Re: Wrong type of ships
So far as I know, Type 26 is only set up to operate Sea Ceptor. Which is a fine self-defence missile, with a range of c. 25km (CAMM). They're decently cheap, but as we've seen in the Red Sea, that only defends your ship, or anything in convoy with it. NATO ships have had to roll out the expensive long-range missiles when defending other ships, because the cheaper shorter rnage stuff only protects you - even against some of the crappier drones.
But it also has 24x Mk41 VLS cells and the full length 'strike' version. So they're one of the best bits of NATO thinking, ie standardising launch containers. So those can fit a wide range of anti-air, anti-ship and land attack missiles. That includes the Storm Shadow/Scalp replacement, which may or may not be getting a rethink in light of those missiles performance in Ukraine. So the RJ10 ramjet variant maybe getting a rethink to make it hyper rather than just supersonic. Hopefully. After all, we did make the good'ol Bloodhound missile which was an early go-fast missile.
It's probably better than the Sea Sparrow the current Norwegian frigates have. But the Houthis deploying anti-ship ballistic missiles leads me to think that the anti-air game is getting harder. And self-defence may require the ability to deal with them now, rather than leaving that to specialist air defence ships. I'm also doubtful that lasers can be the answer to something that fast moving, though they'll be great for drones. Plus the Norwegian Sea ain't the best place to use lasers.
Yup. On the plus side, the Type-26 shares the tall mast design of the Type-45, so that improves detection range. From a quick search, can't find the total height of both to compare. But for sea drones, it's also going to be the downward looking capability, maybe with thermal detection to try and spot those closing in. Then how to engage those, and I'm also dubious about DEW being the solution. Lasers are going to suffer attentuation in warm, dense air and also cold, foggy air with lots of spray. Then if they'll be able to defeat a hypersonic missile that's got a plasma shield and is designed to handle a lot of frictional heating. But if we can generate enough power and have the space, there's always particle beams firing teeny bullets.
Something I've been pondering though is mass. So a laser emitter should be smaller and lower mass than a DS30 or CIWS. So perhaps put those on the mast where they can look down as well as up/out and deal with threats close to the ship that current protection systems can't deal with because they can't depress low enough, or are blocked by the hull. Which is one of those art imitating life things. I have fun with a game called 'From the Depths*' that lets us build ships, subs, drones, aircraft and I build my ships with laser defences high for that reason, and it works.. But of course that glosses over a lot of reality about getting energy from laser generators to emitters. But it's also a problem that was demonstrated during WW2 with Japanese Kamikazi pilots coming in at low level and under the ships guns.
The main threat it's designed for is still Russian subs though, and I don't think the Russians have a sub-launched anti-ship ballistic missile? So the main threat is still supersonic cruise missiles, which Sea Ceptor was specifically designed for.
Russia has pretty much always had those and is doing things like copying from the US Ohio subs to install more cruise missiles in place of SLBMs in their proposed Borei-K, and proposals to replace the Borei's with their Arcturus class. Then there are these-
https://en.wikipedia.org/wiki/Yasen-class_submarine
Which can launch Zircon, Oniks and Kalibr missiles, all of which have been used in Ukraine. So on the plus side, we've seen something of their capability, on the minus, some have proven to be very hard to intercept. Plus/minus claims of successful intercepts, which are often 95%+ which seem implausible, especially when stuff on the ground explodes.. And also if these are 'fair' tests, ie Ukraine perhaps not being given the latest and greatest systems because we don't want to reveal all our secrets. And then Russia's been doing the same, so their success in countering (or not) all the stuff being thrown in their direction.
But Russia's strategy for naval warfare has always been to swarm and overwhelm air defences to try and kill carriers. Countering that needs a layered defence and enough warships to provide screens, which I think is an advantage with the Type-26's versatility. It can be part of a CBG screen, and go chase off or prosecute submarine targets, but also leave less of a hole in the air defences. But as we're living in interesting times due to our 'leaders' creating enemies, we need more ships to perform all the duties they're needed for.. Which is also a sequencing issue, ie we have more territory or interests to protect than Norway does.
* NATO should throw these devs some money. Fun game or physics simulation-
https://store.steampowered.com/app/268650/From_the_Depths/
Want a gas powered warship? Start by building your engine from cylinder blocks, injectors, turbos, then tetris in exhausts. Or build your own submarine block by block, add rail guns with supercavitating projectiles. Then wonder why your mighty capital ship has become HMS Sitting Duck because all your offensive/defensive systems have sucked all the energy and there's nothing left for propulsion. Which I rather suspect is a challenge real-life naval architects face. Sure, we can add all these new systems and features, but then your frigate will become a submarine. It keeps me amused and is one of the reasons I've not given up on Windows yet.