EMAX ES9255 Ⅱ High Torque Digital Magnetic Encoder Servo

Product Overview The EMAX ES9255 Ⅱ is a high torque digital servo designed for RC cars, aircraft, and boats. It combines a contactless magnetic encoder, coreless brushed motor, metal construction,…

Specifications

Product Overview The EMAX ES9255 Ⅱ is a high torque digital servo designed for RC cars, aircraft, and boats. It combines a contactless magnetic encoder, coreless brushed motor, metal construction, and reinforced gears to provide accurate control and strong output for different RC applications. The magnetic encoder offers less than 2 ° angle error and up to 360 ° effective control, providing precise position feedback without contact between the sensing components. With torque up to 18 kg.cm at 8.4V, ES9255 Ⅱ is designed for applications that require higher output. Its gear system uses 7075 aluminum and hardened stainless steel, providing a strong and wear resistant gear setup. The servo supports 6.0V to 8.4V input, with a speed of up to 0.06 sec/60 ° at 8.4V. It also supports serial protocol changes and other customization options, making it suitable for different RC setups and custom applications. With IP67 protection, metal construction, and a compact 40 × 20 × 38.5 mm body weighing 72g, ES9255 Ⅱ is designed for RC cars, aircraft, boats, and other applications where torque, control, and durability matter. Feature – High Torque: Up to 18 kg.cm at 8.4V – Magnetic Encoder: Contactless sensing with less than 2 ° angle error – 360 ° Effective Control: Wide operating range for precise control – 7075 + Hardened Stainless Steel Gears: Reinforced gear construction – Digital Control: Responsive digital servo system – Metal Housing: Durable metal construction – IP67 Protection: Designed for outdoor RC applications – RC Applications: Cars, aircraft, and boats – Customizable: Supports serial protocol changes and other customization options – Voltage: 6.0V to 8.4V – Speed: Up to 0.06 sec/60 ° at 8.4V – Weight: 72g – Dimensions: 40 × 20 × 38.5 mm A high torque digital servo built for RC users who need strong output, precise control, and flexible application options. Specification s Specification ES9255Ⅱ Product Type Magnetic Encoder / Brushed / Digital / Metal Servo Operating Voltage 6.08.4V Speed(6.0 / 7.4 / 8.4V) 0.085 / 0.07 / 0.06 sec/60° Stall Torque(6.0 / 7.4 / 8.4V) 12 / 15 / 18 kgf·cm Stall Current 4.0A / 4.8A / 5.5A Max Net Weight 72 ±1g Dimensions See product drawing Rotation Angle 360° Storage temperature Range -30℃~70℃ Operating temperature Range -20℃~60℃ Running current(at no load) 1200mA / 1500mA / 1800mA Max Idle Current 11.5mA Connector wire gauge JR 3P Connector wire length 300±8 Flower head 23T Bearing 2BB Gear type metal Package List 1 × Servo Unit Servo Horns & Mounting Hardware Kit User Instruction Manual FAQ Q: What models is the EMAX ES9255 Ⅱ servo suitable for? A: The EMAX ES9255 Ⅱ is a high torque digital magnetic encoder servo designed for RC cars, RC aircraft, and RC boats. Its combination of high torque, metal construction, and magnetic position sensing makes it suitable for different RC applications. Q: How much torque does the ES9255 Ⅱ provide? A: The ES9255 Ⅱ provides up to 18 kg.cm of torque at 8.4V, compared with 12 kg.cm at 6.0V. This high torque output is designed for RC applications that require stronger servo output, including RC cars, aircraft, and boats. Q: What makes the ES9255 Ⅱ gear system suitable for high torque applications? A: The ES9255 Ⅱ uses 7075 aluminum and hardened stainless steel gears, combined with a metal housing. This reinforced gear design is intended to provide higher strength and wear resistance for applications with greater load and more demanding control. Q: Does the ES9255 Ⅱ use a magnetic encoder? A: Yes. The ES9255 Ⅱ uses a contactless magnetic encoder with angle error within 2° and up to 360° effective control. This provides precise position feedback while avoiding mechanical contact in the sensing system. Q: Can the ES9255 Ⅱ be customized for different RC applications? A: Yes. The ES9255 Ⅱ supports serial protocol changes and other customization options, allowing it to be adapted to different RC applications and control requirements. It is designed for use across RC cars, aircraft, and boats.