ULTIMATE TRUCK FROM RUSSIA! Unique monster: Arctic Kamaz 6x6 one of a kind #MonkeyVideo №2
One-of-a-kind offroader and unique multi-purposed vehicle made for work in Arctic. Built by KAMAZ in collaboration with Moscow Bauman Technical Institute. Itn't it pretty?
Türk askeri kara aracı yarışmasına Pars 8X8 damga vurdu.
Askeri kara araçları üreticisi FNSS tarafından düzenlenen yarışmaya 124 kişi, 305 modelle katıldı.
PARS III 8x8
Adını bir zamanlar Anadolu’da yaşayan sessiz, çevik ve yırtıcı bir leopar türünden alan PARS ailesi, düşük ve yüksek yoğunluklu muharebe alanlarında kullanılmak üzere tasarlanmış, benzersiz özellikleri ile kullanıcısına stratejik avantajlar sunan, yapısında günümüzün en gelişmiş teknolojilerini barındıran, taktik tekerlekli zırhlı muharebe araçlarıdır.
30.000 kg azami yüklü ağırlığa sahip olan PARS III 8X8, dizel motorla donatılmıştır. 100 km/s hıza ulaşabilen araç %60 dik, %30+ yan eğimde hareket edebilmekte, 70 cm yüksekliğinde dik engel ve 200 cm uzunluğunda hendek geçebilmektedir. Motor yerleşimi ve gözetilen dengeli tasarım sayesinde araç, birbirine çok yakın aks yüklerine sahiptir. Bu tasarım yaklaşımı; araca gevşek ve yumuşak zeminde dahi rahat hareket edebilme, yüksek hızlarda artan yol tutuşu ve kısa frenleme mesafesi gibi kabiliyetleri kazandırmıştır. 8X8 sürüş özelliğine sahip aracın tüm aksları gerektiğinde kilitlenebilmektedir. Merkezi teker şişirme sistemin yeteneği, farklı arazi koşullarında sürücüye lastik basınçlarını ayarlama imkanı verir.
Bütün Özellikleri: www.fnss.com.tr/urun/pars-8x8 www.fnss.com.tr/urun/akinci-zma www.fnss.com.tr/
DARPA Captive Air Amphibious Transporters (CAAT) For Disaster Relief
This video depicts testing of a 1/5 scale demonstrator of the Captive Air Amphibious Transporters (CAAT). The CAAT has air-filled pontoons on a tank tread-like design, enabling them to carry containers over water and directly onto shore.
The vehicle is part of DARPA's Tactically Expandable Maritime Platform (TEMP) (http://go.usa.gov/vF3) program, which seeks new sea and air delivery systems to enable direct support to disaster zones from offshore container ships. All technologies developed under TEMP are transportable using standard 20-foot or 40-foot commercial shipping containers. This technology demonstrator is jointly funded with the Office of Naval Research, who is looking at it for potential use as an amphibious transport for the
Marines/Navy.
Правообладатель:Na Vostok Expedition www.youtube.com/channel/UCfxtsylkEAi21lcuJXCo1IQ Видео сайта
Ruslan Ochirov .https://www.youtube.com/watch?v=2uxiitiCF-w Интервью с создателем вездехода Шерп Алексеем Гарагашьяном.Музыка: Ханс Циммер.
Is It Possible To Roll A Sherp? Sherp Pro vs Sherp N
We were recently doing some testing on the new model Sherp N and comparing it to the Sherp Pro when things got interesting. This is the first video, the next video will have much more detail on the Sherp N. This was a trained Sherp driver on a controlled course with spotters, please do not attempt steep hill climbs in your Sherp
Thanks for watching!
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Self Balancing Motorcycle of the Future is more like a car
You can call this a two-wheeled car or self-balancing motorcycle, from Lingyun Technology.
This is not the first time a two-wheeled car has been attempted. Many have tried and failed; most recently being Lit Motors, which started with a similar concept and ran out of money. But this one is promised to make it to production by 2020.
Features
The futuristic interior provides the elegance of a luxury car and comforts you wont find in any motorcycle.
The touch-screen allows you to interact with the self-driving mode, monitor battery levels, and control your smartphone.
The left door provides a dock for your smartphone and controls for the self-driving mode.
The joystick driving system is on the other door, it's nothing like drving a car or a motorcycle. A version with a steering wheel will also be available.
Price
The gyrocar will cost around $16,000 if assembly lines can produce 10,000 units a year. The previous version, with a steering wheel and brake, will probably hit showrooms first.
The primary obstacle to the gyro car’s mass appeal is whether it’s legally a car or a motorcycle. This is because current rules don’t address two-wheeled gyrocars.
Specs
The gyrocar can reach a speed of 100 kph, equal to 62 mph. While its battery has a range of 100 kilometers.
There are plans for the batteries to be removable and rechargeable at home.
Although this is a copy of Lit Motors' plans we are glad that at least one company made it to the finish line.
#future #tech #mindblowing
Pushing the Envelope: The Art and Science of Ballooning — STEM in 30
There’s more to balloons than birthday parties! Hot air balloons changed the world centuries ago, and they continue to teach us a lot about science. Learn about the art and science of ballooning from Air and Space experts and ABC’s chief meteorologist Ginger Zee in this episode of STEM in 30.
Standards for Educators
National Core Arts Standards:
Anchor Standard #1: Generate and conceptualize artistic work and ideas
Anchor Standard #8: Interpret intent and meaning in artistic work
Anchor Standard #11: Relate artistic ideas and works with societal, cultural and historical context to deepen understanding.
NGSS:
MS-PS1-1 Matter and its Interactions (Atomic Composition)
MS-PS1-4 Matter and its Interactions (Particle motion and temperature)
For more educational resources on Ballooning, be sure to check out the STEM in 30 collection on Smithsonian Learning Lab. learninglab.si.edu/collections/world-war-ii/6Yc7MtgiNxdvFTjq#r/
This episode brought to you by the generous support of the Norfolk Charitable Trust
For more FREE teacher resources from the Smithsonian’s National Air and Space Museum visit STEM in 30, the museum's Emmy nominated TV show for middle school students: airandspace.si.edu/stem-30
Mars is our next door neighbor, yet we almost never visit. But in July of 2020 humans are launching four separate missions to Mars.
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The missions are all launching in July 2020 because it is the ideal time to get a spacecraft to Mars while using the least amount of rocket fuel.
But not because the two planets are at their closest, instead it has to do with something called a Hohmann transfer orbit—the most efficient way to send a spacecraft to Mars.
This orbit is elliptical, and uses the sun as one focal point. The spacecraft’s launch is at the closest point to the sun, or perihelion, and it crosses Mars’ path at its farthest point from the sun, or aphelion. It is very important that Mars is actually there when the spacecraft arrives, but for that to happen the spacecraft has to be launched at just the right time.
The time it takes a spacecraft to travel from perihelion to its aphelion in Mars’ orbit is approximately 259 days. During that time Mars will move about 136 degrees, since Mars is farther from the sun than Earth and takes longer to move the same angular distance.
So in order to sync up the 180 degrees the spacecraft will travel while Mars moves 136 degrees, the spacecraft needs to launch when Mars has a 44 degree head start. This happens for a few weeks once every 26 months, and the next time it will happen is mid-July of 2020.
And so, this time around a lot of space agencies are geared up for launch.
Find out more about all the July 2020 missions to the Red Planet in this Elements.
#Mars #NASA #Space #seeker #science #elements
Read More:
Mars 2020: The search for ancient life is on news.mit.edu/2020/mars-2020-search-for-ancient-life-is-on-0221
«If there is a story of life on Mars, there may also be a story of death — the catastrophic loss of an atmosphere, and potentially with it, a temperate environment and liquid water. 'The big question is, why did Mars go from being warm and wet to cold and dry,' says Weiss, a planetary geophysicist. 'One of the leading ideas is that it lost its atmosphere.'»
Nasa's 2020 rover: Can we finally answer the big question about Mars? www.bbc.com/news/science-environment-51544476
«So how will people react if a rover finds something intriguing imprinted in billions-of-years-old rock on another planet? 2020 mission scientist Jim Bell from Arizona State University is candid in his response: 'We can make a claim about a biosignature, but it's not clear to me anyone would believe us,' he said.»
The moon, Mars and beyond… the space race in 2020 www.theguardian.com/science/2020/jan/05/space-race-moon-mars-asteroids-commercial-launches
«At last, humanity is returning to explore the heavens with renewed vigour. However, it is not just the US and Russia that are dominating this year’s space agenda. India, Japan and China are all planning complex programmes and are vying to become space powers in their own rights.»
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Seeker empowers the curious to understand the science shaping our world. We tell award-winning stories about the natural forces and groundbreaking innovations that impact our lives, our planet, and our universe.
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