If all else fails, I can always channel-hop absentmindedly through a selection of Spanish, French, and German programming.
This option may be somewhat necessary for an ex-pat Brit living in France who has some interest in watching French TV. British TV, on the Sky birds, comes in at 28.2°E while the only source of FTA French channels if you do not have TNT (France2, France3, TV5, but not TF1 or M6) is Atlantic Bird 3 at 5°W. It is unlikely, given the 33° separation, that you will receive both satisfactorily on one dish, so two dishes are likely to be a necessity.
(all the French TNT channels are available at 19.2°E, plus all of the France3 regions, but you'll need a Canal subscription in order to view them).
Now imagine your dish is shiny, like a desert spoon. Imagine that satellite transmissions are visible, like sunlight. If you remember your school Physics you'll be thinking "Hang on, you can bounce light off of it in all sorts of funny ways".
I did not have a desert spoon handly, so I have rigged up a little bit of show and tell with a piece of alu foil. At the top of the picture you can see the light source, one of those multi-LED lamps. This is bouncing off of a piece of foil in a rough 'dish' shape directly into the camera.
Angles this severe are very unlikely to work in practice, it was done in this way so you could see the light and the light source. Notwithstanding, the principle is correct. These other focal points are known as secondary focal points, and with a little bit of calculation you can determine where exactly to position the secondary LNB.
Consider a dish pointed at Sky. That is essentially 28°E. The Astra birds are at 28.2°E while the Eurobird is at 28.5°E. In terms of satellites, there are hundreds of miles between them. In terms of your dish, they both appear to be in the same place. Now if our dish is pointed to 28° (black line, black LNB, in picture below), and we would like to receive the Astra 1s at 19° this provides us with a simple maths problem.
If you look at your Sky LNB from the position of the dish, the location of the older Astra birds is therefore 9° to the right (blue line). Because we are using the dish as a mirror, you will want to place your LNB (blue LNB) about 9° to the left.
You can read all of that again if you wish, here's the picture...
The simplest option is the one that I am using. A fixed dish, multiple LNBs, and a switching unit. My 2-way DiSEqC 1.0 switch cost me €20 (about £15) and that was from a chain DIY outlet. At a specialist satellite shop, or perhaps by mail order, you ought to get one for around €12 (under £10). Don't forget you'll need a few extra 'F' plugs and maybe some short lengths of satellite cable.
I purchased a 2 way switch (two LNB inputs, one output) because it was what they had, and also because I don't feel that I was going to be aiming for anything more adventurous. I have no inclination to receive Hotbird and while I would like Atlantic Bird 3 for the French channels, it is out of the realms of possibility using a 60cm dish pointed 33° in the wrong direction.
In the picture above you can see the switch mounted on the satellite mount. There is only one LNB installed at this time, so I have hooked this up as LNB A and the receiver to the output. As you can see, my switcher comes complete with a nifty plastic box.
After installation, to test the switch was working, I ensured that DiSEqC was turned off on my receiver, then I added BBC News 24 to the Astra 19.2°E channel list. You can add any channel you like, so long as it isn't one that is actually on the satellite! I tuned to the channel on the 19.2°E satellite, and then directly to its equivalent on the 28.2°E satellite. In both cases, the channel appeared on screen.
Then I set 28.2°E to be the 'default' satellite; for the switch will, in the event of starting up with no instructions, route the first LNB through to the receiver. So this was denoted as satellite 1/2, with the (unconnected) 19.2°E LNB set to be the second LNB, or 2/2.
Now, by using the "recall" button (switches from current channel to previous channel), I was able to switch between BBC news at 28.2°E which showed the channel as LNB A was connected and aligned, and supposedly BBC news at 19.2°E which showed "No signal!" as there was no LNB present. This was proving that the switch was taking the primary LNB out of the loop and, supposedly, switching to the secondary LNB. It isn't a totally conclusive test, but it is exactly what I expected to see happen.
The final task, with severe weather coming from the west, was to re-orient the switch box so it faced west - thus reducing the possibility of rain ingress. This wasn't too big a worry as the switch was a metal box inside the plastic box, with room to spare. It is still a good idea if your switch box is at all exposed to be certain to align its most protected side towards the prevailing winds. The front is a tight slide-down cover and the storm winds are westerlies, hence...
The cable is dangling away from the LNB arm as the weather changed like the spin of a roulette wheel as I was installing the switcher box. I was getting a good soaking and the gales were rolling through, so I (wisely!) decided that leaning out to tie up the cable wouldn't be the smartest idea I've ever had.