https://www.instagram.com/iranian_defensive_power/
Good observation there on the Oghab system, which seems to be a somewhat miniaturized, truck mounted, TOR-M1.
That would be probably the most cost effective solution: Planar array search radar and low shifter-count PESA tracking radar.
These two radars should still be less expensive than a single radar AESA solution (which also exists, maybe the IRGC SHORAD project or a Navy missile CIWS).
Overall a good decision, Chinese SHORAD of their 2019 parade is also a miniaturized TOR-M1 variant.
Lets see if ready to fire missiles are still 8 or closer to the 16 of the TOR-M2.
Iran got the TOR-M1 in 2006, 13 years ago, good to see a copy of it now.
It's also kinda good news that they went for a PESA solution instead of the disclosed AESA one. A reliable PESA solution probably always beats an AESA in terms of costs and there are few benefits for an AESA in this role.
If the missile count is increased to 16, then I hope the IRGC-ASF to go for it too to allow for a large DM-run serial production like in the case of the joint Sayyad-2.
A next generation single AESA radar Morfey-like solution could be done to increase ready to fire missile count but it seems that the costs are deemed too high --> hence twin radar PESA solution.
This makes the AESA route for the Bavar questionable too and it can only be hoped that the TRM costs for the Bavar engagement radar have somehow been pushed down significantly, maybe by the use of older but very mature GaA technology or even below that.
We know now that the early Bavar concept skipped an AESA engagement radar solution for a more simple monopulse radar. It seems the AESA group then had a breakthrough for affordable/economic X-band TRM.
But that doesn't seems to be affordable enough to be used in the Oghab SHORAD system.
The positive aspect is that they seem to know what they are doing and not fall for a technology hype that would increase critical system cost.