Our Robots

Kodak (2018-19)

This robot was able to pick up and place hatch panels on all 3 levels of the rocket and on the cargo ship. The robot could start at habitat level 2 and was able to end on level 1

Logic (2017-18)

This robot was designed to be a complimentary robot to the other teams on the alliance. It had the ability to pick up power cubes and place them in the switch and through the portal for a power up.

Chance (2016-2017)

This robot was designed to complete 2 of the 3 main aspects of the FIRST Steamworks challenge. Chance has the ability to deliver gears to the airship during autonomous and teleop, as well as climb the airship during the endgame.

Murphy (2015-2016)

This robot is designed to get through a multitude of castle defenses and win the offence. It can conquer the tough terrain, low bar, moat, gate, and even the portcullis. It can also pick up foam dodgeballs and shoot them into a goal to weaken the castle.

TR-1000 (2015-2016)

TR-1000 is our T-shirt cannon robot. So far it has attended the end of year school assembly, 2 kid STEM camps, and multiple Maker Fairs. It has pressurized PVC air tanks that can shoot 9 shirts at a time. We are working on getting specially made T-shirts to shoot out!

Rolling Thunder (2014-2015)

Rolling Thunder was designed to be an efficient stacking machine. It can stack up to 5 mail totes in 2 minutes. This robot was used for the 2014-2015 competition.

​𝐎𝐮𝐫 𝐑𝐨𝐛𝐨𝐭𝐬

​Logic (2017-18)​This robot was designed to be a complimentary robot to the other teams on the alliance. It had the ability to pick up power cubes and place them in the switch and through the portal for a power up.

Chance (2016-2017)​This robot was designed to complete 2 of the 3 main aspects of the FIRST Steamworks challenge. Chance has the ability to deliver gears to the airship during autonomous and teleop, as well as climb the airship during the endgame.

Murphy (2015-2016)This robot is designed to get through a multitude of castle defenses and win the offence. It can conquer the tough terrain, low bar, moat, gate, and even the portcullis. It can also pick up foam dodgeballs and shoot them into a goal to weaken the castle.

TR-1000 (2015-2016)TR-1000 is our T-shirt cannon robot. So far it has attended the end of year school assembly, 2 kid STEM camps, and multiple Maker Fairs. It has pressurized PVC air tanks that can shoot 9 shirts at a time. We are working on getting specially made T-shirts to shoot out!

Rolling Thunder (2014-2015)Rolling Thunder was designed to be an efficient stacking machine. It can stack up to 5 mail totes in 2 minutes. This robot was used for the 2014-2015 competition.

𝐎𝐮𝐫 𝐑𝐨𝐛𝐨𝐭𝐬

Logic (2017-18)

This robot was designed to be a complimentary robot to the other teams on the alliance. It had the ability to pick up power cubes and place them in the switch and through the portal for a power up.

Chance (2016-2017)

This robot was designed to complete 2 of the 3 main aspects of the FIRST Steamworks challenge. Chance has the ability to deliver gears to the airship during autonomous and teleop, as well as climb the airship during the endgame.

Murphy (2015-2016)

This robot is designed to get through a multitude of castle defenses and win the offence. It can conquer the tough terrain, low bar, moat, gate, and even the portcullis. It can also pick up foam dodgeballs and shoot them into a goal to weaken the castle.

TR-1000 (2015-2016)

TR-1000 is our T-shirt cannon robot. So far it has attended the end of year school assembly, 2 kid STEM camps, and multiple Maker Fairs. It has pressurized PVC air tanks that can shoot 9 shirts at a time. We are working on getting specially made T-shirts to shoot out!

Rolling Thunder (2014-2015)

Rolling Thunder was designed to be an efficient stacking machine. It can stack up to 5 mail totes in 2 minutes. This robot was used for the 2014-2015 competition.