is a high-durability, 12g analog micro servo featuring a full metal gear train. It is widely used in RC airplanes, 450-class helicopters, and small robotics due to its crash-resistant design and high torque-to-weight ratio.
The is one of the most popular micro servos in the robotics and RC communities. It strikes a perfect balance between affordability, high torque, and durability.
: Dual-bearing design to reduce backlash and ensure smooth motion. Wire Length : 25 cm (approx. 9.8 in). Connector Type : Universal compatible plug. Control Parameters Mini SERVO (ES08MAII) SERIES Emax Es08ma Ii Datasheet
void setup() myServo.attach(9); // Connect the servo's signal wire to pin 9
depending on the minimum and maximum pulse widths sent by your controller. 💻 Arduino Implementation Code is a high-durability, 12g analog micro servo featuring
Do not run multiple ES08MA II servos directly from an Arduino 5V pin, as this can brown out the microcontroller. Use an external BEC or UBEC capable of providing at least per servo during high load. Voltage Limitation: Do not exceed 6.0V6.0 cap V
The "II" revision typically addresses weaknesses found in the first metal-gear version, such as improved output shaft retention and tighter manufacturing tolerances on the potentiometer (feedback mechanism). It strikes a perfect balance between affordability, high
As an analog servo, it's easy to control with a standard PWM signal, making it a favorite for STEM education. It can be paired with a servo library to create anything from a simple angle adjuster to a complex, multi-jointed animatronic.
The Emax ES08MA II is a that has earned its reputation as a versatile and reliable workhorse in the world of RC models and DIY electronics. It falls into the popular "12g" class, a reference to its incredibly light weight, while boasting a full set of durable metal gears .
This comprehensive datasheet guide provides the technical specifications, pinout configurations, physical dimensions, and implementation strategies for the Emax ES08MA II. Technical Specifications
void setup() myServo.attach(9); // Signal on pin 9 // The Servo library automatically uses 5-10 microsecond dead band