Stability issue is rumor, I though I've heard it in ThinkDefence comment, but a 10min search cannot find it, sorry. Anyway, it is rumor, as I stated "may". Short range/endurance is well known fact.Ron5 wrote:Anyhow, the Bae Corvette will certainly not sink in Norway or any other cold place due to ice. I have no idea why you think that. The standard offering is not ice capable meaning the hull hasn't been strengthened to resist pack ice. That does not mean it will capsize.
No. Let me try to explain. (For mathematical detail, see https://en.wikipedia.org/wiki/Euler–Ber ... eam_theory)Secondly, the Leander mission bay does not introduce openings in the hull. The hull, as you may know, provides the ship's strength on which a superstructure is added. The mission bay is pure superstructure like the hangar. Take a look at a Type 23 which doesn't have a continuous superstructure which was the fashion last century, not just in the RN. You could add a continuous superstructure to a Type 23 and it's hull strength would be unaltered.
In separated super-structure cases (T23 has 3 separate, La Layette is actually 2 separate although looks like one), the main rigidity comes from the hull, specifically, the bottom keel, side-hull and main-deck. On the other hand, continuous super-structure becomes the main body of the rigidity = replaces the main deck (like French FREMM). Thus, the "roof" of the structure is actually a "main-deck" = it must be rigid. It differs a lot.
But, anyway, it is technical detail.
Is this true? Then, it is good news.I do know the Omanis are very happy with their purchases and they get a lot of use. Very reliable with low running costs.
For example, it is clear that Lekiu-class light-frigate are "useful" for Malaysian navy. We can see many photo of them, actively used.
I saw a photo a Khareef class escorting RFA Cardigan Bay last year, so we know Al Khareef class is "active", but could not find more other photos. Like to see it. Khareef class's photo is limited on the net.