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AXR 7462-W MG-D

By Zhuhai SV Tech Co., Ltd. ↗

The Zhuhai SV Tech Co., Ltd. AXR 7462-W MG-D is a thin-wing servo for aileron and flap control. It combines an iron-core motor and 7075 aluminum-alloy gears, weighs 13 ±0.5 g and accepts 4.8–8.4 V. Integration requires clearance for moving connections, appropriate load sizing and controller-specific neutral and travel settings.

AXR 7462-W MG-D thin-wing servo with black housing and metal output shaft
AXR 7462-W MG-D thin-wing servo with black housing and metal output shaft
Product identity and purposeAXR 7462-W MG-D thin-wing servo for aileron and flap control.
Operating voltage4.8–8.4 V
Rated torque1.4 kg·cm @ 7.4 V7.4 V supply.
External dimensions23.7 × 12 × 26.6 mm
Weight13 ±0.5 g
Motor typeIron-core motor

Product overview

The AXR 7462-W MG-D from Zhuhai SV Tech Co., Ltd. is a thin-wing servo for aileron and flap control. Its configuration combines an iron-core motor, 7075 aluminum-alloy gears and one bearing within a 23.7 × 12 × 26.6 mm body weighing 13 ±0.5 g. Cable length is 245 ±5 mm. Installation requires room for the body and movement of the horn, linkage and cable. Lever-arm sizing should account for maximum design load, with mounting rigidity and return-to-center behavior checked for the control surface.

The servo operates at 4.8–8.4 V with PWM control and a 333 Hz operating frequency. At 8.4 V, stall torque is 4.9 kg·cm and no-load speed is 0.078 s/60°. Stall torque cannot serve as a continuous-load rating; selection must account for rated torque of 1.4 kg·cm at 7.4 V and duty cycle. The 1520 µs reference pulse differs from the 1500 µs position midpoint, so neutral and usable travel require checking with the controller and delivered version. Initial setup should limit load, and the supply needs transient-current headroom.

Specifications

SpecificationValue & conditions
Product identity and purposeAXR 7462-W MG-D thin-wing servo for aileron and flap control.
Operating voltage4.8–8.4 V
Rated torque1.4 kg·cm @ 7.4 V7.4 V supply.
External dimensions23.7 × 12 × 26.6 mm
Weight13 ±0.5 g
Motor typeIron-core motor
Gear material7075 aluminum-alloy gears
Bearing count1
Cable length245 ±5 mm
Control signalPWM
Operating frequency333 Hz
Reference pulse width1520 µs
Pulse width and corresponding angle500 / 1500 / 2500 µs → -90 / 0 / 90°
Performance at 5 V
  • Stall torque: 3.8 kg·cm;
  • no-load speed: 0.112 s/60°;
  • running current: 0.042 A;
  • stall current: 1 A.
5 V comparison test voltage; torque is stall torque and speed is unloaded.
Performance at 6 V
  • Stall torque: 4 kg·cm;
  • no-load speed: 0.096 s/60°;
  • running current: 0.048 A;
  • stall current: 1.15 A.
6 V comparison test voltage; torque is stall torque and speed is unloaded.
Performance at 7.4 V
  • Stall torque: 4.5 kg·cm;
  • no-load speed: 0.083 s/60°;
  • running current: 0.051 A;
  • stall current: 1.4 A.
7.4 V comparison test voltage; torque is stall torque and speed is unloaded.
Performance at 8.4 V
  • Stall torque: 4.9 kg·cm;
  • no-load speed: 0.078 s/60°;
  • running current: 0.06 A;
  • stall current: 1.6 A.
8.4 V comparison test voltage; torque is stall torque and speed is unloaded.
Integration clearanceInstallation requires sufficient structural depth and movement clearance for the servo horn, linkage and cable.Thin-wing installation.
Load and mounting assessmentSize the lever arm for maximum design load and check mounting rigidity and return-to-center behavior.Aileron or flap installation.
Stall-torque limitationStall torque is not a continuous-load rating; continuous-duty selection must account for rated torque and duty cycle.Continuous-load selection.
Voltage characterization limitationThe permitted supply range does not imply performance measurements at every voltage.Operation within the 4.8–8.4 V supply range.
Neutral and travel qualificationThe 1520 µs reference pulse differs from the listed 1500 µs position midpoint; establish neutral and usable travel for the controller and delivered version.Controller and delivered servo version.
Mounting drawing qualificationDrawing and specification dimensions may use different reference datums; establish the final mounting drawing and interface version before machining installation parts.Fabrication of installation hardware.
Commissioning loadBegin unloaded or with limited load, establish neutral, direction and mechanical travel, then progressively apply working load.Initial setup.
Electrical and mechanical integrationAllow supply headroom for transient current, avoid cable voltage drop and reversed polarity, and prevent the mechanism from remaining driven against its stops.Installed power supply and linkage.

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