- FSX, FSXSE, P3d (These simulators are compatible with the required ACARS program, SPAACARS)
- Use of St. Paul Airlines SPAACARS program(Version 10.5 or higher) for auto-submission of PIREPs and other changes related to the Econ-2018 Project.
Make sure you have checked the box "Use Econ Mode" in the SPAACARS settings menu.
Note: The Econ setting now results in an automatic PIREP submission upon landing/crashing. This ensures that pilots are less likely to only send good flights to SPA. To add to the realism, your flight is your flight - and you are rewarded or penalized based on your flight planning and piloting skills.
We have a revised Econ model for 2018. In building it, we are attempting to model realistic revenue and costs for the operation of a given aircraft on a given
flight assignment. Each flight assignment in the new model will specify an origin and destination, a passenger load and a cargo load. The choice of aircraft
to accomplish this assignment, the route you choose, and the fuel you load before your flight will all be up to you. Your revenue will be based on the number
of passenger miles and cargo ton-miles which you deliver successfully to the destination. Your costs will include an operating cost per hour of operation of your
chosen aircraft and a fuel cost. The operating cost of your aircraft per hour of operation will be proportional to the Maximum Takeoff Weight (MTOW) of the aircraft
you choose - double the MTOW and you double the cost per hour of operation. Your fuel cost will be the cost of the fuel you load before the flight, minus a 45-minute
reserve fuel load, based on your actual in-flight fuel consumption rate. As in the old model, there will be penalties for excessive g loading of the aircraft and for
hard landings and crashes. In addition to these, you will be charged at three times the nominal rate for fuel burned from your 45-minute reserve.
To get the hang of this new system, you will want to do some test flights before you start logging the flights for Econ model credit.
Of course, you will get flight time credit for these test flights. However, before you get started, let us point out a couple of factors you should bear in
First of all, you will want to choose your aircraft carefully. It should be adequate to carry your passenger load and the assigned cargo load.
Do not overload your aircraft. However, since you are charged according to the weight (MTOW) of your aircraft, you will want to fit the aircraft to the assignment.
If you pick a B747 to deliver two passengers and 150 lbs. of cargo, you will lose a lot of money.
Second, you will want to load the right amount of fuel. You will want to load enough to be sure of having a 45-minute reserve when you land.
But, since you have to pay for every pound of fuel you load above that reserve, you won't want to fill the tanks either.
Important: You must ensure that SPAACARs is showing the correct and exact Pax count and cargo weight for the flight you are flying or the flight will not count
as an official ECON2018 flight.
You should accomplish each flight in today's actual weather. If the weather looks dicey, you might want to do something else today.
Since a given model of aircraft may have a range of installed seats, let's just say that your aircraft should be able to accommodate the assigned passenger
load within a reasonable range of the number of seats customarily installed in that aircraft and that your passengers should be counted at 170 lbs. apiece.
Don't put 15 passengers in the KA350; the seats won't fit. Bear in mind that the empty weight of your aircraft, plus the weight of the fuel you have loaded, plus
the cargo weight, plus the weight of n passengers at 170 lbs. apiece, must total less than the MTOW of the aircraft you are flying.
Finally, a word about competition. Each of you have a different hangar of aircraft to start with. That by itself means we can't guarantee a "level playing field".
But that's not the purpose here. The idea is the same as with the original Econ model - to make you consider all of the variables involved and plan your flight accordingly,
and then to do your very best to execute the flight correctly.
We will start with a single set of flights centered on Juneau, Alaska. You will see that these are appropriate for GA and Cat I aircraft, but the choice of aircraft is yours.
The flights in the first group are all straightforward airport to airport flights in several closed loops. Just like the original Econ flights. As we move forward, we anticipate
augmenting these flights with more "interesting" bush flights, and longer commercial type flights. There will undoubtedly be changes as we learn together.
Here's an explanation of how simulators work with SPAACARS and ECON-2018.
First, the simulator itself doesn't see passengers, baggage, etc.
It only sees payload weight and fuel weight. All these extra things you see listed are additions handled by a particular aircraft model and controlled by
programming for them - similar to the issue in the earlier post on this thread about how landing light switch won't trip the "prepare for takeoff/landing" of SPAACARS
(because SPPAACARs reads simulator settings while these are handled by some payware programming outside of the simulator settings on some models).
SPAACARS takes the total payload weight your simulator is showing and allows you to make the necessary changes as to how much of that weight is for PAX and what is
for cargo. It gets the total payload weight from the simulator AFTER you have initialized the payload and fuel for your plane in your simulator, so SET YOUR
PLANE UP FOR PAYLOAD AND FUEL BEFORE STARTING SPAACARS. Actually, SPAACARS should recognized changes to fuel/payload settings made prior to starting your flight,
but you'll want to check the totals on the main screen of SPAACARS to be sure it's correct for PAX and cargo.
For some reason, when I originally programmed this
(perhaps to include them in the payload weight), I included pilot/copilot weights as passenger weights. Thus, for the purpose of ECON-2018 and SPAACARS, when calculating
for the PAX number shown in the ECON-2018 flight schedules, you will want to consider the pilot and copilot as a PAX, otherwise it won't come out right on the main SPAACARS
when you add it all together with the cargo.
For example, I fly the DHC-6 Twin Otter (Aerosoft) on flight 600000, the first Econ-2018. It requires 15 PAX
and 650 cargo. Aerosoft has set up payload and pax settings, plus pilot/copilot areas in their fuel/payload area. When this gets plugged into the actual simulator,
as previously stated, it only sees this all totaled as payload weight along with the cargo. So, I have to add my 13 PAX in the passenger area at 170 lbs. each along
with the pilot and copilot at 170 lbs. to equal 15 pax. I then add my 650 lbs. of cargo weight to the cargo areas supplied in the fuel/payload area by Aerosoft.
Now when, SPAACARS sees the payload weight on the main page of SPAACARS, you can move your 15 PAX over to the PAX column and the cargo will correctly display
the cargo weight at 650 lbs. Additionally, SPAACARS provides the "Cargo Capacity" field which will show the remaining cargo capacity that SPAACARS believes is
available given the current fuel, cargo and pax weight according to the simulator readings. If you fill your plane to Max takeoff Weight this field will read "0",
as there is no unused capacity remaining.
So...the short answer is:
Ensure that your aircraft payload weight is set for (#pax * 170) = ttl pax wgt + cargo
wgt = ttl payload wgt.
This will allow you to adjust the number in the PAX field of SPAACARS to show the number of passengers required by your ECON-2018 flight
and the remainder should show the correct value of cargo for your flight in the cargo field of SPAACARs.
Here are two pics in my photo album showing my settings
for ECON-2018 flight # 600000 as explained above. Click each of them to follow the link to my photo album where they are explained further in the comments area of
Hope this helps clarify some things for all pilots.