Max Revenue = Number of Slots. (Distance + 50) So a Class 2 Pearjet with 5 slots traveling 500 miles can be represented as: $2,750 = 5. (500 miles + 50) Calculating Profit in Pocket Planes. With all of the information above we have the basics behind the calculations in Pocket Planes. This is how you get UNLIMITED everything in Pocket Planes a simple tutorial on file editing so you take full benefit of free programs available to you.

There are two common questions in Pocket Planes. 1) How much experience do I earn from a flight? 2) How is profit and flight cost determined?

I answered the experience question in a previous post, which I’ll elaborate on more in the next few days. Today I will explain flight profit and cost, how it is calculated and how it all breaks down.

1. The Navigator is a propeller plane with two slots, and is given to the player at the start of the game as the -C variant. It is one of the best starter planes, due to its high speed and slots, but is outclassed by the Airvan later on. The Navigator seems to have no 100% accurate real life.
2. Calculating Profit in Pocket Planes. With all of the information above we have the basics behind the calculations in Pocket Planes. So taking that information and putting it all together, we can calculate our profit per flight between two cities: Profit = Number of slots. (Distance + 50) – Distance. Speed. Weight / 400.
3. The lowest impedance signal return path is in a plane directly under the signal trace. Slots in ground planes divert the ground current flow (see figure), thereby producing a high ground impedance (Inductance) and a ground plane voltage drop that is the cause of increased emissions from the cables connected to the board.

Profit

Profit = Revenue – Expense

That’s pretty simple right? The profit you earn on a flight is a result of the total revenue from the flight, minus the total cost to get the aircraft to it’s final destination.

So how is flight cost, i.e. expense from the equation above, calculated?

Flight Cost/Expense

Expense = Distance * Speed * Weight / 400

The total flight cost from point A to point B is a direct result of distance, speed and weight.

Distance is determined by a straight line between the two locations and is about 1/4 to 1/5 the “real world” distance.

Speed and Weight are determined by the aircraft itself. Each aircraft has it’s own statistics and speed and weight can both be enhanced by upgrading the aircraft.

Distance Between Two Cities

Pocket Planes Guide

Distance = Revenue per item – 50

Distance is actually very easy to determine in Pocket Planes. The revenue per item you are transporting from A to B is 50 coins more than the total miles traveled. So if you are transporting a Wedding Cake for $247 coins, the actual distance traveled is 247 – 50, or 197 miles.

Revenue Per Item

Revenue = Distance + 50

This is directly tied to distance, which you can see above. Revenue is the total distance plus 50. So If you are carrying cargo 200 miles, your revenue for that item would be 250 per item.

Maximum Revenue Per Flight

Since we now know the basics on how revenue and flight cost is calculated, we easily apply this to the number of slots in our aircraft to determine it’s maximum earning potential between two cities.

Max Revenue = Number of Slots * (Distance + 50)

So a Class 2 Pearjet with 5 slots traveling 500 miles can be represented as:

$2,750 = 5 * (500 miles + 50)

Calculating Profit in Pocket Planes

With all of the information above we have the basics behind the calculations in Pocket Planes. So taking that information and putting it all together, we can calculate our profit per flight between two cities:

Profit = Number of slots * (Distance + 50) – Distance * Speed * Weight / 400

An example below shows a Birchcraft Class 2 airplane carrying 4 pieces of cargo at $197 per item. This aircraft has a speed of 183 and a weight of 4 and is traveling a distance of 147 miles.

$591 = 4 * (147 + 50) – 147 * 183 * 4 / 400

Increasing Profit Per Flight

Since we know the calculations from above, it’s plain to see that we can increase our profit by reducing the weight of a flight. This is done because it decreases the Distance * Speed * Weight / 400 portion of the equation. A lower weight means a lower overall cost of the flight.

Conversely, increasing the speed of a flight actually decreases the profit earned on the flight. However, it increases the long-term earning potential of the aircraft, known as “profit rate.” This is because we can complete more flights per hour with a faster speed, and thus generate more revenue over the long haul.

With this in mind, the aircraft receiving the highest boost in profit from reducing weight can be calculated via the following equation:

Profit Increase Per Flight = .05 / (((400 * Number of Slots) / (Speed * Weight)) – 1)

If you plug the numbers you’ll find the Fogbuster aircraft receives the highest boost per weight decrease, coming in around 18%. It’s followed by the Tetra, Cyclone and Pearjet. I’ll have a detailed breakdown per aircraft posted in a few days for your reference.

Summing Up

I hope you all find this information helpful. I have a handy spreadsheet I am putting together for everyone to download and easily calculation all of this information for you automatically. It will also calculate your experience as well. Check back in a few days and I hope to have this information ready for you!

Follow me on Twitter: http://twitter.com/tekn0wledg and checkout my YouTube Channel for more video updates! Friend me on GameCenter: tekn0wledg

There are two common questions in Pocket Planes. 1) How much experience do I earn from a flight? 2) How is profit and flight cost determined?

I answered the experience question in a previous post, which I’ll elaborate on more in the next few days. Today I will explain flight profit and cost, how it is calculated and how it all breaks down.

Profit

Pocket Planes Max Plane Slots

Profit = Revenue – Expense

That’s pretty simple right? The profit you earn on a flight is a result of the total revenue from the flight, minus the total cost to get the aircraft to it’s final destination.

So how is flight cost, i.e. expense from the equation above, calculated?

Flight Cost/Expense

Expense = Distance * Speed * Weight / 400

The total flight cost from point A to point B is a direct result of distance, speed and weight.

Distance is determined by a straight line between the two locations and is about 1/4 to 1/5 the “real world” distance.

Speed and Weight are determined by the aircraft itself. Each aircraft has it’s own statistics and speed and weight can both be enhanced by upgrading the aircraft.

Distance Between Two Cities

Distance = Revenue per item – 50

Distance is actually very easy to determine in Pocket Planes. The revenue per item you are transporting from A to B is 50 coins more than the total miles traveled. So if you are transporting a Wedding Cake for $247 coins, the actual distance traveled is 247 – 50, or 197 miles.

Revenue Per Item

Revenue = Distance + 50

This is directly tied to distance, which you can see above. Revenue is the total distance plus 50. So If you are carrying cargo 200 miles, your revenue for that item would be 250 per item.

Maximum Revenue Per Flight

Since we now know the basics on how revenue and flight cost is calculated, we easily apply this to the number of slots in our aircraft to determine it’s maximum earning potential between two cities.

Max Revenue = Number of Slots * (Distance + 50)

So a Class 2 Pearjet with 5 slots traveling 500 miles can be represented as:

$2,750 = 5 * (500 miles + 50)

Calculating Profit in Pocket Planes

With all of the information above we have the basics behind the calculations in Pocket Planes. So taking that information and putting it all together, we can calculate our profit per flight between two cities:

Profit = Number of slots * (Distance + 50) – Distance * Speed * Weight / 400

An example below shows a Birchcraft Class 2 airplane carrying 4 pieces of cargo at $197 per item. This aircraft has a speed of 183 and a weight of 4 and is traveling a distance of 147 miles.

$591 = 4 * (147 + 50) – 147 * 183 * 4 / 400

Increasing Profit Per Flight

Since we know the calculations from above, it’s plain to see that we can increase our profit by reducing the weight of a flight. This is done because it decreases the Distance * Speed * Weight / 400 portion of the equation. A lower weight means a lower overall cost of the flight.

Conversely, increasing the speed of a flight actually decreases the profit earned on the flight. However, it increases the long-term earning potential of the aircraft, known as “profit rate.” This is because we can complete more flights per hour with a faster speed, and thus generate more revenue over the long haul.

With this in mind, the aircraft receiving the highest boost in profit from reducing weight can be calculated via the following equation:

Profit Increase Per Flight = .05 / (((400 * Number of Slots) / (Speed * Weight)) – 1)

If you plug the numbers you’ll find the Fogbuster aircraft receives the highest boost per weight decrease, coming in around 18%. It’s followed by the Tetra, Cyclone and Pearjet. I’ll have a detailed breakdown per aircraft posted in a few days for your reference.

Summing Up

I hope you all find this information helpful. I have a handy spreadsheet I am putting together for everyone to download and easily calculation all of this information for you automatically. It will also calculate your experience as well. Check back in a few days and I hope to have this information ready for you!

Follow me on Twitter: http://twitter.com/tekn0wledg and checkout my YouTube Channel for more video updates! Friend me on GameCenter: tekn0wledg