Seom research before believing would help. I mean real research. It doesn't have to take long or cost anything, but it does have to include skepticism.
This is from a post I made on a magic forum three years ago. In that post I was dissecting a multitude of claims. R101 ("The Airmen Who Would Not Die") was just one of them:
#19: Airmen Who Would Not Die
The first claim: Captain Hinchliffe, who disappeared crossing the Atlantic in 1928, appeared via Ouija board to medium Mrs. Earl. When this proved too slow, he appeared by speaking to medium Eileen Garrett. He gave unknowable details about his death and life. Hinchliffe also warned that the R-101 was in danger of crashing if it flew in bad weather.
The second claim: First Lieutenant Irwin, Captain of the airship R-101, spoke through Eileen Garrett’s control, Uvani, after R-101 crashed in October of 1930, killing most aboard. Irwin provided unknowable technical detail about the airship and gave the cause of the crash which the Court of Inquiry later verified. (Other crew members were alleged to have also spoken through Garrett, but Irwin was primary.)
The facts:
Regarding the first claim: Hinchliffe provided no verifiable information about his death. None. He provided no information about his life that could not be deduced by a moderately skilled cold reader. He provided no specific information at all about the R-101 except that it was dangerous to fly in bad weather which had already been demonstrated in its trials; in addition, Garrett did not reveal Hinchliffe’s comments about R-101 until after the crash.
Regarding the second claim: This is blatant misreporting of the facts. Garrett (speaking as Irwin) threw out some technical sounding terms, some of which were correct, but the majority was simply a string of things that did NOT match what the Court of Inquiry found.
Garrett said R-101 was unstable, but that had already been demonstrated in its air trials.
She said the engines were too small for the load, but this was untrue and technically amateurish. The engines do not provide the lift; the hydrogen bags do.
She said the ship nearly scraped the roofs of Achy, France, which was not on any maps but which was on the final route of the airship. Regardless if Achy is on a map, R-101 did not nearly scrape the roofs of any village or town in France. It crashed into a hillside near Beauvais.
Before she mentioned any cause of the crash, she was visited by Major Villiers of the Ministry of Civil Aviation who sat with her several times and asked leading questions (check Keen’s sources for this).
She said the added middle section was entirely wrong. (The Ministry had added a third hydrogen bag after the trials). But the middle section had nothing to do with the crash.
She eventually said the reason for the crash was that the engine’s were too small and could not provide enough lift. This could hardly be more wrong. The cause of the crash, as reported by the Court of Inquiry, was that the wind tore back the outer covering on the nose of the airship, thereby letting the hydrogen out. Nothing at all to do with the engines or any other of the seemingly impressive details Garrett spouted.
Debunked.
not for me, you've left out many of Irwin's statements through Garrett, in fact nearly all of them. have you read John Fuller's book?
page 119- Irwin's comments through Garrett
the whole bulk of the dirigible was entirely and abdolutely too much for her engine capacity
engines too heavy
it was this that made me on five occasions have to scuttle back to safety
useful lift to small
this idea of new elevators totally mad
gross lift computed badly,inform control panel
elevator jammed
oil pipe plugged
this exorbitant scheme of carbon and hydrogen is entirely and absolutely wrong (this would have consisted of a highly technical and important experiment, and would be unlikely to be known outside of official circles)
to begin with, the demand for it would be greater than the supply
also let me say this, I have experimented with less hydrogen in my own dirigible with the result that we are not able to reach 1000 metres
with the new carbon hydrogen you will be able to get no altitude worth speaking about. with hydrogen one is able to do that quite easily
greating lifting than helium
explosion caused by friction in electric storm
flying too low altitude and could never rise
disposible lift could not be utilized
load too great for long flight
same with S.L.S., tell eckener ( number of a german airship, dr. eckener is the constructor of the zeppelin)
cruising speed bad and ship badly swinging
severe tension on the fabric which is chafing
engines wrong, too heavy, cannot rise
starboard strakes started
never reached cruising altitude, same in trials
too short trials
no one knew the shiip properly
airscrews too small
fuel injection bad and air pump failed
cooling system bad
bore capacity bad
next time with cylinders but bore of engine 1000 cc's, but that bore is not enough to raise too heavy load, and support weight
it had been known to me on many occasions that the bore capacity was entirely inadequate to the volume of the structure
this I had placed again and again before the engineer, without being able to enlarge capacity of diesel twin valve
had this been interchangeable with larger capacity, we might have made it
but the structure is no good. that actually is the case, not gas did not allow mixture to get to engine
backfired, fuel injection bad
crude oil is not inflammable
this is inflammable
also to begin with there was not sufficient feed leakage
pressure and heat produced explosion
five occasion I had to scuttle back
three times before starting not satisfied with feed
alredy a meeting feel desirous to push off and set our course and overhaul
completely against this
weather bad for long flight
fabric all waterlogged and ship's nose down
impossible to rise
cannot trim
new type of feed entirely and absolutely wrong
two hours tried to rise but elevetor jammede
almost scraped the roofs at Achy
kept to railway
at inquiry to be held later it will be found that the superstructure of the envelope contained no resilience and had far too much weight
this was not so until march of this year of this year when no security was made by adding of super-steel structure
I knew then that this was not a dream but a nightmare
the added middle section was entirely wrong. it made strong but took resilience away and entirely impossible. too heavy and too much over-weighted for the capacty of engines
from beginning of trouble, I knew had not a chance, knew it to be the feed and we could never rise