MG995 parameters:
MG995/Biped Robot/Manipulator/Remote Control Car/55G Metal Copper Gear Servo
Product model MG995 Product size 40.7*19.7*42.9mm Product weight 55g
Working torque 13KG/cm Reaction speed 53-62R/M Operating temperature -30~+60°
Dead zone setting 4 microseconds. Plug type JR, FUTABA universal rotation angle 180 degrees larger
Servo type analog servo working current 100mA, voltage 3-7.2V
Structural material: metal copper teeth, coreless motor
Operating speed: 0.17 seconds/60 degrees (4.8V); 0.13 seconds/60 degrees (6.0V)
Accessories include rudder wheel, cable length 30CM, fixing screws, vibration damping rubber sleeves and aluminum sleeves and other accessories (see actual shots for details)
Scope of application 1:10 and 1:8 flat sports cars, off-road vehicles, trucks, trucks, climbing vehicles, biped robots, manipulators, remote control boats, suitable for 50-90 methanol fixed-wing aircraft and 26cc-50cc gasoline fixed Wing aircraft and other models.
MG996 parameters:
New large torque servo MG996R (MG995 upgrade product) 6v/11Kg (Mainland version)
The upgraded product of the original MG995, the speed, pulling force and degree have been correspondingly improved
Recommended on this site!
It is suitable for models of 50-90 methanol fixed-wing aircraft and 26cc-50cc gasoline fixed-wing aircraft.
Compared with MG946R, MG996R is faster, but the pulling force is slightly lower.
Product name: New large torque servo MG996R (MG995 upgrade product) 6v/11Kg
Manufacturer Number: MG996R
Product net weight: 55g
Product size: 40.7*19.7*42.9mm
Product tension: 9.4kg/cm(4.8V), 11kg/cm(6V)
Response speed: 0.17sec/60degree(4.8v) 0.14sec/60degree(6v)
Working voltage: 4.8-7.2V
Working temperature: 0℃-55℃
Gear form: metal gear
Working dead zone: 5us (microseconds)
Suitable models: Class 50-90 methanol fixed-wing aircraft and 26cc-50cc gasoline fixed-wing aircraft, etc.
(The difference between 995-996-945-946 lies in the application speed, torque, accuracy, performance, and technical parameters. But the appearance and dimensions are the same, there is no difference), "995 speed is fast but torque is small, 996 is slow and torque is large, 945/ The overall performance of the 946 is relatively stable. "^_^Copper sleeve/double bearing is the friction protection device on the output power of the steering gear (digital steering gear adopts double bearings). Digital steering gear: high precision, stable performance and self-locking function. Ensure that it will not lose control under signal instability. Angle: For example, 90 degrees means that the control angle is 45 degrees for positive/negative, and 0 degrees for centering. There are angle limit points (pulse signal 1 millisecond positive-1.5 milliseconds centered-2 milliseconds negative, which is a universal standard signal for remote ) Note: The pulse signal of 180 degree and 270 degree control is 0.5-2.5 milliseconds wider. For robots and manipulators, digital servos are recommended. As for the copper sleeve and bearing, it depends on individual needs. 360-degree modified steering gear: actually equivalent to a geared motor with infinitely variable speed, which can control the 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 steering gear. It is the most suitable power source for Wali modification (1~1.5 milliseconds forward rotation, the fastest forward rotation speed is 1 millisecond, the closer to 1.5 the slower, the steering gear stops rotating at 1.5) 1.5 milliseconds to 2 reverse side with potentiometer debugging hole
