MKS HBL960 Brushless Titanium Gear High Torque High Voltage Digital Cyclic Servo

In stock
SKU: HBL960 Barcode: 4710150350196
Regular price $ 165.80

The MKS HBL960 is a brushless titanium gear high-torque high-voltage digital cyclic servo designed for high-performance RC helicopter applications. Running on 4.0–8.4V, it delivers 258.31 oz/in (18.6 kg/cm) at 8.4V with a 0.09 sec/60° transit speed. The aluminum case with CNC milled heatsink provides excellent heat dissipation for sustained cyclic use.

The brushless motor with indirect-drive potentiometer feedback delivers consistent centering and fast response. Titanium gears provide durability under the sustained high-frequency inputs of cyclic flight. Dual ball bearings ensure smooth, consistent output shaft operation run after run.

Key Features

  • Brushless motor for extended service life and consistent performance
  • Titanium gears for precision and durability
  • 258.31 oz/in (18.6 kg/cm) stall torque at 8.4V
  • 0.09 sec/60° transit speed at 8.4V
  • 4.0–8.4V wide operating range
  • Aluminum case with CNC milled heatsink for heat dissipation
  • Dual ball bearings for smooth, consistent operation
  • Indirect drive potentiometer for accurate position feedback
  • 24.0cm connector wire length
  • 40 x 20 x 40mm, 70.29g

Specifications

Part Number HBL960
Operating Voltage 4.0 – 8.4V DC
Stall Torque (6V) 13.6 kg/cm — 188.81 oz/in
Stall Torque (7.4V) 17.0 kg/cm — 236.09 oz/in
Stall Torque (8.4V) 18.6 kg/cm — 258.31 oz/in
Speed (6V) 0.12 sec/60°
Speed (7.4V) 0.10 sec/60°
Speed (8.4V) 0.09 sec/60°
Motor Type Brushless Motor
Gear Type Titanium Gear
Bearing Type Dual Ball Bearings
Control System +Pulse Width Control
Working Frequency 1520μs / 333Hz
Dead Band 0.0008ms (default)
Connector Wire Length 24.0cm (9.4 in)
Dimensions 40 x 20 x 40mm (1.57 x 0.79 x 1.57 in)
Weight 70.29g (2.48 oz)
Operating Temp Range -10°C to +60°C

Compatibility

Designed for RC helicopter cyclic applications requiring a high-torque, high-voltage brushless servo. Verify receiver/ESC BEC voltage output and servo bay dimensions before purchasing.