The inverted flashing effect continues jumping between normal-sized and smaller with the smaller size also becoming less opaque it is my opinion that it may actually be easier to see the target at 4.5-5.5 nmi than at this distance due to this inverted flashing effect. half-sized target seen here, it's not much bigger than at 8+nmi.ġ.0-0.8nmi - there is no doubt that the aircraft at this range is just about as easy to track as it was at 4.0-5.0 nmi. image captured half of the normal size seen hereĢ.5nmi - Inverted flashing effect doubles (if not more) the rate at which it is occurring. Also the rate it is occurring at appears to be slower than the former flashing effect. By inverted I mean: The flashing effect continues but it has reversed polarity jumping between normal sized and smaller with the smaller size also becoming far less opaque. If this effect was not present the max tracking range would be significantly less than here as it's the “flashing effect” that’s making it easy to track at this distance.Ĥ.5-4nmi - Flashing effect becomes inverted making it harder to see than before due to this. Odd effect to note is about once or twice every quarter second or so the target will flash to twice its normal size and will become significantly darker than normal.
In game the A10 is still only a single line of pixels with most of the pixels at the edges of the line flickering in and out of existence. Although the IRL A10 I’d say was a bit easier largely due to it having more contrast with the background and being a bit darker + bigger. Low opacity on the outside and increasing towards the center.ĥ.5-4.5nmi - I would say at this distance the A10 in game is at the range i’d call max possible range for ‘easy’ tracking. ~8nmi - I would say at this distance he is about as visible as the real A10 about 10sec before it disappeared IRL although the A10 irl I would say had more contrast with the background and more of a nebulous dot. ~11nmi - In DCS first visual with 90° FOV single pixel only that is flickering in and out of existence.
~11.2nmi - approximate maximum possible detection range irl in DCS target is invisible to 90° fov and still incredibly hard to see zoomed all the way in. ~38-36nmi - first visual in game with max zoom one pixel only which is flickering in and out of existence rapidly.
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