In this photo, both our 12V battery and our servo that will rotate to an angle we are given. The tongue depressor is attached to show the angle of which the servo will rotate. The battery is also shown to be wired to our fuse box.

 Pictured here is our kill switch. As you can see, the kill switch is attached to our frame with the use of screws. Also, the blue light on the kill switch is lit up. The blue light being powered on shows that it has power running through it.

 Both our fuse box and our 5V regulator are pictured above. The fuse box allows for us to distribute power to multiple different components. The 5V regulator is used to convert the 12V from our battery to 5V. This is helpful so that anything that requires 5V instead of 12V will have voltage, but not too much voltage.

 Above is our sonar sensor. This component will allow us to detect a distance greater than 30 cm and also less than 30 cm.

 This picture is of two thermistors. The one on the right is an exposed thermistor, and the one on the left is a shielded thermistor. We will use the shielded thermistor to calculate the surrounding environmental temperature, and we will use the exposed thermistor in order to find the cooling effect of the wind so that we can calculate the wind speed.

 On the left, is our bump sensor. It is connected to a motor that will continue to run until the bump sensor is triggered.

 This is our robot with most of the parts for sprint 2 attached. As you can see our frame has been built as it supports the multiple other components already connected to it.