Jet ski is a brand (personal watercraft (PWC) that was first introduced to the world for recreational sports by the Japanese company Kawasaki.
It looks like a motorcycle, except that one moves on land and the other on water.
Jet skiing can be considered a sport between water skiing and motorcycling.
Jet skis are like yachts, but instead of the driver inside, they sit or stand on them like a motorcyclist.
Different types of jet ski
There are two types of jet skis:
First Type
The first and most popular of them, like a motorcycle, have a large, elongated seat for one to three people to sit on.
For jet ski rental in Toronto and Canada, we recommend you to use these models as you can see on our booking page.
Second Type
The second category is the standing models, which, like scooters, do not have a seat and the rider uses it standing up.
Similarities and differences
Standing models are made for one passenger and are mostly used for dramatic movements and use in competitions.
Both models have a motor inside the body that is equipped with a jet pump and has a helical propeller that is used to create the driving force for the propulsion as well as the steering.
Most are designed for two or three people, although there are four-passenger models.
Jet ski history
The first manufacturers of jet skis were the Japanese companies Kawasaki and Yamaha in the early 1970s, but now many motor and boat companies around the world make this recreational device.
Also, the use of large pleasure boat jets has become widespread today. These jet boats travel at high speed and on the waves, and this can be very exciting for the occupants.
There are a wide range of jetboats, many of which are 9 to 12 meters long.
How do jet skis move?
The jet ski is propelled by the propulsive force created by the strong flow of water created by the spiral blades of the jet ski. The spiral blades of the jet ski are also rotated by a shaft connected to the jet ski engine.
The propeller of a jet ski is similar in appearance and function to a propeller that rotates inside a tube, except that it can create more pressure due to the impeller.
By rotating, the locust causes water to be sucked out of an almost large hatch under the jet ski, accelerated, and forced out on the other side, which has a smaller cross section than the inlet.
The higher the rotation speed of the jet ski locust, the more pressure the water exits and therefore the faster the jet ski will move.