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DCS: MiG-19P Farmer by RAZBAM


phant

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C'è anche da notare che Prowler111 dichiara che sarà un modulo "finito" e quindi non uscirà in EA come da prassi.

 

The fact is, we decided to push forward even more, broke some stuff in the process, that needs to be fixed and tested properly, this is a finished product that will be updated as DCS evolves and some new features added in time, that's why there is no early access.

 

Questo invece il commento di Wags sulla questione:

 

The MiG-19 is already a wonderful product that both Razbam and us will be proud of. There just needs a litttle more work on the flight model, documentation, and UI art.

 

Per me il discorso del Tomcat non c'entra, è proprio che hanno deciso di rilasciare un prodotto finito con tutto quello che questo comporta, e personalmente se questa fosse la prassi anche per altri prodotti sarei più che contento invece di farli uscire in EA e mantenerli in questo stato a tempo indefinito...

 

:thumbup:

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Header2019_720-EN.png

 

 

DCS: MiG-19P Farmer Update

 

MiG-19.png

 

The MiG-19P was originally planned for a release in January, but after an extensive review of the MiG-19, we and RAZBAM have decided to postpone its release until a few items are resolved. These include some needed improvements to the flight model and documentation. It’s RAZBAM’s desire to release the MiG-19P in a finished state so it will need just a little more time in the oven to meet this expectation.

 

 

Bye

Phant

AMVI

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The ARK-5 Automatic Direction Finder (ADF) is an electronic aid to navigation that identifies relative bearing of the aircraft from a Non-Directional Beacon (NDB), a radio beacon transmitting in the MF or LF bandwith.

 

It consists for two antennas, a fixed one and a loop one. The loop antenna is rotated electronically to determine the direction of maximum reception from the beacon relative to the aircraft direction.

 

The ARK-5 is electronically connected to the GIK-1 Navigation Instrument’s thin needle which will rotate to indicate relative bearing to the tuned NDB station.

 

The ARK-5 has two frequencies memories, called FAR and NEAR. These frequencies can be automatically recalled by clicking on their control switch, located on the upper left bulkhead, below the frontal canopy frame.

 

Controls

The ARK-5 has the following controls:

1. A FAR/NEAR frequency selector switch. On the upper left bulkhead, below the frontal canopy frame.

2. Frequency Range Selector for the NEAR frequency. On the left bulkhead, near the Throttle Quadrant.

3. The main ARK-5 Control Panel on the right bulkhead:

a. Frequency Range Selector for the FAR/NDB frequency for navigation or approach.

b. Frequency fine tuning handle.

c. Operational Mode Selector.

d. Loop antenna control.

e. Signal Strength Gauge.

f. Telephony/Telegraphy Receiver Mode Selector.

g. Backlight intensity control.

h. Volume control.

i. NDB Ident code audio output, located in the RSIU-4V radio control panel.

Modes of Operation

The ARK-5 has four modes of operation:

• OFF: The ARK-5 is disconnected and non-operational.

• COMP (COMPASS): The ARK-5 is tuned to a frequency and the GIK-1 ADF needle will show relative bearing to the NDB station.

• ANT (ANTENNA): The ARK-5 frequency can be changed to a different one. The GIK-1 ADF needle will freeze until the ARK-5 is placed in COMP mode again.

• LOOP: In this mode, the loop antenna is in manual mode. The pilot will rotate it by using the LOOP spring switch. The GIK-1 ADF needle will show the current antenna direction.

 

How to operate

a) Set the ARK-5 mode to ANT.

b) Select the frequency memory that will be used, FAR or NEAR, by clicking on the frequency selector switch.

c) Select the desired frequency range by using the appropriate Frequency Range Selector. NEAR selector is in the left bulkhead, FAR selector is in the ARK-5 control panel.

d) Move the fine-tuning handle until the desired frequency is tuned.

e) Check the signal strength gauge.

f) Set the ARK-5 mode back to COMP. The GIK-1 ADF needle will start indicating bearing to the NDB station.

 

How to use the ARK-5 for NDB navigation

a) Select a frequency memory: FAR or NEAR.

NOTE: FOR NAVIGATION SELECTION OF THE FAR/NEAR SWITCH POSITION IS IRRELEVANT

b) Set the ARK-5 to ANT.

c) Tune to the selected NDB by following the How to Operate instructions.

d) Set the ARK-5 to COMP.

e) Use the GIK-1 ADF needle as required.

 

How to use the ARK-5 for Low Visibility Landings

The selected airport should have at least one marker station. It works better if it has two: Outer and Inner Marker stations.

a) Select the ARK-5 to ANT

b) Select the FAR frequency memory.

c) Tune to the airport’s OUTER MARKER station frequency by following the How to Operate instructions.

d) Check the gauge to confirm that you are receiving a signal.

e) Select the NEAR frequency memory.

f) Tune to the airport’s INNER MARKER station frequency by following the How to Operate instructions.

g) Check the gauge to confirm that you are receiving a signal.

h) Select the FAR frequency memory.

i) Set the ARK-5 to COMP.

j) Maneuver the aircraft until the GIK-1 ADF needle is centered.

k) Select the NEAR frequency memory.

l) Maneuver the aircraft until the GIK-1 ADF needle is centered.

m) Toggle between FAR and NEAR to confirm that for both frequencies the GIK-1 ADF needle is centered.

 

NOTE: When the GIK-1 ADF needle is centered in both FAR and NEAR, you are aligned with the airport’s runway.

 

 

Bye

Phant

AMVI

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These are the MiG-19P Special Options:

 

- Customized Cockpit: Russian (default), Chinese and English are available.

- Disable precession errors for gyros. If enabled, both the ADI and HSI gyros will not lose accuracy in long flights.

- AChS-1 Chronograph: If enabled, the aircraft clock will always be updated with the DCS system clock. You will not be able to change the time.

ARK-5: If enabled, whenever you change the FAR frequency, the NEAR frequency is updated as well. You will still be able to fine tune the NEAR frequency.

Dismount Cockpit Camera: If enabled, the camera that is installed in the canopy frame will be dismounted.

RP-5 Izumrud Ground Return: DYNAMIC (default), STATIC. The Dynamic radar ground return can cause FPS drop in computers that are near the minimum required for running DCS. If you are experiencing severe FPS drop, you can switch to the static mode, which does not have such penalty.

 

FONTE https://www.facebook.com/RazbamSims/photos/a.316309961788982/2077656735654287/?type=3&__xts__%5B0%5D=68.ARCdysvt6_lzHHEEZAhqnrt4Fyg8E7e0VVxdRSiE1LKV-TRFyLLrK0YZ8PHwa72Z6Vxbrc7C1uPKCHau8l-Ed1-qpyOQS6H_lS2D1wCktX2O4bjSME3m6mSIomq5InQscvOpukjcUpH-lHPwgLvKICUnBMwr-Mp5_ZuwES_Rep157j2rgQYRsJXnG8e9FKfUGCzPXjp7LuaZN3Vqc8PqZyDSIuFu2nuMEqWwwUvOLfsxnG7NKwDL8BmmU0bCq8tjtXSaijanEcBIl4_zaqfPghoRUh9kDcu3oKrxl6MocGSL-9WTJu4EkL6eMcQpWP9JVxNrIFQCluDgyRi491VTNqlLeg&__tn__=-R

 

 

Bye

Phant

AMVI

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Non vorrei fare il difficile, ma c'è qualcosa in queste livree che non mi convince.

Non riesco a capire cosa, ma mi sembrano decisamente "stonate".

Ma qui si sta osservando delle preview di un modulo non ancora rilasciato, quindi potrebbero essere solo bozze.

Meglio lasciare ogni giudizio dopo il rilascio ufficiale del modulo.

Certo che poi un bel super sabre ci starebbe tutto

IndiaFoxtEcho Textures Artist

 

My DCS liveries on UserFiles page here

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