Frogbot Download !NEW!

The frogbot, featured as the "robot of the month" in the Robot Watch news section of Discover magazine's December issue, weighs in at 1.3 kilograms (3 pounds) and is powered by a single motor. It is equipped with a camera, solar panels, sensors and onboard computer that executes commands autonomously, making the robot ideally suitable for exploration of distant planets, comets and asteroids.

"Hopping is a more efficient form of transportation in low-gravity environments," said Dr. Paolo Fiorini, an engineer in the robotics group at JPL. "Our hopping robot performs much like a frog, except that it only has one leg and no tongue. It has a spring between its knees that makes it bend its legs and hop. When the spring releases, the frogbot takes a 1.8-meter (6-foot) hop on Earth, which could become a 6- meter (20-foot) leap under low-gravity conditions on planets like Mars, depending on terrain."

Frogbot Download

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The frogbot has shown better mobility than rovers on certain terrain. It can be developed to reach canyon walls and other remote areas, be manufactured at a lower cost and multiple numbers of the device can be released onto a planet's surface to cover large distances and communicate with each other. One frogbot could be lost without hindering the whole network.

This open source icon is named "frogbot" and is licensed under the open source MIT license. It's a colored icon. It's available to be downloaded in SVG and PNG formats (available in 256, 512, 1024 and 2048 PNG sizes).

It's part of the icon set "Workflow Logos", which has 106 icons in it.

If you need this icon available in another format, it should be pretty straight forward to download it as an SVG image file, and then import it into apps like Adobe Photoshop, Crello, Figma or Fotor. Converting it to an ICO, JPEG or WebP image format or file type should also be pretty simple (we hope to add that feature to Iconduck soon).

There are three basic steps to the frogbot process. First, stem cells that will develop into frog skin and frog heart are grown in a dish. (The proto-heart cells produce rhythmic contractions, which is how the finished frogbots move around.) Second, a computer runs an algorithm that simulates thousands and thousands of different frogbot designs in a virtual environment to see which ones are capable of whatever action you want them to perform. Finally, the designs that are likely to work are physically produced from clusters of stem cells using microsurgery, then let loose in another dish to see what they actually do. So far, they do pretty much whatever we want them to do, within reason. e24fc04721