High Performance Digital Standard Servo, Can Be Common Use In Robots, Mechanical Arms, Climbing Cars And Remote Control Toys. Br>The Main Features Are Fast Heat Dissipation,Big Torque High Compatibility ,Sensitive And Responsive Ect. Br>Good Choice For University Professors And Students Who Are Interested In Developing Software For Robot Parts. Br>Br> Features:/ Br>- High-Precision Metal Gears With Hard Anodizing Br>- Cnc Aluminium Middle Shell, Br>- Water Proof Rubber Seals Screwsbr>Br> Sepcification:/ Br>Brand: Dsservo Br>Item: Ds3218Mg Br>Stall Torque (5V): 19 Kg/Cm (263.8Oz/In) Br>Stall Torque (6.8V): 21.5 Kg/Cm (298.5 Oz/In) Br>Dead Band: 3?s Br>Speed : 0.16 Sec/60(5V) / 0.14 Sec/60(6.8V) Br>Operating Voltage: 4.8 ~ 6.8 Dc Voltsbr>Weight: 60 G (2.12 Oz) Br>Motor Type: Dc Motor Br>Gear Type: Copper & Aluminum Br>Working Frequence: 1520?s / 333Hz Br>Ce Certification: Yes Br>Size: 40 X 20 X 40.5 Mm ( 1.58 X 0.79 X 1.60 In) Br>Br> Package Included:/ Br>1 X Ds3218Mg Digital Servo Br>1 X 25T Adjustable Metal Servo Armbr>Br>Other Options: Br>?Pack Of 2 20Kg Servos, Please Search Asin: B07Tktq2Nz Br>?35Kg Coreless Servo 270,Please Search Asin: B07Swst8D6 Br>?25Kg Coreless Servo 270,Please Search Asin: B07Ssnj6Y5 Br>?25Kg Control Angle 270,Please Search Asin: B07Gk1G5Fv Br>?20Kg Control Angle 270(Pro Version), Asin: B07Ktsvssj Br>?60Kg Control Angle 180,Please Search Asin: B07Kts4L94

Features

?High-Precision Digital Servo Upgraded Version - Advanced Linearity And Accuracy With Precision Potentiometers,Stable,Low Noise,Water-Proof

?Durable - Equipped With Strong Copper & Aluminum Gears, Cnc Aluminium Middle Shell,To Ensure Long Service Life

?Large Torque - Maximum Torque Is Up To 21.5 Kg/Cm (298.5 Oz/In)6.8V,With 25T Adjustable Metal Servo Arm

?High Rotation - Well-Controlled,180 Degree Rotation;360 Degree Rotation When Power-Off, Perfect For Robot Joint Activities

?Dimensions - 1.58X0.79X1.60Inch (40X20X40.5Mm); Weight:60G (2.12Oz) Only

Specification

Product Detail
Size	Small
Dimensions	17.72x15.94x7.87
Weight	0.01