Emax ES3001 37g Plastic Analog Servo For RC Model
₹539.00 ₹899.00
The Emax ES3001 is a versatile and cost-effective plastic analog servo designed for reliable operation in a wide range of RC applications. With solid torque output, smooth movement, and compatibility with standard receivers, it's a great fit for beginners and hobbyists working on RC airplanes, gliders, cars, and aircraft.
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Product Details
Features
- Reliable analog control for simple applications
- Solid torque output up to 4.2 kg·cm at 6V
- Lightweight yet durable plastic body
- Smooth and precise 60° movement
- Compatible with FUT & JR connectors
- Applications : RC Airplanes (Elevator, Rudder, Aileron), RC Gliders, RC Cars & Trucks, Custom Mechanical Projects, Educational & Robotics Kits
Technical Specifications
- Brand Emax
- Model ES3001
- Type Analog Servo
- Operating Voltage 4.8V – 6.0V
- Stall Torque @ 4.8V 3.2 kg·cm
- Stall Torque @ 6.0V 4.2 kg·cm
- Operating Speed @ 4.8V 0.14 sec/60° (no load)
- Operating Speed @ 6.0V 0.17 sec/60° (no load)
- Control Signal PWM (1500–1900 μs)
- Rotation Direction Counter Clockwise
- Material Plastic
- Temperature Range 0°C to 55°C
- Plug Compatibility FUT, JR
- Dimensions (mm)38.6 × 18.8 × 34.9
- Weight37g
Package Includes
- 1 × Emax ES3001 Analog Servo
- 1 × Accessory Pack (servo horns, screws)
Additional Details
- Generic Name: RC Servo Motor || Analog Servo || Plastic Gear Servo || Aircraft Servo || RC Control Surface Servo || PWM Controlled Motor || Robotics Servo
- Sold By: UAV Marketplace (an authorized seller of drone gear and accessories)
Frequently Asked Questions (FAQs)
Q1. Is the Emax ES3001 compatible with Arduino or other microcontrollers?
Yes, it supports standard PWM control, making it compatible with Arduino, Raspberry Pi, and similar platforms.
Q2. Can I use it for high-speed RC cars?
This is a budget-friendly analog servo suitable for general motion control, but for high-speed or high-precision needs, a digital servo is recommended.
Q3. What is the maximum rotation angle?
It supports standard servo movement—typically around 90°±10°, depending on the transmitter or control signal range.
