Email format error
Email cannot be empty
Email already exists
6-20 characters(letters plus numbers only)
The password is inconsistent
Email format error
Email cannot be empty
Email does not exist
6-20 characters(letters plus numbers only)
The password is inconsistent
The digital low-profile servo CYS-S0070 boasts a substantial torque output of 7.5kg.cm, which is quite impressive for its size, ensuring that it can handle demanding tasks with relative ease. Weighing in at just 30g and with dimensions of 44.1*23*24.4mm, it is an excellent choice for projects where space and weight are limited, such as in smaller RC airplanes.
Plastic Case Digital Low Profile Servo
Product Specification
Product Description
The CYS-S0070 Digital low-profile servo is a versatile and efficient choice for those in need of a reliable actuator that doesn’t compromise on power despite its diminutive stature. Outfitted with plastic gears, it strikes a balance between lightweight design and sufficient durability for everyday applications. This servo is capable of delivering a robust torque of 7.5kg.cm, making it a suitable option for a variety of tasks that require a good amount of force. Its operational speed is set at a steady 0.4sec/60º, which allows for controlled and deliberate movements essential in scenarios where precision takes precedence.
Product Feature
● Lightweight Construction: At just 30g, the servo is both low-profile and featherlight, ideal for weight-sensitive applications.
● Voltage Range: Designed for a broad voltage range, it offers flexibility and compatibility with diverse power systems.
● Enhanced Stability: Double ball bearings in the servo ensure smooth operation and increased stability for precision tasks.
● Fast Response: A running speed of 0.4sec/60º allows for quick responses, perfect for applications needing fast actuation.
● Plastic Gears: Equipped with plastic gears, the servo remains lightweight yet strong enough for various uses.
● Easy Integration: Standardized mounting points enable straightforward installation, simplifying integration into different systems.