Probably should have put that in the first post. All that clipping is is the transformation of the signal's waveform from sinusoidal to rectangular. What that means is that if you picture the sine function from 0 to 2pi, instead of a curve, make it 2 right angled boxes with dimensions of pi x 1. The integral of the function aka, the amount under the curve is the amount of power being transferred. As you can imagine, a square wave has more power underneath the curve than a sinusoidal curve does. As a result, a clipped signal CAN send more power to a speaker than normal, but clipping is not the cause of blowing the speaker.
There are only two ways to blow a driver: mechanical failure or thermal failure. The former is due to over excursion of some form from some cause (usually improper enclosure), and the latter is usually from overpowering the speaker. If you feed a Type-R a fully clipped signal from a 300 watt amp, it will not reach thermal failure in the least. It might sound like shit, but it won't cause the speaker to fail. The driver doesn't know what it's being sent, all it does is get fed power and turn that into sound. Whether or not the signal is distorted is irrelevant.