Servo Specs, Reviews, & Comparison Tool
Eurgle 15_05b - Micro Servo
Specifications
| Last Updated: | 2025-08-06 |
| Modulation: | Analog |
| Torque: |
4.8V: 8.40 oz-in (0.60 kg-cm) 6.0V: 11.20 oz-in (0.81 kg-cm) |
| Speed: |
4.8V: 0.09 sec/60° 6.0V: 0.07 sec/60° |
| Weight: | 0.28 oz (8.0 g) |
| Dimensions: |
Length:0.89 in (22.6 mm) Width:0.50 in (12.7 mm) Height:0.93 in (23.6 mm) |
| Motor Type: | (add) |
| Gear Type: | Plastic |
| Rotation/Support: | Bushing |
| Rotational Range: | (add) |
| Pulse Cycle: | (add) |
| Pulse Width: | (add) |
| Connector Type: | (add) |
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Notes
- The discontinued Eurgle 15_05b is another pico-class analog servo from the ultra-affordable Eurgle lineup, offering a slight variation in performance from its siblings. This servo is aimed at the budget-conscious builder of small, lightweight aircraft who is looking to fine-tune the performance of their model. The 15_05b might offer a subtle difference in speed or torque compared to the 15_05a, allowing a hobbyist to select the characteristic that better suits their specific aircraft or flying style. It provides a reliable and extremely low-cost way to get a small model in the air, while also offering a degree of choice for optimization.
- The value of the Eurgle 15_05b, like the rest of its family, lies in its incredible affordability. It allows builders to experiment with different servo characteristics on their micro designs without a significant financial commitment. For the scratch-builder who is constantly tweaking and improving their creations, this ability to try different low-cost components is a major advantage. It provides the essential control needed for micro flight, with the added benefit of performance variation.
- For robotics makers and students, the 15_05b provides another useful, low-cost tool for their parts bin. Having access to multiple, slightly different pico servos at a very low price is great for experimental projects. A builder could test which servo variant works best for a particular mechanism—such as a small gripper versus a small lifting arm—allowing for a more refined and better-performing final robot, all while adhering to a strict budget."
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