KO Propo 30138 - RSx4s-one10X ICS Digital Servo for 4S Racing  [KO-30138]

KO Propo 30138 - RSx4s-one10X ICS Digital Servo 7.4V HCS w/61032 Servo Model Selector for 4S
Price:
USD$122.80
Brand:
KO Propo
Model:
KO-30138
Condition:
Brand New
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Precision in Motion: KO Propo's Advanced Servo Technology

The KO Propo 30138 RSx4s-one10X ICS Digital Servo is engineered for those seeking precision and performance in their RC vehicles. This high-voltage servo, compatible with a variety of power sources including Lipo, Life, and Ni-MH, delivers exceptional torque and speed, making it a perfect fit for both on-road and off-road 1/10 scale electric and gas-powered models.

Unmatched Performance and Durability

Equipped with a coreless motor and dual ball bearings, this servo offers smooth and responsive control. The hard alumite aluminum gears ensure long-lasting durability, while the integrated aluminum heat sink efficiently dissipates heat during intense use. With a speed of 0.09 seconds per 60 degrees at 7.4V and a torque of 12.5Kg-cm, it's designed to handle the demands of competitive racing.

Specifications

  • Torque: 12.5Kg-cm (at 7.4V)
  • Speed: 0.09sec/60deg (at 7.4V)
  • Dimensions: 40.5x26x21mm
  • Weight: 50.5g
  • Operating Voltage: 6.0~7.4V
  • Motor Type: Coreless
  • Gear Material: Hard Alumite Aluminum
  • Connector: Gold Plated

Ideal for hobbyists looking to upgrade their 1/10 scale RC cars, this servo offers precise control and reliability for both racing and casual driving.

Remark :
Due to limited stock availability, please notice that some KO Propo items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.
Yes, the KO Propo 30138 is designed for both 1/10 EP on-road and off-road applications, providing reliable performance across various terrains.
It uses a coreless motor, which provides smoother operation and higher efficiency compared to traditional motors.

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