Dinosphere Design and Functionality

The video discusses the dinosphere, a unique transportation concept that promised to revolutionize travel over difficult terrains. Despite its potential, the design had significant drawbacks, such as visibility issues and difficulty in steering and braking. These challenges prevented the dinosphere from going into production, leaving it as an intriguing but impractical idea.

What was the primary advantage of the Dinosphere for people living in remote areas?

• It allowed travel over difficult terrains like sand and mud.

• It could fly over obstacles.

• It was faster than any other vehicle.

• It was more comfortable than traditional vehicles.

What was a major visibility issue with the Dinosphere's design?

• The mirrors were not adjustable.

• The windshield was too small.

• The driver had to stick their head out to see clearly.

• The headlights were not bright enough.

How does the Dinosphere's steering mechanism compare to a bicycle?

• It uses handlebars like a bicycle.

• It requires leaning to turn, similar to a bicycle.

• It has a steering wheel like a car.

• It uses foot pedals for steering.

Why is the Dinosphere difficult to steer?

• It is too light to maintain balance.

• It is too heavy to lean effectively.

• It requires a special license to operate.

• It has no steering mechanism.

What happens when the Dinosphere's brakes are applied suddenly?

• The vehicle turns sharply.

• The vehicle speeds up.

• The vehicle stops smoothly.

• The outer wheel stops, but the inner platform keeps moving.

What is the consequence of the braking issue in the Dinosphere?

• The vehicle turns in circles.

• The vehicle stops immediately.

• The driver experiences a head-over-heels motion.

• The vehicle becomes more stable.

Why did the Dinosphere never go into production?

• It was banned by the government.

• There was no interest from the public.

• It had significant design flaws that made it impractical.

• It was too expensive to manufacture.