Waiting for the perfect launch windows, it would still take well over 10 years for a small probe to get to Haumea. A manned ship would take even longer.
With our current spacecraft technology, getting a small probe out to the Kuiper Belt to visit a dwarf planet such as Haumea would take at least ten years. As technology improves spacecraft will get faster and more efficient, decreasing travel time, but until then it would take quite a long time.
3.9155 Earth-hours.
A small, fast probe would take over 10 years to get there in the best conditions. A manned ship would take much longer.
A day on Haumea is just 3.9155 hours. A year is equal to 284.12 Earth-years.
Haumea makes a complete rotation in just 3.9155 hours, making its day very short compared to Earth's.
With our current spacecraft technology, getting a small probe out to the Kuiper Belt to visit a dwarf planet such as Haumea would take at least ten years. As technology improves spacecraft will get faster and more efficient, decreasing travel time, but until then it would take quite a long time.
3.9155 Earth-hours.
A small, fast probe would take over 10 years to get there in the best conditions. A manned ship would take much longer.
A day on Haumea is just 3.9155 hours. A year is equal to 284.12 Earth-years.
Haumea makes a complete rotation in just 3.9155 hours, making its day very short compared to Earth's.
Haumea takes 283.28 years to orbit the Sun.
Haumea is sometimes known by its minor-planet designation, 136108 Haumea.
Haumea's rotational period is 3.9155 hours.
Hi`iaka and Namaka, two of the daughters of Haumea
No. Haumea is not classified as a planet. It is a dwarf planet.
Yes, Haumea is a rocky, terrestrial planet.
A day on Haumea is very short compared to here on Earth. Haumea's rotational period is just 3.9155 hours.