How Elon Musk is Building a Railroad to Space (Starship & SpaceX)
The Starship is the rocket that is going to get SpaceX and Elon Musk onto Mars. Allowing Elon to start building the Mars city of the future.
This video documentary breaks down the Starship rocket program by Elon Musk and SpaceX. Taking a look at the investment and cost of the project. Breaking down the different parts of the rocket, showing how powerful it is, and what it will be able to do.
The video explores what missions the Starship could already be signed up for, from Starlink launches to NASA's 2024 Moon Program. And how far along is the Starship project, and when will we be able to see SpaceX launch the Starship.
Here are a few of the other Starship, and space business topics covered in this video presentation: why Elon Musk says the Starship is a railroad for space, the difference between the Starship and the Super Heavy Booster, how Starship will refuel in orbit, how much more powerful it is than the Saturn rocket that took humans to the Moon, how much interior space is there in the Starship, how Starship could be its own space station, the joint NASA and SpaceX partnership working together on the Artemis Moon program, the Dear Moon project, Starship launch animations, and the different tests Starship has been doing so far.
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Other space related videos by
Venture City:
• Space Inc: The new space businesses and tech youtu.be/JpQbDcc7lWA
• Elon Musk: The City of the Future youtu.be/L054Xd97_rk
• Why the Future of Tech is in Origami (Space Development, Batteries, Humans) youtu.be/lGU1xOW0Sus
A wide array of new technology designs out there are offering options for safer travel, a sharper mind, and all the fun you didn't know you could have!
Along with this are several tech designs ready to take their shot at changing the way we live in 2020.
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The flying car has been the promise of science fiction and technology expos since the 30s when an airplane engineer decided to try and make a plane drivable on the road. Since then there have been numerous false starts and lofty promises while we were still no closer to having a car that with the push of a button could take to the air. All of that is changing, though...or so they say. A Japanese company has reached a little realized threshold of sustaining a manned flight on a multirotor electric vertical take off and landing flying car. While four minutes and a few feet doesn’t sound that impressive, it’s a lot closer than most have gotten in their hopes of designing a mode of transport that operates in three dimensions instead of just the boring old two. SkyDrive Inc’s SD-03 flying car concept joins Hyundai and Uber’s flying taxi as well as concepts from other startups and stalwarts like Boeing and AirBus trying to be first into what could end up being a trillion dollar industry. But are we really three years away from the flying car like Japan hopes, or are there more hurdles for the flying car before we can live our Jetson’s future? Let’s take a look at the Toyota invested SkyDrive SD-03 and what it might mean for the future of the flying car.
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On Jan. 6, 2016, Yamaha Motor and SRI International announced joint development of first humanoid motorcycle-riding robot. MOTOBOT is designed to ride like a person in order to aid development of future motorcycles, improve motorcycle safety, and push the limits of what is possible in design and performance. The end performance goal of MOTOBOT is to be able to beat MotoGP™ world champion rider Valentino Rossi's lap times around a racetrack.
At the 2016 Consumer Electronics Show, the Yamaha Motor/SRI Robotics team demonstrated how far humanoid robots have advanced in efficiency and performance, and how industry leaders such as Yamaha Motor can leverage robotics to solve business challenges, create competitive advantages and accelerate innovation.
Learn more: www.sri.com/newsroom/press-releases/yamaha-motor-and-sri-international-announce-collaboration-development
Follow SRI on Twitter: twitter.com/SRI_Intl
Follow SRI Robotics: twitter.com/SRIrobotics
Prepare to be impressed, because today's video is on the top five amazing scientific toys and gadgets. Special thanks to FeelFlux for sending me that cool levitating magnetic gadget!
Several segments are licensed under Creative Commons (CC)
Flvio (CC), MIT (CC), Tangible Media Group / Hiroshi Ishii (CC)
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Machines are evolving 10 million times faster than we are. Are you ready for robots that run our homes, watch our neighborhoods and even fight our wars? One day in the not too distant future, robots will travel to the far reaches of the universe, they will be the first to colonise new worlds. Robots will lead the way in the exploration of deep space.
Robots, machines of our nightmares, or servants of man? In the 1930s film Metropolis the robot was an evil character, it represented our darkest fears. By the 1950s they had become even more sinister and powerful, but over that last few decades our opinions of robots have dramatically changed, they’ve been reinvented as the police force of the future. But can real robots match the exploits of their celluloid cousins?
While the movies were creating ruthless men of steel, real robots were starting their own painful march into the world. Robots are still basic but over the past few decades they have advanced enormously. Before robots can become the masters of the universe, or even the servants of mankind, they need to accomplish one important thing, they need to move around.
This 1999 documentary includes interviews with prominent roboticists and artificial intelligence specialists. Beginning with robot locomotion and historical clips of ingenious experiments from MIT's Leg Laboratory, BigDog's ancestors dynamically walk, hop, trot, and perform impressive gymnastics. To find out the best way for a robot to move around the scientists look to nature. There have been many attempts to copy nature, some successful, others less than perfect.
Some of the robots discussed in this documentary:
Massachusetts Institute of Technology’s Genghis II
Hermes the Hexapod
Micro-robot Cricket
Mine Clearer Ariel
Ambler the Massive Six-legged Planetary Rover
Adaptive Suspension Vehicle
Odetics Inc’s Odex 1
Spring Flamingo Robot
Honda’s P3 Humanoid Robot
Xavier from Carnegie Mellon University Robotics
Cog Project at MIT’s Humanoid Robotics Group
Mark Tilden's BEAM Robotics
SPAWAR’s Robart 3
NASA’s Surveyor 3
Mars Rover Sojourner
JPL Robotics’ Rocky 7 Rover
Nomad Rover Test Vehicle
Nanorover Technology