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DCS: Roadmap (unofficial - NO DISCUSSION HERE)


Silver_Dragon
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Due to the criticism I am receiving from several people, about the "unofficial" Roadmap content, about some youtubers content claiming to be SPAM (example, the content created by youtubers about the RAZBAM F-15E), I recommend to everyone here not to post unofficial videos, being only from ED or 3rd Parties from now on.

I apologize to the people who did like that content.

Sincerely
Silver_Dragon.

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AviaStorm news

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@everyone Just a couple of impressions from the "Familienfest" at Memmingen Airport. Figured I do just a little Tornado today, instead a little more 104 action. Had the chance to meet some of you guys, was really nice talking to you, thanks for stopping by. Maybe meeting more of you next year - That being said - Have an amazing week.

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Razbam MiG-23

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Asus Prime Z-370-A

Intel core I7-8700K 3.70Ghz

Ram g.skill f4-3200c16d 32gb

Evga rtx 2070

Ssd samgung 960 evo m.2 500gb

 

Syria, Nevada, Persian Gulf, Normandy 1944

Combined Arms

A-10C, Mirage-2000C, F-16C, FC3

Spitfire LF Mk. IX

UH-1H, Gazelle

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Miltech-5 / PD (Bo-105).

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Seats done.

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From Heatblur:

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Developing DCS: F-4E has been a uniquely challenging experience, as we've undertaken a complete rewrite of our entire technology base in order to increase fidelity, realism and stability. Approaching every facet of the F-4E through the lens of physical modelling - beyond anything we've done before - has been a core tenet of the first of our next generation aircraft, and while this has meant a more difficult and longer development journey than expected, we're super excited about what this means for the future of Heatblur and our aircraft. One key element that has been directly relevant to the F-14 too, has been the RWR (or RHAW).
In 2019, we broke new ground through our simulation of the ALR-67 RWR in the F-14. For the early -A and its ALR-45, we've wanted to go a step further, and developing the ALR-46 for the F-4E was a great opportunity to leverage our latest technologies in a way applicable to both aircraft. After a few tough iterations, which have made delivering the early -A take longer than expected, we’re excited to finally be completing the major elements of our new, next generation RWR model!
Our work has primarily revolved around creating a new signal environment model, which will far more accurately inform the RWR and other sensor devices about various emitters in the world. This model enhances the existing radar warning receiver tools of DCS by performing a simulation of each of the radars in the game to produce their signal at the point of the aircraft. Each radar has information defined in a schema, some examples being:
• Antenna Gain
• Antenna Speed
• Carrier Frequency
• Pulse Repetition Frequency (Search and Track)
• Peak Power
• Search Pattern (if it has one)
• Tracking Pattern (whether the radar is conscanning, mono-pulse, or sweeping like the fan song for example).
• Beam width and height.
This simulation happens only when the radar warning receiver is being irradiated by a given radar and requires no additional information from DCS to be synchronized between modules that use this system.
Further simulation includes everything from antennas and their placement, bands and associated processing (including e.g. slow signal processing in dense signal environments) and track correlation for multiple pings and associated emitter identification tables.
And perhaps best of all, together with our partners at Eagle Dynamics, we hope to contribute our simulation of the signal environment and associated schema to become a core part of DCS, making it available to both first and third party developers for use and extension. A rising tide raises all boats, and we’re excited to contribute to the core platform in a way that will be beneficial for the EM environment and RWRs’ across the entire simulation.
Finally; with this new model in place, we can begin finalizing features for the ALR-45 in the early -A, in particular the very accurate and important sound synthesis, and this is also one of the final building blocks to fall into place for completion of our upcoming DCS: F-4E!
Stay tuned for far more in depth walkthroughs of this and other systems we’ve built as part of our Phantom journey, we can't wait to show you what we've built and to finally launch the early and IRIAF -A!

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Win 10 64, i9-13900 KF, RTX  4090 24Gb OC, RAM 64Gb Corsair Vengeance LED OC@3600MHz,, 3xSSD+3xSSD M.2 NVMe, Predator XB271HU res.2560x1440 27'' G-sync, Sound Blaster Z + 5.1, TiR5, [MSFS, P3Dv5, DCS, RoF, Condor2, IL-2 CoD/BoX] VR fly only: Meta Quest Pro

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