The craft would require a LOT of insulation and very efficient cooling, as the temperature on its surface is about 800 degrees.
The craft would also need to carry enough fuel (of some kind) to be able to lift off from Venus and reach escape velocity. This would be much more difficult than lifting off from, say, the surface of the Moon, because the Venusian total force of gravity is many times more than the Moon's
If you were in charge of the space program what would your priorities be? why?
The extreme surface pressure on Venus, about 92 times that of Earth, would put immense stress on the spacecraft's structure and materials. Designers would need to ensure that the spacecraft is built using materials capable of withstanding such high pressures without collapsing or deforming. Additionally, landing on Venus would require precise engineering to prevent the spacecraft from being crushed upon descent or during the landing process.
Venus is the terrestrial planet that has not had a successful spacecraft landing. While several spacecraft have been sent to Venus, they have had difficulty due to its harsh environment, including high temperatures and atmospheric pressures.
Current space probes use various orbital paths to reach Venus, taking from 1 to 3 years. Manned missions such as the Apollo trip to the Moon would require 1 to 3 months at a minimum, to reach the planet's orbit. At the maximum velocity of any current spacecraft, a direct flight would require between 30 and 120 days, depending on Venus's position in its orbit. _____________________ The time required, of course, depends on the speed. IF we had a spacecraft capable of accelerating at one gravity continuously, (accelerate halfway, then decelerate the other half) we could get to Venus in about 3 days. Of course, if wishes were horses, then beggars could ride. There is no such spacecraft, nor do we have even a vague idea of how to design one.
Probes have landed on Venus
If you were in charge of the space program what would your priorities be? why?
The extreme surface pressure on Venus, about 92 times that of Earth, would put immense stress on the spacecraft's structure and materials. Designers would need to ensure that the spacecraft is built using materials capable of withstanding such high pressures without collapsing or deforming. Additionally, landing on Venus would require precise engineering to prevent the spacecraft from being crushed upon descent or during the landing process.
Venus is the terrestrial planet that has not had a successful spacecraft landing. While several spacecraft have been sent to Venus, they have had difficulty due to its harsh environment, including high temperatures and atmospheric pressures.
The first spacecraft to observe Venus was the Venera 3 in 1962.
name the most recent spacecraft to orbit venus name the most recent spacecraft to orbit venus
venus was the first planet visited by the American spacecraft
Optical telescopes can't penetrate the clouds of Venus, but data have been collected from the surface and from the atmosphere below the clouds with radar, radio telescopes, and landing spacecraft.
Yes
The Magellan spacecraft mapped the cloud-shrouded planet Venus with radar.
spacecraft can land on Venus but they melt, it's 400oC,, probes have been sent there but they were destroyed by the heat after a while
The first planet to be visited by spacecraft was Venus. The Soviet spacecraft Venera 1 was the first to fly by Venus in 1961, followed by flybys and landings by subsequent missions from various countries.
if you mean can we get to venus. I say that we cannot land on venus. It is capable to orbit venus