EMAX Emax ES08MD II Servo
₹1,199.00
Out of stock
The EMAX ES08MD II is a 13.3g mini digital metal gear servo designed for precision control in RC airplanes, gliders, park flyers, and light UAV applications. With metal gears, digital control, and up to 2.4kgf.cm torque at 6.0V, it provides accurate and responsive servo control.
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Product Details
Features :
- Metal gear train designed for demanding RC aircraft control applications.
- High-resolution digital circuit supporting precise centering and holding torque.
- Compact 13.3g profile suited to lightweight aircraft and limited spaces.
- 4.8V to 6.0V operation supporting different RC servo power setups.
- Standard output spline compatible with suitable micro servo horns.
Technical Details :
- Operating Voltage : 4.8V to 6.0V DC
- Stall Torque : 2.0 kgf.cm at 4.8V | 2.4 kgf.cm at 6.0V
- Operating Speed : 0.12 sec/60° at 4.8V | 0.10 sec/60° at 6.0V (no load)
- Dimensions : 23.0 x 11.5 x 24.0 mm
- Weight : 13.3g
- Gear Type : Metal Gears
- Control Modulation : Digital
Package Includes
- 1 × EMAX ES08MD Mini Servo
- 1 × Accessory pack (servo horns, screws)
Additional Details
- Brand: EMAX
- Model: ES08MD
- Generic Name: Mini Metal Gear Servo || RC Plane Digital Servo || Micro Robot Actuator || PWM Servo || EMAX Servo
- Sold By: UAV Marketplace (an authorized seller of drone gear and accessories)
FAQs:
Q1) What is the operating voltage range of the EMAX ES08MD II servo?
Ans: The EMAX ES08MD II operates from 4.8V to 6.0V DC.
Q2) What is the maximum torque of the EMAX ES08MD II digital servo?
Ans: It provides a maximum stall torque of 2.4 kgf.cm at 6.0V.
Q3) How much does the EMAX ES08MD II metal gear servo weigh?
Ans: The servo weighs approximately 13.3g, making it suitable for lightweight RC aircraft.
Q4) Is the EMAX ES08MD II a digital or analog servo?
Ans: The EMAX ES08MD II is a digital servo with digital control modulation.
Q5) What applications is the EMAX ES08MD II servo suitable for?
Ans: It is suitable for RC airplanes, park flyers, gliders, and light UAV control surfaces.
