English
  • Dspower micro Servo

Product

10kg Steel Gear CAN BUS 12V Brushless Slim Wing Servo DS-W009A Featured Image
  • 10kg Steel Gear CAN BUS 12V Brushless Slim Wing Servo DS-W009A
  • 10kg Steel Gear CAN BUS 12V Brushless Slim Wing Servo DS-W009A
  • 10kg Steel Gear CAN BUS 12V Brushless Slim Wing Servo DS-W009A
  • 10kg Steel Gear CAN BUS 12V Brushless Slim Wing Servo DS-W009A
  • 10kg Steel Gear CAN BUS 12V Brushless Slim Wing Servo DS-W009A

10kg Steel Gear CAN BUS 12V Brushless Slim Wing Servo DS-W009A

DS-W009A is a “flat bus servo” designed for drone wings. Its core differentiation lies in its ultra thin 10mm profile, 32g lightweight design, and support for the CAN BUS communication protocol.

●  All Aluminum Frame Case+Steel Gear+Brushless Motor

●  CAN BUS control mode, low failure rate, lifespan up to 200,000 times

●  8kgf.cm Stall Torque+9-12.6V Operating Voltage+Operating angle 120°±10°

●  Application Scenario：UAV Wings,Target Drone,Throttle and Exhaust Valve


Product Detail

Product Tags

DS-W009A has an ultra thin and lightweight body that can be directly embedded in the narrow cavities of drone wings and ailerons. It can be concealed without additional modification and can withstand extreme environments of -40°C.

DSpower digital servo

Key Features and Functions:

●  Ultra Thin All Aluminum Structure:DS-W009A is made of all aluminum material, with an ultra thin width and lightweight body. It can support stable driving of control surfaces in strong airflow at high altitudes, minimizing flight loads.

●  Military Grade Durability：Built in steel gears and brushless motors eliminate the risk of brush wear. Combined with high precision potentiometers, they provide fast response and a lifespan far exceeding that of brushed servos, reducing long term maintenance costs.

●  Dual Communication Mode Compatibility：Supporting both PWM and CAN BUS protocols, it can connect to both the simple control consoles of hobby drones and the integrated flight control systems of large drones, adapting to the full range of scenarios from civilian model aircraft to industrial grade UAVs.

●  Built in quadruple protection mechanism：Built in stall protection, voltage protection, over-temperature protection and current protection, and the gear virtual position ≤ 1° ensure that the drone can still accurately control the wing angle under complex working conditions 

Get a Free Sample！！！
Technical Specs

Operating Voltage: 9-12.6V DC
Standby Current: ≤30 mA
No Load Speed: ≤0.09sec/60° 
Stall Current: ≤2.5A 
Stall Torque: ≥8 kgf.cm 
Rotating Direction: CCW
Operating Travel Angle: 120°±10°
Mechanical Limit Angle: Unlimited
Angle deviation: ≤1°
Weight: 32±5g
Motor Type：Brushless Motor
Communication Interface: CAN BUS/PWM
Gear Set Material: Steel Gear
Case Material: Aluminum Alloy Case

DSpower digital servo

Application Scenarios

●  Fixed Wing Inspection Drones:10mm ultra thin width design and lightweight body can be directly embedded in the leading edge of the drone wing. The low temperature startup capability can support it to work at high latitudes. The CAN BUS can simultaneously control multiple servos to work, such as flaps and ailerons for linkage.

●  Verification of New Airfoil in University Laboratory：120° wide operating angle and ultra-low virtual gear position can accurately simulate aerodynamic characteristics at different rudder angles. The CAN BUS can provide real time feedback on torque, temperature and other data, making it easier for researchers to optimize control algorithms.

●  Tactical Reconnaissance Drone：DS-W009A has passed MIL-STD-810G environmental testing. Its all aluminum casing is corrosion resistant and has fast heat dissipation, meeting the high reliability requirements in complex field environments.

DSpower digital servo

FAQ

Q. Do: you test all the goods before delivery?

A: Yes, we have 100% test before delivery. If you need any assistance, please feel free to contact us.

Q: What certifications do your servo has?

A: Our servo have FCC, CE, ROHS certification.

Q. How do l know if your servo are good quality?

A: Sample order is acceptable for testing your market and checking our quality And we have strict quality control systems from raw material incoming until finished product delivery out.

Q: For a customized servo, how long is the R&D time (Research& Development time)?

A: Normally, 10~50 business days, it depends on requirements, just some modification on standard servo or a totally new design item.

  • Previous:
  • Next:
    • Write your message here and send it to us

    related products