HOT MG996R 13kg High Torque Metal Gear Servo Digital Servo For Futaba JR 1/8 1/10 RC Car Helicopter Robot Manipulator RC Boat

(0-180 degrees)

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

01: Structural material: digital metal

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

03: Size: 40.7*19.7*42.9mm

04: Weight: 66.2 grams

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

06: Stall torque;

07: Working dead zone: 4 microseconds

08: Plug specification: JR FUTABA universal

09: Working voltage; 3.0V-7.2V

10: Working torque: 13KG/cm

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

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

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

13: Accessories; steering wheel, fixing screws, vibration damping rubber sleeves and aluminum sleeves.

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

0.5ms————–0 degrees;

1.0ms————45 degrees;

1.5ms————90 degrees;

2.0ms———–135 degrees;

2.5ms———–180 degrees;

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

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

360-degree servo: actually equivalent to a stepless speed reduction motor, which can control speed and direction. There is no 0-360 degree angle control function. The control method is the same as the control signal of a general servo. It is a suitable power source for Wall-E modification

(When the high level is 1 millisecond to 1.5 milliseconds, the servo rotates forward (the forward speed is fast at 1 millisecond, the closer to 1.5 milliseconds, the slower, and the servo stops at 1.5 milliseconds), 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 faster the reverse speed at 2 milliseconds)