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- Eurgle Servos
- 16D_15E
Eurgle 16D_15E - Micro Digital Servo
Specifications
Source: Most data comes from the manufacturer but some data is sourced from our loyal community.
Last Updated: |
2025-08-06 |
Modulation: |
Digital |
Torque: |
4.8V: 25.20 oz-in (1.81 kg-cm)
|
Speed: |
4.8V: 0.12 sec/60°
|
Weight: |
0.32 oz (9.0 g) |
Dimensions: |
Length:0.91 in (23.1 mm)
Width:0.46 in (11.7 mm)
Height:1.01 in (25.7 mm)
|
Motor Type: |
(add) |
Gear Type: |
Plastic |
Rotation/Support: |
Single Bearing |
Rotational Range: |
(add) |
Pulse Cycle: |
(add) |
Pulse Width: |
(add) |
Connector Type: |
(add) |
Brand: |
 |
Product Number: |
(add) |
Discontinued? |
Y |
Typical Price: |
11.48 USD |
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Notes
- The discontinued Eurgle 16D_15E is a high-performance digital (D) servo in a standard size, designed to offer a compelling blend of speed and power at an exceptionally low price. This servo is aimed at the performance-minded hobbyist on a budget. It is a fantastic, low-cost option for the steering on a 1/10 scale race buggy, where its digital speed and precision provide a competitive edge. It is also a very capable servo for the flight controls on an aggressive .40 size 3D or aerobatic aircraft, where its speed and holding power are essential for crisp, high-energy maneuvers.
- The character of the Eurgle 16D_15E is its potent, yet affordable, digital performance. It provides a level of speed and responsiveness that can make any model feel more agile and connected. The digital controller provides a solid, confident feel, allowing pilots and drivers to push their models harder. It is a servo that delivers a genuine high-performance experience at a price point that makes it accessible to everyone.
- In the world of competitive robotics, the Eurgle 16D_15E is a very valuable component. Its combination of digital speed, precision, and low cost makes it an ideal actuator for a wide range of tasks, from a fast-acting intake mechanism to an agile drivetrain. It allows teams to build faster and more capable robots while staying within the tight budgets that are common in student robotics competitions."
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