The REV Robotics Smart Robot Servo (SRS) (REV-41-1097) is a configurable metal-geared servo that takes the guesswork out of aligning and adjusting servo based mechanisms. One SRS can be used as a standard angular servo, a custom angular servo, and a continuous rotation servo by simply changing its settings
For more information on the Smart Robot Servo check out our crossover documentation on the SRS.
The REV Robotics SRS Programmer is the key to unlocking all the smart features of the Smart Robot Servo (SRS). Switching between continuous rotation, standard servo, and custom angular modes is easy as pressing a button. The SRS Programmer can not only program the SRS, but it is also acts as a standalone servo tester for any standard RC servo.
Check out our documentation of the SRS Programmer.
The REV Servo Power Module (REV-11-1144) is a 6V 90W power injector that enables the use of standard servos in applications where a robot controller cannot provide adequate power. The following Quick Start Guide describes the Servo Power Module features and the necessary information to get it up and running.
Check out our documentation of the Servo Power Module.
Servo motors are a specialized kind of motor which can be controlled to move to a specific angle instead of continuously rotating like a DC motor. Instead of a hex output shaft like the DC motor, servos have an output spline. A spline is a specific groove pattern cut into the shaft which allows the rotation of the servo motor to be transmitted to the attached Aluminum Servo Horn (REV-41-1828) or Servo Adapter. Splines are like keys, so only matched types will fit together. The REV Robotics Servos all use a 25T spline pattern. If the gears or spline of the REV Robotics Smart Robot Servo (REV-41-1097) become damaged, they are replaceable using a Replacement Gear Set (REV-41-1168).
Common servo motors take a programmed input signal range and map that to an angular range. For example, for a servo with a 270° range, if the input range was from 0 to 1 then a signal input of 0 would cause the servo to turn to point -135°. For a signal input of 1, the servo would turn to +135°. Inputs between the minimum and maximum have corresponding angles evenly distributed between the minimum and maximum servo angle.
REV Robotics Servo Adapters fit 25T spline servos like the REV Robotics Smart Robot Servo. In addition to the variety pack of generic servo horns which come with the Smart Robot Servo, there are five other custom servo adapters which make using servos with the REV ION Build System easy.
Aluminum Servo Shaft Adapters (REV-41-1558) convert a 25T spline servo output shaft into a female 5mm hex socket. This adapter can be used to drive a hex shaft directly.
Aluminum Servo Horns (REV-41-1828) have a tapped hole pattern that can be directly mounted to any of the REV Robotics gears, wheels, or sprockets with the Motion Pattern.
Aluminum Double Servo Arms (REV-41-1820) have two tapped holes that can be directly mounted to any of the REV Robotics extrusion, channel, or brackets.
Aluminum 1/2in Rounded Hex Servo Shaft (REV-21-2892) converts a servo to a 1/2in Hex shaft for use with all other ION mechanical system components
Plastic 1/2in Hex Linkage Arm (REV-21-2895) used to control a linkage, flap, lever or pushrod
Plastic Face Mount Bracket The ION Servo Face Mount Bracket (REV-21-2896) allows for easy integration of Servo Motors into the ION System.