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- INO-Lab Servos
- HG-D660MG
INO-Lab HG-D660MG - Standard Servo
Specifications
Source: Most data comes from the manufacturer but some data is sourced from our loyal community.
Last Updated: |
2025-08-10 |
Modulation: |
Digital |
Torque: |
4.8V: 86.10 oz-in (6.20 kg-cm)
6.0V: 100.00 oz-in (7.20 kg-cm)
|
Speed: |
4.8V: 0.11 sec/60°
6.0V: 0.09 sec/60°
|
Weight: |
1.69 oz (47.9 g) |
Dimensions: |
Length:1.55 in (39.4 mm)
Width:0.77 in (19.6 mm)
Height:1.44 in (36.6 mm)
|
Motor Type: |
3-pole |
Gear Type: |
Metal |
Rotation/Support: |
Dual Bearings |
Rotational Range: |
(add) |
Pulse Cycle: |
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Pulse Width: |
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Connector Type: |
(add) |
Brand: |
 |
Product Number: |
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Discontinued? |
Y |
Typical Price: |
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Notes
- The discontinued INO-Lab HG-D660MG is the rugged, high-durability version of the high-speed HG-D660 digital servo, fortified with a full metal gear (MG) train. This servo is engineered to provide both the rapid response of a high-speed servo and the toughness to survive in high-stress, high-impact environments. The HG-D660MG is a fantastic choice for the steering servo on a 1/10 scale stadium truck or monster truck used for racing or aggressive bashing, where a fast response is desirable but durability is essential. It is also an excellent, robust tail servo for a large helicopter that might be subjected to rough landings.
- The core identity of the HG-D660MG is its durable velocity. It allows users to enjoy the exciting, agile feel of a high-speed digital servo without having to constantly worry about stripping the gears in a crash or a hard landing. The metal gears provide a crucial insurance policy, making the servo much more suitable for the rough-and-tumble reality of many RC disciplines. It is the smart choice for the performance enthusiast who also values durability.
- In robotics, the INO-Lab HG-D660MG is a very capable and robust actuator. It is an ideal choice for a competitive robot that needs to be both fast and tough. For example, it would be an excellent actuator for a fast-moving intake mechanism on a FIRST Robotics Competition (FRC) robot, where it needs to be quick and also survive collisions with other robots. It's a powerful tool for building fast and resilient robotic systems.
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