1 piece Servo MG996R 13 kg High Torque Metal Gear 180° for RC Car/DIY Arduino

(0-180 degrees)

Red voltage, brown ground cable, orange is the signal cable

01: Structure material: digital metal

02: Connecting cable length: 30 cm, signal line (yellow line), red line (power line), brown (ground line)

03: Size: 40.7 x 19.7 x 42.9 mm

04: Weight: 66.2 grams

05: Response speed: no-load speed 0.17 seconds/60 degrees (4.8 V); 0.13 seconds/60 degrees (6.0 V)

06: Stall torque;

07: Dead zone works: 4 microseconds

08: Connector specification: JR FUTABA universal

09: Operating voltage: 3.0 V-7.2 V

10: Operating torque: 13 kg/cm

11: Operating temperature: -30~~+60 degrees Celsius

12: Suitable models: bipedal robot/manipulator/remote-controlled car, suitable for 50-90 grade methanol fixed-wing aircraft and

26cc-50cc gasoline fixed-wing aircraft and other models

13: Accessories: steering wheel, mounting screws, vibration-damping rubber bushings and aluminum sleeves.

Servo control generally requires a time-base pulse of about 20 ms. The high part of the pulse is generally the angle control pulse part in the range of 0.5 ms to 2.5 ms and the total interval is 2 ms. If you use the 180-degree angle servo as an example, the corresponding control relationship is as follows:

Application: 1:10 and 1:8 sports cars, off-road vehicles, trucks, monster trucks, crawler cars, bipedal robots, manipulators,

Remote-controlled boats, suitable for models such as 50-90 methanol fixed-wing aircraft and 26cc gasoline fixed-wing aircraft.

360-degree servo: Effectively corresponds to a stepless speed reduction motor that can control speed and direction. There is no angle control function of 0–360 degrees. The control method is the same as the control signal of a general servo. It is a suitable power source for the wall-E modification

(If the high level is 1 millisecond to 1.5 milliseconds, the servo rotates forward (the forward speed is high at 1 millisecond; the closer to 1.5 milliseconds, the slower it gets, and the servo stops at 1.5 milliseconds); if the high level is 1.5 milliseconds to 2 milliseconds, the servo reverses (the servo stops at 1.5 milliseconds; the closer to 2 milliseconds, the faster the reverse speed, and the speed is fastest at 2 milliseconds))