Shipbucket

Heuhen - I know I said before that I thought that the Nansens used the SPG-62. I was wrong (just like most of the internet).

Here is my interpretation of the radar (side and top views):

Yes some of my documents said SPG 62 while others said SPG 60, but thank you. I plan to give the frigates a final update in the near future because there is a slight difference between the first frigates and the last one!

3.2 Sensors for Fridtjof Nansen frigates
The sensors that are related to surface water warfare is
· SPY-1F multi-function radar S-band,
· Sagem Vigy 20 EO director,
· Mk XII IFF (transponder and interrogator)
· Open Systems CS-3701 ESM,
· 2 Mk82 (AN/SPG-62) CW illuminator,
· 3 navigation market (2 X band and 1 S band), all pulsed.

Antenna panels to the SPY-1F is the same size (12 feet) which records the SPY-1D so it's possible to
install the SPY-1D antennas and all related accessories, but it is not an opportunity that
not particularly relevant.

4.3.3 illuminator
illuminators are slaves to the SPY radar via the AEGIS system. They are a little different
account for and aft and have blind spots due. superstructure. INTSIM model lighting
context ESSM firing as one will be based on the model. The disadvantage of INTSIM is
among other things, that one does not specify a refraction profile and that you do not have access to
multi-way propagation. KDA has been contracted to develop and produce illuminator and
use NERA as a subcontractor to the RF section. Since Norwegian companies will develop and produce
illuminate clean makes it easier to immediately access data and information about them. You will take in
Based on illuminator in INTSIM.