For another mind-blowing size comparison, here's a nanobot placed next to a fruit fly's head.
For another mind-blowing size comparison, here's a nanobot placed next to a fruit fly's head. ETH Zurich
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ETH Zurich competed with their Magmite "the Twinjet" nanorobot, pictured here.

Competitor #1

ETH Zurich competed with their Magmite “the Twinjet” nanorobot, pictured here.
The U.S. Naval Academy chose a decidedly less creative name for their nanobot, the USNA.

Competitor #2

The U.S. Naval Academy chose a decidedly less creative name for their nanobot, the USNA.
The nanosoccer field is smaller than a quarter! In fact, you can fit several fields on a microchip measuring 1.2 inches across.

The Soccer Fields

The nanosoccer field is smaller than a quarter! In fact, you can fit several fields on a microchip measuring 1.2 inches across.
For another mind-blowing size comparison, here's a nanobot placed next to a fruit fly's head.

Nanobot and Fruit Fly Head

For another mind-blowing size comparison, here’s a nanobot placed next to a fruit fly’s head.
In its entirety, this is the smallest stadium in the world.

Nanosoccer Stadium

In its entirety, this is the smallest stadium in the world.
Of the three nanosoccer events, the first was a 2-millimeter dash requiring bots to sprint from one goal to the other in under two minutes. Next came the obstacle course (pictured here), where the bots had to maneuver around "defenders" (polymer posts shaped like soccer players) to reach the end goal. Finally, in the ball handling drill, nanobots had three minutes to dribble as many nanoballs as possible, while also avoiding the same obstacles from before.

The Events

Of the three nanosoccer events, the first was a 2-millimeter dash requiring bots to sprint from one goal to the other in under two minutes. Next came the obstacle course (pictured here), where the bots had to maneuver around “defenders” (polymer posts shaped like soccer players) to reach the end goal. Finally, in the ball handling drill, nanobots had three minutes to dribble as many nanoballs as possible, while also avoiding the same obstacles from before.
This silicon dioxide disk, viewed from above, is the nanoball kicked around by the bots. It has the diameter of a human hair and T mark so that it stands out from the field.

Nanosoccer Ball

This silicon dioxide disk, viewed from above, is the nanoball kicked around by the bots. It has the diameter of a human hair and T mark so that it stands out from the field.
The ETH Zurich team won by a landslide with their Magmite "the Twinjet" nanobot.

The Winners

The ETH Zurich team won by a landslide with their Magmite “the Twinjet” nanobot.