The two previous steps have explained why control is needed and how it is achieved, and these have been illustrated in the previous video in Step 3.5. In the video …
Meet Baxter, one of the newer additions to the University of Reading. Robots have been used in industry for many years. Early ones were employed in the car industry doing …
We have seen that motor speed is affected by friction and by whether the robot is travelling up or down a slope – and thus to maintain constant speed, feedback …
Dave Keating, a former colleague of Richard, designed Hasbro’s interactive R2-D2 Astromech Droid, a robot which responds to voice commands. Watch this clip to find out more.
Last week, we saw that by using Pulse Width Modulation (PWM) we can generate the correct average voltage so that the motor rotates at the correct speed. We also noted …
Watch Rover in action, gathering data during a simulated earthquake using x, y and z sensors, as well as measuring spin. Gathering data in a simulated earthquake is just one …
Richard reveals the internal anatomy of Rover – one of the University’s mobile robots What are the key differences between ERIC and Rover? Share your thoughts in the comment section …
Let’s now take a closer look at the different parts which make up our ERIC robot. In this video Richard reveals ERIC’s anatomy and why each component is so important. …
As we discussed in Step 2.9, some robots can have light sensors to sense if an object is nearby. This video, shows you how to define the speed depending on …
In the exercise in the next Step, you will have the chance to define the speed of the robot in response to its environment. Before you get started, watch this …
There is a lot of work associated with robotic or prosthetic arms, devices which need to bend and move – for which actuators are needed. Most industrial robots are based …
The robots need power to provide the voltage signals that make the motors turn, the sensors operate and the robot brain to operate. The simplest way of doing so is …