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Blue Bird BMS-L530DMG - Large Digital Servo
Specifications
| Last Updated: | 2025-08-04 |
| Modulation: | Digital |
| Torque: |
4.8V: 274.97 oz-in (19.80 kg-cm) 6.0V: 337.46 oz-in (24.30 kg-cm) |
| Speed: |
4.8V: 0.15 sec/60° 6.0V: 0.12 sec/60° |
| Weight: | 4.96 oz (140.5 g) |
| Dimensions: |
Length:2.35 in (59.7 mm) Width:1.18 in (30.0 mm) Height:2.18 in (55.4 mm) |
| Motor Type: | (add) |
| Gear Type: | Metal |
| Rotation/Support: | Single Bearing |
| Rotational Range: | (add) |
| Pulse Cycle: | (add) |
| Pulse Width: | (add) |
| Connector Type: | (add) |
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Notes
- The discontinued Blue Bird BMS-L530DMG is a high-torque, low-profile digital servo designed for applications where vertical space is limited, but significant power is required. The "L" denotes its low-profile design, making it ideal for installation within the thin wings of sailplanes and jets. The "D" signifies a precise digital controller, and the "MG" indicates a durable all-metal gear train. This servo is a workhorse, aimed at pilots of large gliders, scale aircraft, and jets who need a strong, reliable actuator for flaps and ailerons that can fit neatly within the wing structure without creating a large, drag-inducing bump.
- The defining characteristic of the BMS-L530DMG is its combination of a slim form factor and high strength. It provides the torque needed to move large control surfaces against significant aerodynamic loads, ensuring that the pilot's commands are executed with precision. The digital controller provides excellent holding power and centering, which is critical for the large flaps on a glider for landing control, or for the ailerons on a jet at high speed. The metal gears provide the durability needed for a long, reliable service life in these demanding roles.
- For roboticists, the low-profile design of the BMS-L530DMG is a significant advantage. It allows powerful actuators to be placed in very tight spaces where a standard servo would not fit. This is ideal for creating slim robotic limbs, compact gripper mechanisms, or for actuation systems within the narrow chassis of a custom-designed robot. It's a problem-solver for any project where delivering high torque within a height-constrained area is a key design challenge.
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