Hovercrafts float above a bubble of air formed between the skirt of the hover craft and the surface it is floating over. As long as the surface does not allow the air pressure used to form the bubble to escape from under the hovercraft too quickly it will float over any surface whether it be water, land, or cobblestones. For example it could not float over a drainage grate or with its skirt severely punctured.
yes.
Very good conditions!
They both fly I think 
yes,you will use the hovercraft to fly through the dirty pond were you get the rope,to get in the space ship
yes.are you stupid or .......?this is my question to you.
airplanes are the same thing as hovercrafts... but only hovercrafts have a louder engine
No, water can not fly. However a waterfall may appear to fly over the edge of a cliff as it falls.
They can safely fly within a few inches of water.
Yes! They are birds they can basically fly unless their wings are injured and land in the water.....
Hovercrafts originated in the late 1950s, with significant development led by British engineer Christopher Cockerell. He conceptualized the vehicle's design using a combination of air cushion technology and a fan system, which allowed it to travel over land and water with minimal friction. The first successful hovercraft, the SR.N1, was built in 1955 and showcased the potential of this innovative mode of transport. Since then, hovercrafts have been utilized for various applications, including transportation, rescue operations, and military use.
You would fly over the Irish Sea and the North Sea.
Hovercrafts are used today for various applications, including transportation over water and land, search and rescue operations, and military missions. Their ability to navigate shallow waters and marshy terrain makes them ideal for emergency response in difficult environments. Additionally, hovercrafts are utilized in tourism for scenic tours and in some commercial activities like ferry services. They are also employed in specialized roles such as environmental monitoring and oil spill response due to their low environmental impact.