The 8030 will get louder than I care to listen near field. They don't extend super low, but they're also tiny 5" speakers and I don't have any illusions about them extending into the sub bass region.
5" woofer is small, yes. And no, they do not have a ton of low end extension.5inch is small in 1meters?
super low?how many db?
tell me about your illusions...
Do you think you are actually helping writing something in meaning nothing?
5" woofer is small, yes. And no, they do not have a ton of low end extension.
Do you think you have anything to contribute other than just going straight into attack mode?
Listening at 3 meters is not what they're designed for. Asking them to do that is probably going to push them beyond the output level they're capable of unless you're listening very quietly.
Over 80Hz, 5,1" woofer, still will have lower THD at reference levels (80-85dB from pair) than 4,1" woofer:As I know 5inch speaker is too big if you take a subwoofer and crossover it in 70hz or 80hz etc. (...) So if I will buy in the future a sub( what is for sure) I will get better performance with the 4inch speaker...
There is no such thing as "fast" sound.the companies says that the mid must be max 3inch for accuracy and fast sound.
What "companies"?companies says that the mid must be max 3inch for accuracy and fast sound.

Low THD IS ACCURACY! Above You have 5 inch with low THD ... even at midrange.must be max 3inch for accuracy
There is no such thing as "fast" sound.
Some frequencies could arrive earlier and some later.
Yes we have, but Genelec is one of the worst examples due to their weighting of durability and latency over sound quality. For example this main monitor has kinda integrated subwoofer producing 7-8 ms group delay at 100 Hz.@kimmosto that's why we have today digital phase correction, group delay correction (yes), and subwoofer/speakers time correction (Genelec GLM + SAM monitors/subwoofers)
Yes we have, but Genelec is one of the worst examples (...) 7-8 ms group delay at 100 Hz.
Please, show examples of products, with GroupDelay 1ms @ 100Hz.Modern full range active "main monitor" with linear phase XO could and should have for example GD of 1 ms at 100 Hz which is ca. 0.3 ms as excess group delay.
Aalto 9, Taipuu Kero L. Both have FIR linear phase XO. Excess GD is easier to get close to 0 ms, but natural roll off at LF increases normal GD already at 100 Hz. Especially with reflex designs.Please, show examples of products, with GroupDelay 1ms @ 100Hz.
That's not the whole story because excess GD at LF drops pressure RMS of wide range transients. In the worst cases to a fraction from "original". Error is perceivable both in tonality and dynamics (as weak and lame sound) though it's officially just linear distortion. Most of the studies are limited to mid-high frequencies and ears only so they don't reveal whole problem.Smooth GroupDelay is more important ... and Genelec have it pretty smooth.