Sparkfun REV Robotics Smart Robot Servo

The REV Robotics Smart Robot Servo is a versatile, metal-geared servo that can be configured as a standard angular, custom-limit angular, or continuous-rotation actuator through simple programming with the optional REV SRS Programmer. It accepts conventional PWM input, allowing for setting travel limits or enabling continuous spinning, thus eliminating the need for mechanical adapters or permanent modifications. By default, it functions as a 270° positional servo, with the SRS Programmer enabling custom angular ranges up to 280° or conversion to continuous rotation mode. At 6 V nominal, it delivers 13.5 kg-cm stall torque with a speed of approximately 0.14 seconds per 60°, drawing up to 2 A at stall. Operating between 4.8 V and 7.4 V, it features durable metal gearing and a standard 25-tooth spline with M3 tapped mounting options. Compact at 40.2 × 20 × 38 mm and weighing 58 grams, the SRS comes complete with a horn assortment and mounting hardware for easy integration into robotics projects requiring precision, adaptability, and durability.

Perfect for robotics enthusiasts and developers, this smart servo provides the flexibility to adapt to various project needs. Whether building a robotic arm, a mobile platform, or an automated mechanism, the servo's ability to switch between different modes ensures it can meet the specific requirements of any application. The ease of programming and configuration makes it an excellent choice for both beginners and advanced users.

The servo's robust metal gearing and high torque output make it ideal for demanding applications that require strength and reliability. Its compact size and lightweight design allow for seamless integration into tight spaces without compromising performance. The inclusion of a variety of horns and mounting hardware ensures quick and hassle-free setup, saving valuable time during the development process.

One of the standout features of this servo is its programmability, which allows users to fine-tune its performance to suit their specific needs. This capability reduces the need for additional mechanical components, simplifying design and reducing overall project costs. The ability to operate across a range of voltages further enhances its versatility, making it suitable for a wide array of power supply configurations.