Given how successful and effective Ingenuity was in it's countless successful flights. It shows us that, we as humans, are persistent on pushing the boundaries of ingenuity, and to persevere through tough challenges that seemed far-fetched. With this new craft in the works, I'd personally think having the name "Persistence" would be fitting as it's virtually a legacy of Ingenuity in terms of utilizing rotary technologies on worlds like Mars, and hopefully on Titan in the future!! Keep it up NASA!
I'm glad Ingenuity's legacy will live on. Its remarkable that a tech demonstrator supposed to fly just 5 times ended up flying 72 times in under 3 years! Opened up a new frontier on another world.
Equip it with a small RTG stripped down to the isotopes only for heat this time, at a minimum to provide heat during nights, if not at least a few watts to help charge during dark, dust, and down time. Teduce risk of early mission failure due to cold and dark. Taking about a few grams of isotope and container.
A bit of a strange drone, for only 1% air pressure compared to Earth. Therefore 6x6 rotor blades... Your drone would not fly there and would not find anything to recharge.
2017 - 2024 - Future Generations From People To Planet - Human #CocosIsland 🌴to #PlanetMars🪐 🧬♾️🧠 ⌛®️⚖️ Emperor and Emperior in veins. - 🔑 *Plants The Seed In Silence🌴Let The Volumes Make Noise*
@@dreuferus7491 Mars has an atmosphere, just much thinner than Earth’s. The rotor blades have to be specially designed, and spin much faster than equivalently-sized rotors would have to on Earth in order to achieve powered flight in the thin air of Mars. The ‘Mars Chopper’ shown in this concept animation, which is 20 times heavier than the previous and first rotorcraft to fly on Mars, Ingenuity, is likely pushing the limits of how large a craft Mars’ atmosphere can support. Large personnel and cargo transport helicopters of the kind we have here on Earth would not be possible on Mars, but drone-like vehicles large enough to carry scientific instruments could be hugely beneficial in exploring the Red Planet.
Given how successful and effective Ingenuity was in it's countless successful flights. It shows us that, we as humans, are persistent on pushing the boundaries of ingenuity, and to persevere through tough challenges that seemed far-fetched.
With this new craft in the works, I'd personally think having the name "Persistence" would be fitting as it's virtually a legacy of Ingenuity in terms of utilizing rotary technologies on worlds like Mars, and hopefully on Titan in the future!!
Keep it up NASA!
I'm glad Ingenuity's legacy will live on. Its remarkable that a tech demonstrator supposed to fly just 5 times ended up flying 72 times in under 3 years! Opened up a new frontier on another world.
Now that's a game changer.
Держись Марс, Мы идём! Мы - земляне!
Ты хотел сказать Американцы! Великая нация Земли!
@saitoman1980 нет, я не это хотел сказать. Но, ты можешь так сказать если хочешь.
Build like 100 and spread them all over the surface. We need more flying mars drones.
Awesome planet🌐🤳
Great images and soundtrack
Awesome
Baba Yaga and Lieutenant Space Helicopters go to Mars.
Do the extra rotors provide redundancy?
Could Nasa be testing these "Drones" over NJ ???
Equip it with a small RTG stripped down to the isotopes only for heat this time, at a minimum to provide heat during nights, if not at least a few watts to help charge during dark, dust, and down time. Teduce risk of early mission failure due to cold and dark. Taking about a few grams of isotope and container.
My apologies. RTG is the wrong term. RHU, radioisotope heating unit. A one watt RHU of the type used on Apollo is about 40 grams, all in.
Wow
I don't think a hexacopter stays airborn when a motor(blade) fails, Better make it a octacopter and use a quad at a time for redundancy.
The data from ingenuity help this 😮….
They landed in the water basin. Not the crater. Who's gonna look in a crater for life?
Leaving the rovers in the dust.
More like complimenting them.
GET TO DA CHOPPAAAH!!!!! 🤣
This Device Tobe It's A Galaxy Chopter Drone To Search & Observe The Outer Space Living In Different Planet's 😊🖲🖥⌨️🕹📡🪐🚁🛰🔎👽👾🔍
Nice, soon they'll send swarms of drones too
So a drone then
A bit of a strange drone, for only 1% air pressure compared to Earth. Therefore 6x6 rotor blades...
Your drone would not fly there and would not find anything to recharge.
They should build a nuclear powered Jeep like vehicle and turn it loose on Mars
We already have two RTG-powered, SUV-sized rovers roaming Mars as we speak.
2017 - 2024 - Future Generations
From People To Planet - Human
#CocosIsland 🌴to #PlanetMars🪐
🧬♾️🧠 ⌛®️⚖️
Emperor and Emperior in veins. - 🔑
*Plants The Seed In Silence🌴Let The Volumes Make Noise*
No air so what are the blades pushing genuinely curious
@@dreuferus7491 Mars has an atmosphere, just much thinner than Earth’s. The rotor blades have to be specially designed, and spin much faster than equivalently-sized rotors would have to on Earth in order to achieve powered flight in the thin air of Mars. The ‘Mars Chopper’ shown in this concept animation, which is 20 times heavier than the previous and first rotorcraft to fly on Mars, Ingenuity, is likely pushing the limits of how large a craft Mars’ atmosphere can support. Large personnel and cargo transport helicopters of the kind we have here on Earth would not be possible on Mars, but drone-like vehicles large enough to carry scientific instruments could be hugely beneficial in exploring the Red Planet.
no solar pls
There is not really another way to power it. Radioisotopic generators are to heavy for a mars helicopter and would need a big buffer battery as well.
@ titan firefly is radio isotope
@@marsstarlink3235Titan has a much thicker atmosphere than Mars. Mars helicopters need to be as light as possible, and RTGs are heavy.
Not only does Titan have a thicker atmosphere, it’s significantly further away than Mars, so solar panels would be very ineffective.