NASA Scientist Jim Martin Creates Elaborate Playhouse for His Children
Meghan Young — July 22, 2014 — Art & Design
References: neatorama
After laying eyes on this futuristic robot treehouse, children will be giving their parents a hard time for one of their own. Yet not every guardian is a NASA scientist like Jim Martin, the the mastermind behind this elaborate creation. Although a person might not need such an impressive credential to fashion such a structure, it sure helps.
Created for his children, the futuristic robot treehouse is modeled after the a big piece of machinery found in MechWarrior, a series of highly successful computer games that was originally a paper-and-pencil role-playing game. Dubbed Mad Cat, the futuristic robot treehouse stands on two legs and boasts quite the built-in armory. Jim Martin's son and daughters will be able to play a slew of imaginative games with this insane structure in their backyard.
Created for his children, the futuristic robot treehouse is modeled after the a big piece of machinery found in MechWarrior, a series of highly successful computer games that was originally a paper-and-pencil role-playing game. Dubbed Mad Cat, the futuristic robot treehouse stands on two legs and boasts quite the built-in armory. Jim Martin's son and daughters will be able to play a slew of imaginative games with this insane structure in their backyard.
Trend Themes
1. Futuristic Playhouses - Innovative and interactive playhouses that incorporate technology and imagination to create an engaging play experience.
2. Robot-inspired Structures - Structures modeled after robots and machines that add an element of excitement to outdoor activities.
3. Tech-integrated Backyard Fun - Incorporating technology into outdoor play areas and creating immersive experiences for kids.
Industry Implications
1. Playground Equipment Manufacturing - Innovative designs and technologies that create engaging and interactive playground equipment.
2. Real Estate Development - Incorporating unique, imaginative structures into residential real estate designs and developments.
3. Robotics and Automation - Applying robotics and automation into building, design, and maintenance of innovative structures and installations.
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