Difference between revisions of "Aircraft Data"

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Although airline data is an essential topic, it is pretty straight forward. In AM, you have to consider the following data when choosing an airplane:
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It is very important to consider aircraft data before buying an aircraft. Here, you will find a brief explanation of aircraft data used and shown in the game.
  
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[[File:ViewAircraftSidebarFull.png|thumb|250px|right|Aircraft data when viewing an aircraft]]
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== Registration ==
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All aircraft are automatically registered in your country of operations (where you opened your first base). When you buy used aircraft, you can re-register them when buying them, or at any point in time afterwards. It is free to register an aircraft.
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== Name ==
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You can name aircraft anything, the aircraft will keep their names even if you scrap them or sell them on the used [[Aircraft Market]].
  
 
== Aircraft name ==
 
== Aircraft name ==
This is the type of aircraft you use. It doesn't factor much into the business aspect but some players do prefer a certain manufacturer or a certain type of plane, regardless of their performance in-game.
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The name given by the manufacturer (e.g. Boeing 737-300, Dornier 328 Jet). To the game it does not make any difference what the name is, but due to brand recognition, some players do prefer a certain manufacturer or a certain type of plane, regardless of their performance in-game.  
  
 
== Seats ==
 
== Seats ==
  
The more seats a plane has, the more ticket you could sell. The more seats you have available for sell, the less you could sell them for (ticket price). Does more seats translates into more profit? Most of the cases, it does. However, there are always exceptions. Another problem is that larger planes typically cost more, have longer turn time, and higher fuel costs.
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The maximum capacity of the aircraft. In Airline Mogul this is usually determined by the certified maximum capacity configuration (i.e. all Economy class seats). <br>
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An aircraft with more seats lets you sell more tickets on a route. Routes between large airports can handle very big aircraft, while smaller routes can't. Larger aircraft typically cost more, have longer turn time, and higher fuel costs than similar planes with fewer seats.  
  
 
== Cargo ==
 
== Cargo ==
  
*This data is currently not taken into account in AM*
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This data is currently not taken into account in Airline Mogul.
  
 
== Speed ==
 
== Speed ==
  
A quicker plane could fly more flights but at the same time tends to use more fuel. More flights give you more revenue and should be more than enough to offset the increased fuel costs.
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Measured in [[wikipedia:knots|knots]]. <br>
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The faster the aircraft, the more routes it might be able to fly. But a faster aircraft will also use up more fuel.<br>
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For long routes, speed does make a big difference, since most of the flight is spent at cruise level. For shorter routes though, much time is spent in other phases of flight, thus speed makes little difference on short flights. Keep the mission type in mind when choosing how fast your aircraft should be.  
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== Range ==
  
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Measured in [[wikipedia:miles|miles]].  <br>
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Range is the distance an aircraft can fly without needing to be refueled.  As there are no fuel stops in AM, aircraft are limited to flying routes that are within their range. This is a hard limit, which means you can't fly a route of 3001 miles with an aircraft that can only fly 3000 miles.  Note that when researching routes, distances are displayed to the nearest 1 mile, while aircraft range is exact. A city pair of 3000 miles may actually be 3000.1 miles, meaning an aircraft with a range of 3000(.0) miles cannot fly the route.
  
== Range ==
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== Withdrawn ==
  
This is a very important issue to consider when you buy a plane. The range of it limits the routes it could be used on. Currently, there is no fuel stops available in Am and thus planes are limited by their ranges. Afterall, you can't fly a route with 3001 nm with a plane that could only fly 3000 nm.
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The last year of production. In Airline Mogul, we like to imagine things, which is why all aircraft models have a minimum production run of 20 years. Some aircraft models have been produced for longer in the real world, which is reflected in the game (e.g. Airbus A320). <br>
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The manufacturer stops taking orders after the 24th of December of the withdrawing year. If you would like that aircraft, be sure to order it before the year is over.
  
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== Cockpit Crew ==
  
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The number of pilots, navigators, and radio operators needed to fly the aircraft. Cockpit crew cost money when the aircraft is flying. For longer flights a backup crew needs to be carried, which will increase costs. Keep this in mind when comparing similar aircraft.
  
== Withdrawn ==
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== Flight Attendants ==
  
This is the year that the type of aircraft is withdrawn from production. The manufacturer stops taking order on 1 Jan of the withdrawing year. If you would like that plane, please order in advance.
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The number of flight attendants needed. Usually one for every 50 passengers, regardless of actual load.  
  
== Crew ==
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== Turn time ==
  
The pilots needed to fly the plane. Currently, you only have to pay for the pilots. The cabin crew is not taken into account yet.
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The time it takes for an aircraft to be ready to depart again after a flight. This time is included in the block time when calculating and creating a route. <br>
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Turn time it is the time needed to unload passengers/baggage, clean up, and then load the aircraft again. The turn time data is in hours and is deducted from the time available for use when routes are assigned. This number is currently directly associated with the amount of seats on the aircraft.  
  
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== Engines ==
  
== Turn time ==
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Each aircraft model is paired with at least one engine model. Some aircraft have the option of different engine models, which might affect the speed, range, price, and fuel usage of the aircraft model. <br>
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Some engine types use more fuel than others. <br>
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'''Piston engine''' - a very basic engine, a bit like a car engine. Fuel efficient, reliable, but not suitable for large aircraft. <br>
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'''Turboprop''' - a small jet engine driving a large propeller. Very fuel efficient, but not suitable for high speeds. <br>
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'''Turbojet''' - the first type of jet engine available. Not very fuel efficient. <br>
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'''Turbofan''' - a very fuel efficient jet engine, capable of moving even the largest aircraft. <br>
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'''Geared turbofan''' - the newest development of jet engines, much more fuel efficient than previous engines. <br>
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Currently, it is not possible to see the engine type, but only the engine model name.
  
The time needed to turn a plane = the time needed between the plane arriving at a gate till the time the plane depart. It is the time needed to unload, clean up, then load the plane again. The turn time data is based on hours and would be deducted from the time available for use when routes are assigned.
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== Fuel usage ==
  
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Measured in gallons per hour. <br>
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Speed, range, size (seats), engine type, number of engines, and introduction year all influence the fuel usage. Fuel price fluctuates as in real life, but you always have to pay for fuel. For best fuel economy, it is better to choose smaller and slower aircraft.
  
 
== Price ==
 
== Price ==
  
The prices of the aircraft in this game will vary. Some will cost more and have BAD values. Also, price is not the same as value, aircraft deprecate as they are used.
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Price is the amount that is deducted from your account when you purchase an aircraft.  When choosing an aircraft, compare the price to the speed, range, and seats to be sure you are getting the most for your money.  Note also that the "price" will not always correspond to the "book value" of the aircraft, as they depreciate with age.
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[[File:ViewAircraftAircraftSummary.PNG|thumb|700px|centre|Aircraft Summary when viewing an individual aircraft]]
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== ID ==
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Internal ID number assigned to the aircraft. It starts at 1 for the first aircraft in the game world and increases from there. Not used for game mechanics.
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== Fleet Name ==
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If you have assigned the aircraft to a [[Fleets|fleet]], it will appear here.  
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== Age ==
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The age of the aircraft in years. It influences maintenance, although less than before.
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== Hours ==
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How many hours the aircraft is sitting idle - i.e. not flying a route or scheduled maintenance. It is possible to use an aircraft up to 24 hours per day. For aircraft that are for sale or on order, this time will always be zero.
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== Status ==
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What the aircraft status is; on order, for sale, for lease, or online. 
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== Airframe Cycles ==
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Cycles are the number of flights the aircraft has completed to date. A frequency of 0.5 counts as one cycle, a 1 frequency counts as two cycles, and so on. This figure influences the cost of maintenance: high cycle aircraft cost more in maintenance.
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== Airframe Hours ==
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The number of hours the aircraft has flown to date. This figure is counted towards maintenance.
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== Profit ==
  
== Engines ==
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The daily profit of the aircraft based on the routes it is flying. 
  
The engines on an aircraft affect the speed, range, price and fuel cost of a plane. It doesn't make obvious differences only by its own. There is no need to compare the engine number. Considering the affected data should be enough.
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== Block Time ==
  
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That is the time, in hours, that a specific aircraft model will take to fly that route round-trip (i.e., frequency = 1.0).
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If you see, for instance, 4.80, that means 4 hours and 80% of hour (i.e. 48 minutes).
  
== Fuel usage ==
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Each plane can fly 24 hours a day. How many hours each of your planes has "free" is shown under the column "Hours" in the "View aircraft" screen.
  
You need to pay for the use of fuel. Generally speaking, the smaller, slower planes use less fuel. However, they also generate less revenue. However, there are exception and that some aircraft do have less reasonable fuel usage than others. It would be wise to do a bit of comparation because some aircraft have fuel costs that could not be easily justified.
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see more on [[Create Route#Timetabling|Create Route]] page

Latest revision as of 12:48, 27 April 2020

It is very important to consider aircraft data before buying an aircraft. Here, you will find a brief explanation of aircraft data used and shown in the game.

Aircraft data when viewing an aircraft

Registration

All aircraft are automatically registered in your country of operations (where you opened your first base). When you buy used aircraft, you can re-register them when buying them, or at any point in time afterwards. It is free to register an aircraft.

Name

You can name aircraft anything, the aircraft will keep their names even if you scrap them or sell them on the used Aircraft Market.

Aircraft name

The name given by the manufacturer (e.g. Boeing 737-300, Dornier 328 Jet). To the game it does not make any difference what the name is, but due to brand recognition, some players do prefer a certain manufacturer or a certain type of plane, regardless of their performance in-game.

Seats

The maximum capacity of the aircraft. In Airline Mogul this is usually determined by the certified maximum capacity configuration (i.e. all Economy class seats).
An aircraft with more seats lets you sell more tickets on a route. Routes between large airports can handle very big aircraft, while smaller routes can't. Larger aircraft typically cost more, have longer turn time, and higher fuel costs than similar planes with fewer seats.

Cargo

This data is currently not taken into account in Airline Mogul.

Speed

Measured in knots.
The faster the aircraft, the more routes it might be able to fly. But a faster aircraft will also use up more fuel.
For long routes, speed does make a big difference, since most of the flight is spent at cruise level. For shorter routes though, much time is spent in other phases of flight, thus speed makes little difference on short flights. Keep the mission type in mind when choosing how fast your aircraft should be.

Range

Measured in miles.
Range is the distance an aircraft can fly without needing to be refueled. As there are no fuel stops in AM, aircraft are limited to flying routes that are within their range. This is a hard limit, which means you can't fly a route of 3001 miles with an aircraft that can only fly 3000 miles. Note that when researching routes, distances are displayed to the nearest 1 mile, while aircraft range is exact. A city pair of 3000 miles may actually be 3000.1 miles, meaning an aircraft with a range of 3000(.0) miles cannot fly the route.

Withdrawn

The last year of production. In Airline Mogul, we like to imagine things, which is why all aircraft models have a minimum production run of 20 years. Some aircraft models have been produced for longer in the real world, which is reflected in the game (e.g. Airbus A320).
The manufacturer stops taking orders after the 24th of December of the withdrawing year. If you would like that aircraft, be sure to order it before the year is over.

Cockpit Crew

The number of pilots, navigators, and radio operators needed to fly the aircraft. Cockpit crew cost money when the aircraft is flying. For longer flights a backup crew needs to be carried, which will increase costs. Keep this in mind when comparing similar aircraft.

Flight Attendants

The number of flight attendants needed. Usually one for every 50 passengers, regardless of actual load.

Turn time

The time it takes for an aircraft to be ready to depart again after a flight. This time is included in the block time when calculating and creating a route.
Turn time it is the time needed to unload passengers/baggage, clean up, and then load the aircraft again. The turn time data is in hours and is deducted from the time available for use when routes are assigned. This number is currently directly associated with the amount of seats on the aircraft.

Engines

Each aircraft model is paired with at least one engine model. Some aircraft have the option of different engine models, which might affect the speed, range, price, and fuel usage of the aircraft model.
Some engine types use more fuel than others.
Piston engine - a very basic engine, a bit like a car engine. Fuel efficient, reliable, but not suitable for large aircraft.
Turboprop - a small jet engine driving a large propeller. Very fuel efficient, but not suitable for high speeds.
Turbojet - the first type of jet engine available. Not very fuel efficient.
Turbofan - a very fuel efficient jet engine, capable of moving even the largest aircraft.
Geared turbofan - the newest development of jet engines, much more fuel efficient than previous engines.
Currently, it is not possible to see the engine type, but only the engine model name.

Fuel usage

Measured in gallons per hour.
Speed, range, size (seats), engine type, number of engines, and introduction year all influence the fuel usage. Fuel price fluctuates as in real life, but you always have to pay for fuel. For best fuel economy, it is better to choose smaller and slower aircraft.

Price

Price is the amount that is deducted from your account when you purchase an aircraft. When choosing an aircraft, compare the price to the speed, range, and seats to be sure you are getting the most for your money. Note also that the "price" will not always correspond to the "book value" of the aircraft, as they depreciate with age.

Aircraft Summary when viewing an individual aircraft

ID

Internal ID number assigned to the aircraft. It starts at 1 for the first aircraft in the game world and increases from there. Not used for game mechanics.

Fleet Name

If you have assigned the aircraft to a fleet, it will appear here.

Age

The age of the aircraft in years. It influences maintenance, although less than before.

Hours

How many hours the aircraft is sitting idle - i.e. not flying a route or scheduled maintenance. It is possible to use an aircraft up to 24 hours per day. For aircraft that are for sale or on order, this time will always be zero.

Status

What the aircraft status is; on order, for sale, for lease, or online.

Airframe Cycles

Cycles are the number of flights the aircraft has completed to date. A frequency of 0.5 counts as one cycle, a 1 frequency counts as two cycles, and so on. This figure influences the cost of maintenance: high cycle aircraft cost more in maintenance.

Airframe Hours

The number of hours the aircraft has flown to date. This figure is counted towards maintenance.

Profit

The daily profit of the aircraft based on the routes it is flying.

Block Time

That is the time, in hours, that a specific aircraft model will take to fly that route round-trip (i.e., frequency = 1.0). If you see, for instance, 4.80, that means 4 hours and 80% of hour (i.e. 48 minutes).

Each plane can fly 24 hours a day. How many hours each of your planes has "free" is shown under the column "Hours" in the "View aircraft" screen.

see more on Create Route page