None of the above. With the exception of AS4 those all sound pretty obscure. I'm not even sure if the others are PAN sourced fibres?
Cheaper RC stuff tends to be made of T300 which has a modulus around 230 GPa and strength of around 3.5 MPa. The better quality stuff found on race models is T700. It has roughly the same modulus as T300, but has a much higher UTS, around 5.3 MPa.
AS4 is common in general use, but I am not sure about in RC use.I think it will likely be found in Japanese models. The Txxx materials are American developed and the AS4 is Japanese developed if I remember correctly. AS4 actually has the highest modulus, albeit just marginally better then T700 at around 240 GPa. Very stiff stuffer. The modulus is placed between T300 and T700 at 4 MPa.
So basically, you want T700 ideally for good stuff, but if that's not an option AS4 will be fine. For the matrix it will be thermoset and almost certainly epoxy. To get good results also make sure you select a multi-directional (quasi-isotropic) layup, if you have to specify the typical layup for MD sheet is 0/±45/90. Hope that helps, be as accurate as you can inputting data as it gives you best results.
I've not used comsos for FEA before as I don't use solid works. However in other FEA software I have used, setting up composites can take a while as you also need to input that you are using sheet material, and also specify the correct plane the sheets are in. Otherwise it can assume mad stuff and give crazy results.
good luck
