @ 6.0V

• 6Kg.cm / 83.32 oz. in. @ 8.4V
• 4Kg.cm / 55.54 oz. in. @ 6.0V

Motor Type: Coreless Motor

Servo Arm Type: Futaba

Working Pulse Width / Frequency: 760us / 560Hz

Weight: 40g

Dimensions: 35.5mm x 15mm x 32.7mm (LxWxH)

Voltage Range: 6.0V – 8.4V

For helicopter rudder usage only. Please note that the TORQ CL0604T servo must be connected to a flybarless flight controller that is set at a 760us pulse width setting for proper functionality. Due to the 760us pulse width, if the servo is connected to a receiver or servo tester, the servo will not properly function due to these applications that use a 1520us pulse width.