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- D3.7 Extreme
Dymond D3.7 Extreme - Power Micro Servo
Specifications
Source: Most data comes from the manufacturer but some data is sourced from our loyal community.
Last Updated: |
2025-08-05 |
Modulation: |
Analog |
Torque: |
4.8V: 11.00 oz-in (0.79 kg-cm)
|
Speed: |
4.8V: 0.12 sec/60°
|
Weight: |
0.12 oz (3.4 g) |
Dimensions: |
Length:0.78 in (19.8 mm)
Width:0.32 in (8.0 mm)
Height:0.89 in (22.5 mm)
|
Motor Type: |
(add) |
Gear Type: |
Plastic |
Rotation/Support: |
Bushing |
Rotational Range: |
(add) |
Pulse Cycle: |
(add) |
Pulse Width: |
(add) |
Connector Type: |
(add) |
Brand: |
 |
Product Number: |
11307 |
Typical Price: |
15.00 USD |
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Notes
- The Dymond D3.7 Extreme is a high-performance evolution of the feather-light pico servo, engineered for the most demanding micro-sized applications where power is paramount. While maintaining an incredibly low weight, the "Extreme" designation signifies the integration of a more powerful motor and a robust gear train, designed to deliver a surprising amount of torque and a crisp, rapid response. This makes it the premier choice for aggressive micro 3D models, where it has the authority to handle large control surfaces during violent tumbles and snaps. It is also an outstanding cyclic servo for high-performance micro helicopters, providing the power needed for sharp, authoritative pitch changes and a truly locked-in feel.
- The character of the D3.7 Extreme is its ability to deliver big servo" performance in a tiny package. It provides pilots with the confidence to fly harder knowing their servos can keep up with aggressive commands without feeling mushy or underpowered. It is a specialized tool for expert pilots who are pushing the boundaries of what is possible with micro-sized aircraft and who need a servo that can match their skill and aggression.
- In the world of advanced micro-robotics the D3.7 Extreme is a powerful asset. Its impressive torque-to-weight ratio makes it ideal for building a micro-sized robotic gripper that can apply a meaningful clamping force or for the leg joints of a dynamic walking robot that needs to move with speed and authority. For any compact project where delivering maximum force from the smallest possible actuator is the primary goal the D3.7 Extreme is a potent solution.
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