Product Overview Engineered for heavyvibration, longcycle outdoor RC and robotic operations,EMAXRC Servos minimise gradual performance drift triggered by component wear, mechanical flex and complex wiring setups.
Featuring noncontact magnetic encoder feedback, widevoltage compatibility and robust allmetal build, they maintain stable angular output under continuous vibration and heavy loading.
With true 360°positional control, they fit seamlessly into existing assemblies without major rework, delivering dependable performance for highdemand aircraft, helicopter and robotic projects.
Feature
Noncontact magnetic encoder sustains stable angle output over long runtime, resisting performance variations caused by airborne vibration
Wide highvoltage support delivers improved torque and response, eliminating extra onboard conversion hardware for highvoltage LiPo power systems
Allmetal gears and housing withstand impact and sustained load, extending service life in harsh field operating conditions
Configurable 180° / 360° positional hold expands mechanical layout flexibility, reducing modification work on linkages and gears
Standard formfactor, JR connector and 23T spline support easy hardware upgrade without fullsystem rework
Application Scenarios RC helicopter tail assemblies Largesize fixedwing aircraft main control surfaces Hightorque radiocontrolled model platforms Robotic joint assemblies and motorized rotating turntable mechanisms Custom automation hardware and specialpurpose RC equipment
Specifications
Specification
ES9054Ⅱ
Product Type
Magnetic Encoder / Brushed / Digital / Metal Servo
Operating Voltage
6.08.4V
Speed(6.0 / 7.4 / 8.4V)
0.12 / 0.10 / 0.09 sec/60°
Stall Torque(6.0 / 7.4 / 8.4V)
18 / 22 / 25 kgf·cm
Stall Current
Approx.4.05.5A (typical reference range)
Net Weight
72 ±1g
Dimensions
Approx. 40 × 20 × 38.5 mm
Rotation Angle
180°±2°, supports 360° fullrange positional control
Use For
Midhigh torque aircraft and robotic projects prioritizing quick reaction
Package List 1 × Servo Unit Servo Horns & Mounting Hardware Kit User Instruction Manual
FAQ
Q: Will a magnetic encoder RC servo work with my existing standard PWM receiver? A: Yes. These Emax RC Servos comply with standard 5002500μs PWM and JR connector specs. Basic operation requires no special controller. Only 360° position mode needs corresponding controller parameter configuration.
Q: What realworld improvement does a magnetic encoder bring over potentiometerbased RC servos during flight? A: Potentiometerbased servos tend to develop positional offset under sustained vibration and long flight time. Magnetic encoder maintains stable centering over longterm use and cuts frequent inflight trimming.
Q: Can I power this highvoltage radio control servo using a 2S LiPo battery? A: It works with lowervoltage input but cannot reach full rated performance. Make sure your BEC or power supply provides sufficient current for actual working loads.
Q: How will large outdoor temperature fluctuations affect servo performance? A: It supports broad ambient temperature ranges for outdoor use. Avoid continuous operation under extreme temperatures to preserve service lifespan.
Q: Is regular calibration needed after hard crashes or heavy impacts? A: Manual calibration is unnecessary after ordinary impacts. If jitter or position offset occurs following severe crashes, check linkages, servo horns and mounting parts for mechanical damage first.
