Boat, How does the boat engine work when braking?
Boat boats are certainly familiar transportation nowadays, especially in tourist areas. Its existence helps tourists to visit small islands or just take a walk in the beautiful blue sea.
Not only sailors and fishermen, nowadays anyone can take advantage of the existence of this ship to explore water tourism. No need to panic if you find that it is speeding up because you just need to reduce the speed. The following explains how this boat engine works when braking:
Get to know the Boat Ship
In the world of sea transportation businesses, this type of ship is well known. It may even be a necessity to have a ship that can be utilized effectively and efficiently.
Not only is the design cool, one of these sea transportation tools has a higher speed than a ferry, making it agile and faster to move.
A series of advantages of the existing boat, making it increasingly have an existence in the world of sea transportation. Its utilization is increasing, especially since this ship is very flexible to be used as transportation in various activities that make the sea the main road.
The most familiar use of this ship is as a means of transportation in the world of tourism. This ship is not only used in global tourist attractions, such as the sea and surrounding water tourism in Bali.
Beaches in small towns, too, now utilize the existence of these ships as supporting tourist rides. In addition, with its advantages, this transportation tool is used in other fields such as patrols in local waters carried out by the water police unit.
The ship is also very friendly to support fishing needs. Its utilization in other things that are also often done is as exclusive transportation for certain people with special needs.
Sea Ships Do Not Have Conventional Brakes Like in Land Vehicles
With a series of advantages that can be used in its multifunctional use, recognizing the parts of a sea vessel is also important. In terms of design alone, the appearance can vary according to the function of a ship.
Some countries have also utilized the existence of boats as hospital ships, so the design is also different. The shape is more adapted to a health clinic, with a separate wheelhouse from the doctor’s office.
All the performance that shows the ability of the boat to explore sea waters, of course, is supported by boat engines that have been adapted to the use of the ship as well.
However, in general, boats do not have conventional brakes like two-, four- or other land vehicles. No need to worry! Although different from land transportation, this boat has its way to stop.
This is adapted according to the place where it runs, namely water. Thus modifications can be made to the “brake” section with the function remaining the same, namely reducing the speed of a means of transportation.
How Boat Brakes Work
As explained earlier, this type of ship brake is different from land transportation. Boat brakes are more modified according to the way they move.
Keep in mind that, basically the ship moves from the effort made by the propeller that rotates at the back of the ship. The rotation of the propeller on its axis is caused by none other than the engine.
Another thing to note is that this ship does not operate on land. The field of travel is vast waters with all environmental conditions that are very different from land transportation. Therefore, the ship can certainly stop but not use conventional braking systems.
Several methods of ship brakes can be applied, either individually or in a combination of methods that can synchronously make the ship slow down. Understanding that ships operate by floating on water, it is understood that ships cannot completely stop.
Reducing the speed of the ship can be used as a basis for making brakes on the ship. Some of the ways it works are as follows.
The Formation of Obstacles Due to the Increased Surface Area of the Ship Submerged in Water
As is known, the more surface area, the greater the resistance experienced by an object. This principle is applied to how ship brakes work.
As explained, the Boat cannot completely stop but reducing its speed can help the ship to gradually slow down until it is very slow.
Reducing the magnitude of the ship’s thrust
In addition to increasing the surface area of the front to inhibit the ship’s motion, another thing that needs to be done is to reduce the thrust of the ship. The ship’s speed arises due to the thrust of the propeller rotating at the rear of the ship.
Reducing the speed of the ship can be used as a basis for making brakes on ships. Some of the ways it works are as follows.
The Formation of Obstacles Due to the Increased Surface Area of the Ship Submerged in Water
As is known, the more surface area, the greater the resistance experienced by an object. This principle is applied to how ship brakes work.
As explained, the ship cannot completely stop but reducing its speed can help the ship to gradually slow down until it is very slow.
Reducing the magnitude of the ship’s thrust
In addition to increasing the surface area of the front to inhibit the speed of the ship, another thing that needs to be done is to reduce the thrust of the ship. The ship’s speed is due to the thrust of the propeller rotating at the back of the ship.
If the speed of the propeller is reduced, the ship’s speed will gradually slow down. This is an adaptive method of working boat brakes even without conventional brakes.
How to Choose a Good Outboard Engine
Talking about the working method of the boat, of course, it cannot be separated from the driving engine. The boat engine or commonly known as an outboard engine is the driving force on this type of water transportation tools such as boats and ships. This drive engine is supported by a transmission, propeller, or water jet.
Various types of drives can be used either two-stroke, four-stroke, or diesel engines, according to the proportional needs of the ship. As it develops, the engine can be more varied and flexible. Recently, electric engines have also been developed for small-sized vessels.
To get the maximum performance of the ship, it is necessary to choose a good outboard engine that suits the needs of the ship. Some indicators that need to be considered in choosing the engine are as follows.
The main engine selection is following the ship. The suitability in question is according to the proportions of the ship and boat along with their uses and functions.
Usually, the type and size are the first and main considerations in choosing a boat engine. Boats with large capacities should not be paired with engines with low power so that the ship’s performance can be maximized.
Torque Generated from Outboard Engine
As in the point above, power greatly affects the performance of the ship. The selection of this engine is also inseparable from the calculation of the force released by the engine. Knowing the extent to which the engine can produce energy, will greatly help pair the ship with the appropriate outboard engine.
Fuel Consumption
No less important is the ability of fuel consumption. It would be advisable to choose an engine that has low fuel consumption. Of course, it will be very beneficial if a fuel-efficient engine can cover longer distances.
Engine Systems and Features
Recognizing the systems and features of the engine is also very necessary in the operation of the boat. With the systems and features on the existing engine, the boat driver can know how the boat works including running and stopping.
Engine Maintenance and Care
From the above points, the selection of an outboard engine also needs to pay attention to engine maintenance. It is important to choose an engine that is easier and more flexible to maintain so that damage can be minimized with proper maintenance.