Yes. Traction just like friction does not require atmosphere to work, only two surfaces touching each other. Traction only requires some force to press the two surfaces together. On Earth it is usually gravity, but if you held two sneaker rubber soles together with your hands on Moon, there would be friction between the soles. Same way works also traction, if there is enough force, traction happens.
Do note there is gravity on the Moon, although it is weak in comparization with the gravity on Earth. This is compensated making heavier vehicles, so they would have better traction on the Moon surface.
Moon boots worn by astronauts on the moon weighed about 2.5 pounds each. The boots were specially designed to provide traction, support, and protection for astronauts while navigating the lunar surface.
Buggies on the moon stay in place due to the reduced gravitational force compared to Earth. The moon's gravity is about 1/6th that of Earth, allowing the buggies to stay on the surface without floating away. Additionally, they have wheels that provide traction to move around on the moon's surface.
The moon buggy did not float away because the moon has much weaker gravity compared to Earth. The buggy's weight was similar to its weight on Earth, but the moon's weaker gravity made it easier to stay grounded. Additionally, the buggy was specially designed with traction and brakes to prevent it from floating away.
Buggy stays on the moon due to the moon's gravity, which is about 1/6th of Earth's gravity. This reduced gravity allows the buggy to easily maneuver and stay grounded on the moon's surface. Additionally, the design and engineering of the buggy's wheels provide traction and stability on the uneven lunar terrain.
Petrol-driven cars on Earth rely on oxygen from the atmosphere to combust fuel. Since the moon has no atmosphere, petrol-driven cars cannot function there. Additionally, extreme temperature variations and lack of proper traction would also hinder their operation on the moon's surface.
probably to give better traction and torque on the 'off roading' surface which is the moon, and for weight distrobution to balance when people are aboard.
Moon boots worn by astronauts on the moon weighed about 2.5 pounds each. The boots were specially designed to provide traction, support, and protection for astronauts while navigating the lunar surface.
When the traction light is on you have the traction control turned on in your vehicle and traction control is activated. Traction control is applying brakes to a wheel that losing traction.
Buggies on the moon stay in place due to the reduced gravitational force compared to Earth. The moon's gravity is about 1/6th that of Earth, allowing the buggies to stay on the surface without floating away. Additionally, they have wheels that provide traction to move around on the moon's surface.
The moon buggy did not float away because the moon has much weaker gravity compared to Earth. The buggy's weight was similar to its weight on Earth, but the moon's weaker gravity made it easier to stay grounded. Additionally, the buggy was specially designed with traction and brakes to prevent it from floating away.
poor traction
Skin traction and skeletal traction are the two types.
traction is for hooligans
Traction is the rolling
Everything has traction.
traction enthesophyte
contraction traction fraction reaction traction anyhing with ion action