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10kg Steel Gear CAN BUS 25T Brushless Slim Wing Servo DS-W009A

The DSpower DS-W009A is a brushless slim wing servo for drone wings and control surfaces. Its 10mm profile combines an aluminum alloy case, steel gears and CAN BUS/PWM communication. Operating on 9-12.6V DC, it provides 120°±10° travel with integrated stall, voltage, temperature and current protection.

De ShengRC servos
Weight
32±5g
Operating voltage
9-12.6 V DC

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Product overview

The DSpower DS-W009A brushless slim wing servo fits narrow cavities in drone wings and ailerons. Its 10mm profile and 32±5g weight suit embedded control-surface installations, with concealed mounting possible without additional modification. An aluminum alloy case houses steel gears, a brushless motor and high-precision potentiometers. Applications include fixed-wing inspection drones, drone control surfaces, large drone payload control and UAV engine control. The corrosion-resistant casing dissipates heat quickly, and the servo withstands environments of -40°C.

Operating on 9-12.6V DC, the DS-W009A supports CAN BUS and PWM communication. CAN BUS enables coordinated operation of multiple servos, including linked flaps and ailerons, and provides real-time torque and temperature feedback for airfoil research and control development. Operating travel is 120°±10°, with angle deviation ≤1° and no-load speed ≤0.09sec/60°. Standby current is ≤30 mA, while stall current is ≤2.5A. Integrated stall, voltage, over-temperature and current protection support operation, and the servo has passed MIL-STD-810G environmental testing.

Propellers & airframes

Specifications

10kg Steel Gear CAN BUS 25T Brushless Slim Wing Servo DS-W009A specifications
SpecificationValue & conditions
Manufacturer and modelDSpower DS-W009A brushless slim wing servo
Profile width10mm
Operating voltage9-12.6V DC
Standby current≤30 mA
Speed≤0.09sec/60°No load.
Current≤2.5AStall.
Rotating directionCCW
Operating travel angle120°±10°
Mechanical limit angleUnlimited
Angle deviation≤1°
Weight32±5g
Motor typeBrushless motor
Communication interfaceCAN BUS/PWM
Gear set materialSteel
Case materialAluminum alloy
Wing installationEmbeds directly in narrow drone wing and aileron cavities; can be concealed without additional modification.
Low-temperature capabilityWithstands environments of -40°C.
Position sensingHigh-precision potentiometers
Integrated protectionStall, voltage, over-temperature and current protection
LifespanUp to 200,000 operationsCAN BUS control mode.
Coordinated controlSimultaneous control of multiple servos for linked flap and aileron operationCAN BUS communication.
FeedbackReal-time torque and temperature feedbackCAN BUS communication.
ApplicationsFixed-wing inspection drones
Airfoil research applicationUniversity laboratory airfoil verification
Additional control applicationsDrone control surfaces, large drone payload control and UAV engine control
Environmental testingPassed MIL-STD-810G environmental testing
Case propertiesCorrosion-resistant casing with fast heat dissipation

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