GWS S03T 2BBMG - Standard Servo

Specifications

Source: Most data comes from the manufacturer but some data is sourced from our loyal community.

Last Updated:	2025-08-07
Modulation:	Analog
Torque:	4.8V: 103.00 oz-in (7.42 kg-cm) 6.0V: 120.00 oz-in (8.64 kg-cm)
Speed:	4.8V: 0.33 sec/60° 6.0V: 0.27 sec/60°
Weight:	2.57 oz (72.9 g)
Dimensions:	Length:1.56 in (39.6 mm) Width:0.79 in (20.1 mm) Height:1.56 in (39.6 mm)
Motor Type:	(add)
Gear Type:	Metal
Rotation/Support:	Dual Bearings
Rotational Range:	(add)
Pulse Cycle:	(add)
Pulse Width:	(add)
Connector Type:	(add)

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The discontinued GWS S03T 2BBMG is the absolute pinnacle of the legendary GWS S03N standard-sized servo line, representing the ultimate fusion of strength, precision, and invincibility. It combines the immense power of a high-Torque (""T"") motor and gear train with the rugged durability of all-Metal Gears (MG) and the slop-free accuracy of a Dual Ball Bearing (2BB) supported output shaft. This servo is engineered for the most brutal and demanding applications imaginable, making it the definitive choice for the steering on a heavily modified 1/8 scale monster truck or rock crawler, or as a powerhouse actuator for the flight controls on a large, heavy giant-scale model.
The identity of the S03T 2BBMG is its role as the indestructible powerhouse. It is a servo that simply will not be overpowered or broken. The massive torque can handle any load, while the MBB platform ensures this power is delivered smoothly and precisely, and that the servo can withstand extreme shock loads and vibration without failing. It is a servo for the user who needs the absolute maximum in reliable power from a standard-sized package.
For the most demanding heavy-duty robotics, such as heavyweight combat robotics, the GWS S03T 2BBMG is a premier choice. Its massive torque and incredible toughness make it ideal for powering devastating kinetic weapons or creating an unstoppable drivetrain. It is the ultimate actuator for robots that are built to deliver and withstand extreme force."