KST MS320 Digital Servo 7.4V 0.08s 5.5kg.cm 76oz.in

KSTSKU: KST-MS320

Price:
Sale price$40.00

Customer Reviews

Based on 2 reviews
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J
John K.
Outstanding Servo!

These are great servos! Very high resolution, very precise, and smooth.

The only negative I know of is that I cannot find servo arms for these servos (other than more of the stock arms which are rather short). No one seems to know where to find any, including Buddy RC. Oddly, the gear set KST lists for this servo is also for several other servos which are not listed as having this small 23T spline output. Interesting.

C
Charlie
Amazing servos

These are a true high-voltage, high-torque, digital, metal-gear micro servo. Well made. My only complaint is the exposed motor body.

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Description

Say goodbye to unreliable and imprecise servos with potentiometers that become dirty or worn out. The KST MS320 Digital Servo uses a hall effect sensor and a carefully aligned magnet to eliminate the issues caused by potentiometers. This no-contact position sensing system means we are one step closer to eliminating sketchy, twitchy, and double centering servos.

These servos are made with alloy casing, hardened steel gears, double ball bearings, and a coreless motor to ensure reliability and precision. With a torque rating of 5.5kg.cm (76oz.in) and a gear type of metal, the MS320 is perfect for high-demand uses like high-speed gliders, helicopters, and sport planes.

Not only are these servos of high quality, they are also great value for the price. It's worth noting that the servos have a 25 tooth spline and are compatible with our 23 tooth alloy arms.

The KST MS320 Digital Servo is a digital type servo that can operate within a voltage range of 6V to 8.4V. At 6V, it has a stall torque of 4.5Kg.cm (62.49 oz-in) and a speed of 0.09sec/60°, while at 7.4V, it has a stall torque of 5.5Kg.cm (76.38 oz-in) and a speed of 0.08sec/60°. It has compact dimensions of 23.1 x 12 x 26.6mm and weighs only 21g (0.74oz). For more information on the servo's dimensions, please refer to the dimensional drawing provided.

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