Colyn asks:
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No. What I am saying is that the Pilot doesn't know which way is up if the pitot is blocked. To appreciate why, you must understand the underlying dynamics.

Reality is what our individual brains perceive it to be. That perception is shaped by our experiences and the functional dynamics of the human mind. Most (~90%) of the mind's processing occurs below the cognitive level by what is commonly referred to as the subconscious or "child" mind. If we needed to think about every action (heartbeat, breath, walking, blinking) there would be no time to invent things like airplanes. The conscious or "adult" mind is where reason,  calculation and other forms of abstract thinking occur. It is a thin veneer that upon which all of human accomplishment is built.  Our sapience, however, is shaped by the subconscious it covers. Think paint. Now DON'T think of a rainbow.

Thinking of a rainbow? Of course, that is your subconscious at work. The relationship between the adult and child mind is poorly perceived because the adult mind does all the high order thinking and is predisposed to ignore the existence of the child mind. There are protocols that regulate the interaction between the two minds. In most cases the child mind relays an impulse, fear, desire to the adult mind  where it is rationally considered and weighed against present and future factors.  The child mind wants ice cream and cake for dinner but the adult mind doesn't want to die of obesity and malnutrition. This is why we eat broccoli.

The child mind is able to wrest control from the adult under certain limited circumstances. We generally refer to this as "panic". If it is perceived that a big rock is on a collision course with the cranium, the command to "duck" bypasses adult consideration and is acted on immediately.

Sometimes the adult abdicates control. If the tasks managed by the adult mind are to numerous or too complex, the adult mind tends to fixate on a single problem, leaving the balance to fate. This is why we train. Training teaches us how to perform a task with a minimum of cognitive bandwidth. The problem is that the adult mind has no idea about the child's competence at a given task. The adult mind thinks that everything is fine if a task can be accomplished successfully even if it takes 99% of the adult mind's ability. The adult mind is one distraction away from failure but it has no metric to quantify the situation. Like the captain of a ship, the adult mind is confident in it's own ability, even if that confidence is unfounded. We call this "ego".

Ego is deadly to a pilot. Most Lancair accidents are ego related. The outside observer wonders "How could he do something so stupid and ill advised?" The answer is simple, ego. the pilot believed that his ability was ample to the needs.  Lancair pilots are already sorted for an abundance of regard for their own ability.  Who else would believe that they can build a machine that will carry them safely five miles above terra firma at half the speed of sound?  I built this fantastic airplane, do you think a little weather can stop me???

I never met Mr. Ainsworth but I would wager that his ego was particularly corpulent. His panel shows someone who valued form over function. He must have been convinced that his view was superior to all others. In his world he was never wrong. It is what likely precipitated his untimely death.

You have just finished a climb to FL200 and are penetrating cumulus tops. You have forgotten pitot heat and the pitot tube has iced over. Your airspeed indicator is showing a decay and you receive a stall warning from the EFIS.  Engine instruments are outside your scan and you conclude that your actual airspeed has decayed. After all, you cross checked the Dynon to the CFS and you got an aural warning, three pieces of information that concur so you must be too slow so you nose the airplane down. Oddly, the airplane resists even thought the airspeed has not recovered. You trim the nose down.   Now you notice an unusual attitude indication. There must be something wrong with the electrics as the Dynon has gone blank. As you troubleshoot the problem you notice a slight shutter in the airplane. This is you last thought because that shudder is the beginning of a torsional flutter failure of the empennage. Upon empennage failure the nose drops with such rapidity that the aircraft experiences an 11 G negative acceleration, throwing you into the overhead and failing the right wing at the root.  If you are not dead now then you will be in 50 seconds when what is left of the fuselage rejoins the earth.

So what happened? You thought you had three indications that the airspeed was low when in fact all three depended on a single source (pitot tube). You were so busy analyzing the airspeed issue you forgot that the airplane is trimmed for speed, not attitude and would likely nose down by itself if the airspeed was really falling. You did not have the engine instruments in your scan so you did not consider that the engine was still making power. You did not have an independent altimeter in your scan to show you that, miraculously, you were flying at 90 KIAS in level attitude and holding altitude. You did not remember that the airspeed measures the differential pressure between pitot and static so as your static pressure climes in the dive the differential pressure (indicated airspeed) drops. You did not have an independent attitude indicator to verify that the unusual attitude indication was due to an unusual attitude, not a electrical failure. That "blank" Dynon was an accurate view of the earth "ahead".

The time elapsed from onset to failure was 35 seconds. Of that you would have 20 to 25 seconds to recover.  Thirty heartbeats. No time to go hunting for the information you need that is scattered across hectares of instrument panel whose configuration is an homage to feng-shui. No time to scroll though pages of displayed information. The information you need to cross check  a spurious reading needs to be in a narrow cone of vision NOW.  BTW, reading this short paragraph used up all of your recovery time. You are now dead.

Why rotating mass attitude as a standby? Two reasons. In the case of the airspeed you had three sources of information that were reporting on a single measurement. If the source fails they all fail. A better plan is to have completely redundant systems. A better plan still is to have redundant systems that rely on different principles of operation. This way, if they agree, you can be confident you are seeing the truth. The other reason has to do with training. Unless you did your instrument training behind an EFIS you have and instinctive trust in a attitude indicator. You were trained that a mantra of "trust your instruments" will lead you from the confusion of spatial disorientation.  The voice of this trusted friend will be clarion among the cacophony of a helmet fire. Besides, your subconscious, child mind likes that spinning top thingamajig. 

Arrange your instrument panel in a way that is familiar or risk resetting your training clock to zero. Be sure that essential instruments needed to deal with emergency situations are immediately available directly in front of you. Make them your habit as those habits will save your ass.

If you don't learn from the mistakes of others then others will learn from you.

Regards
Brent Regan