#robotstop

[benoitvinay]

Ninja & robot are staring at the cosmonaut #drawing #fastdrawing #robot #robotstop #kinggizzardandthelizardwizard #kinggizzard #cosmonaut #ninja #cosmonautninjarobot #typographypen #watching #typographybrush #copic #grey #blackandwhite #black #copicmarkers #trying #tryingnewthings #tryingthings #tryingthingsout #art #space #team #tryingstuff #tryingstuffout https://www.instagram.com/p/B_Pvh3tBsud/?igshid=ldyaonztwlt3

[benoitvinay]

Ninja + robot = cosmonaut is watching #drawing #fastdrawing #robot #robotstop #kinggizzardandthelizardwizard #kinggizzard #cosmonaut #ninja #typographypen #watching #typographybrush #copic #grey #blackandwhite #black #copicmarkers #trying #tryingnewthings #tryingthings #tryingthingsout #art #space #team #tryingstuff #tryingstuffout @digitaljohn https://www.instagram.com/p/B_HiBh_hjCL/?igshid=1af9tu2ula1sy

[benoitvinay]

Cosmonaut + ninja + robot = team #drawing #robot #robotstop #kinggizzardandthelizardwizard #kinggizzard #cosmonaut #ninja #typographypen #typographybrush #copic #grey #blackandwhite #black #copicmarkers #trying #tryingnewthings #tryingthings #tryingthingsout #art #space #team #tryingstuff #tryingstuffout https://www.instagram.com/p/B-6rZa5B9M9/?igshid=1l6l1zhautyx7

[benoitvinay]

Ho ho... #drawing #marker #blackandwhite #robot #robotstop #geant #giantrobot #machine #typographypen https://www.instagram.com/p/B-rCgclBUjP/?igshid=7b39vybber4z

[robotstop-blog]

Robotics: The new Frontier of Technology Entrepreneurship

[robotstop-blog]

Humans Love Space Robots- Meet Robonaut

Humans Love Space Robots- Say Hello To Robonaut They are about to boldly go where no man has gone before. “They” of course being the space robots. Ever since human beings have had the opportunity to explore space, we have sent up robots as surrogates, scouts, and partners. During a recent trip to the National Air and Space Museum in Washington, DC, I had the pleasure of seeing a couple of these bad boys up close and personal. This experience made me wonder, are robots the future of space travel? "NASA has explored with robots for more than a decade, from the stalwart rovers on Mars to R2 on the station," said Michael Gazarik, NASA's associate administrator for space technology in Washington. "Our investment in robotic technology development is helping us to bolster productivity by applying robotics technology and devices to fortify and enhance individual human capabilities, performance and safety in space." Meet Robonaut According to NASA’s own website, Robonaut is a dexterous humanoid robot that will help expand our ability for construction and discovery. NASA’s goal is to build machines with dexterity that exceeds that of a suited astronaut. This particular robot does exactly that which makes it different than most other space robots. Typical current space robots are complex systems such as robotic arms, cranes, and rovers. They are designed specifically to move larger objects from place to place. Robonaut is unique because it can complete tasks that require more skill and dexterity. This makes it an obvious asset in space. There are currently four Robonaut robots. NASA starting working on the first one back in 1996, and with the current advances in technology the engineers have drastically improved the capabilities. Right now we are living in an exciting time for space travel. Now, and in the future, robots will be a critical partner for humans in space exploration. Much like the future for all robots in space, the future for Robonaut is still unknown. NASA says that if testing inside the space station goes well, maybe someday Robonaut will get to go outside into the great vastness of space.

Robonaut- Space Robot

[robotstop-blog]

(via https://www.youtube.com/watch?v=2IVGptDohLk)

[robotstop-blog]

Flourishing Humans and Squishy Robots - Air, Water, Food Let’s face it. Plenty of healthy food, clean water, and cozy homes are never a bad thing. In fact it’s easy to say the more the merrier. Robots can and do help with the abundance all of these. The ATMOBOT is clearly a robot of fresh air. It moves around in search of dust, dander, dirt and odors and cleans. Once any of these are detected, it remains there until it deems the area clean. With regard for food, it has been said that our current ecological footprint for food production is bigger than the size of South America. The problem is that the current type of cities we live in can be seen as “black boxes,” with resources (water, energy, food) going in and only waste going out.” Dickson Despommier describes the obvious answer to this problem: Create Eco-cities, also know as vertical farms. That is, we should recreate our food and water by separating from our waste the water-part and the solid-part. The residents of our cities can do the same things astronauts do to maintain life in space. But how do we begin to do this? Enter the Harvest Automation: HV-100 and Dean Kamen’s Slingshot Water Purifier. The HV-100 is especially useful in eco-cities. From seedlings to prospective foodstuff, from evergreens to melon produce, taking care of the needs of plants and crops requires full attention. Each plant or crop requires differing amounts of time being closer to fresh water sources and sunlight. It is easy to imagine how useful these bots are for doing all of this relocating in an new eco-city. Just as an Eco-city requires separating the solid-part and the water-part of our eco-residents’ waste, so does Dean Kamen’s slingshot separates contaminanted liquids to purified water. With contaminated drinking water being a major source of disease of third-world countries, the usefulness of the slingshot is beyond ecological cities and helps the poor residents of the world leapfrog away from disease into a more healthy world.