Graupner DES 676 BB - Digital Mini Servo

Specifications

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

Last Updated:	2025-08-07
Modulation:	Digital
Torque:	6.0V: 55.56 oz-in (4.00 kg-cm) 6.0V: 55.56 oz-in (4.00 kg-cm)
Speed:	6.0V: 0.10 sec/60° 6.0V: 0.10 sec/60°
Weight:	1.01 oz (28.5 g)
Dimensions:	Length:1.26 in (32.0 mm) Width:0.63 in (16.0 mm) Height:1.32 in (33.5 mm)
Motor Type:	Coreless
Gear Type:	Plastic
Rotation/Support:	Dual Bearings
Rotational Range:	(add)
Pulse Cycle:	(add)
Pulse Width:	(add)
Connector Type:	JR

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The Graupner DES 676 BB is a high-quality digital servo from the esteemed DES line, housed in a standard-size package and featuring a precise dual ball bearing (BB) supported output shaft. This servo is designed to be a superior all-around performer for the discerning sport pilot or driver who values a smooth, accurate, and reliable digital control system. The DES 676 BB is a superb choice for the flight controls on a .40 to .60 size sport or aerobatic airplane, or as a very precise steering servo for a 1/10 scale on-road racing car. The digital controller provides a crisp, responsive feel, while the dual ball bearings ensure a slop-free, high-fidelity motion.
The essence of the DES 676 BB is its refined digital performance. It provides a tangible upgrade over both analog and more basic digital servos, offering a level of smoothness and precision that is characteristic of the Graupner brand. It gives the user a very direct and connected feel, allowing them to fly or drive with a higher degree of accuracy and confidence. It is a premium component for the serious sport-level enthusiast.
For roboticists, the Graupner DES 676 BB is an excellent choice for projects where smooth, accurate, and repeatable digital control is required. It is ideal for building a large, stable camera platform, a precise robotic arm, or the steering system for a high-performance autonomous vehicle. It offers a professional level of precision and quality for more sophisticated robotic systems.