These are known as interstellar probes, a space probe that has left, or is expected to leave the solar system and enter interstellar space. There are currently five out there; Pioneer 10 (now inactive), Pioneer 11 (inactive), Voyager 1 (functional), Voyager 2 (functional) and New Horizons (functional - currently on its way to Pluto). There are, or have been various other interstellar probes in the pipeline, including; `TAU mission` (a probe designed to reach a thousand astronomical units in 50 years), the `Innovative Interstellar Explorer` and the `Realistic Interstellar Explorer & Interstellar Explorer`.
Voyager 1 and Voyager 2 have both left the heliosphere, but neither has left the solar system. The edge of the solar system is considered to be the outer boundary of the Oort Cloud, The exact width of the Oort Cloud is not known, but its estimated that it would take Voyager 2 about 300 years to reach the inner boundary of it. To reach the outer boundary of the Oort Cloud, truly leaving the solar system, would take Voyager 2 something like 30,000 years.
Happy little question you've asked there! As of now, there's some debate among scientists about whether Voyager 1 has truly left the solar system or not. It's exploring the edges of our neighborhood in space, and no matter where Voyager roams, it's on a grand, paint-filled adventure in the cosmos.
Jupiter is Gaseous Planet so no Lander/Rover can land on Jupiter. Voyager is basically a Spacecraft and spacecraft is used as flyby around a planet or object. It had a flyby of Jupiter in 1979. It is now outside the heliopause - the "bubble" of plasma coming from the sun otherwise known as solar wind. It is now out in what we consider interstellar space and still transmitting.
Well, isn't that a fascinating question! To tackle it in just a short answer, Voyager 1 actually left the heliosphere and entered interstellar space back in 2012. It's now peacefully journeying through the galaxy, exploring the unknown. Keep on observing the beauty of space, my friend!
The four most well-known spacecraft are probably Apollo 11 (for the moon landing), Voyager 1 (interstellar probe), the Space Shuttle (NASA's reusable spacecraft), and the International Space Station (orbiting laboratory).
Oh, that's a wonderful question, friend! Our solar system doesn't simply end abruptly—it gradually transitions into interstellar space as we journey beyond the furthest reaches of Pluto and the Kuiper Belt. It's like a masterpiece painting that blends seamlessly into the canvas of the universe, where the boundaries between what is ours and what is beyond are softly blurred and endlessly fascinating.
Early in their travels, the Voyager probes sent back loads of pictures, atmospheric data, and trajectory information and magnetic data. Probably the only usable data these days is from the low energy charged particle detector in Voyager 1 which, after some gyroscope rolls, is known to have slowed to zero suggesting it has left the heliosphere. And Voyager 2's plasma detection experiment (this is no longer working on Voyager 1) which is giving us insight into the heliosheath.
Voyager did not discover any new planets. By the time Voyager was launched we already knew of all the planets in our solar system that we know of today. There were also two Voyager probes, not one. The first planet that either probe studied was Jupiter, which we had known for millennia. Voyager 1 flew by Jupiter in March 1979 while Voyager 2 flew by in July of the same year.
One well-known spaceship is the "Voyager 1," launched by NASA on September 5, 1977. It was designed for long-term missions to study the outer planets and has since become the farthest human-made object from Earth, providing valuable data about interstellar space. Voyager 1 continues to send data back to Earth, contributing to our understanding of the universe.
Voyager 1 is about 109 AU (10 billion miles) from the Sun and has passed the termination shock, [See Link] and is entering the heliosheath, with the current goal of reaching and studying the heliopause, which is the known boundary of our stellar system.
The area at the edge of the solar system is known as the heliopause. It marks the point where the solar wind from the Sun meets the interstellar medium of the galaxy. It is where the influence of the Sun ends and the influence of interstellar space begins.