AUTHORIZED LEGO® RESELLER   |    FREE SHIPPING for orders over $200

Mindstorms Electric Sensor, Touch - NXT LEGO 95648 Used

Mindstorms Electric Sensor, Touch - NXT LEGO 95648 Used

Model#/SKU: 95648

Regular price $5.99 $6.00 Sale

The LEGO 95648 Electric Touch Sensor is a versatile component designed to enhance interactivity and responsiveness in LEGO Mindstorms NXT and EV3 robotics creations. This sensor enables robots to detect physical contact with their environment, allowing them to respond to tactile inputs and interact with objects in a dynamic and engaging manner.

At its core, the Electric Touch Sensor features a pressure-sensitive pad that detects when it comes into contact with an object or surface. When activated, the sensor sends a signal to the robot's control system, triggering a programmed response or action.

The sensor is equipped with built-in electronics that process the tactile input, providing users with accurate and reliable feedback on touch events. This enables robots to react to physical contact in real-time, allowing for a wide range of interactive behaviors and applications.

One of the key features of the 95648 Electric Touch Sensor is its compatibility with the LEGO Mindstorms NXT and EV3 robotics platforms. It seamlessly integrates with other NXT and EV3 components, such as motors, sensors, and controllers, allowing users to incorporate touch-based functionality into their robotic designs with ease.

The Electric Touch Sensor is designed to be user-friendly and accessible to builders of all skill levels. It features simple connections and intuitive controls, making it easy to incorporate into LEGO robotics projects and program using the NXT-G or EV3 programming environment.

Overall, the LEGO 95648 Electric Touch Sensor offers users a powerful tool for enhancing interactivity and responsiveness in their LEGO Mindstorms robots. With its ability to detect physical contact, compatibility with NXT and EV3 platforms, and user-friendly design, it provides builders with the flexibility and versatility to create engaging and interactive robotic creations.