I remember having a similar argument with Leighton about the Hydro incident.
It was determined that the fault was with the ride operator who didn't check the safety belt or restraint. It was then proven that the ride operator hadn't been given adequate training by the park and wasn't qualified to run the ride. So the park was at fault.
My view was... "Why was the boat allowed out of the station with an open harness, or (if it was this whole plastic coat stuck in the mechanism thing) how was the safety mechanism compromised by a teenage girl?"
We know that B&M coasters can run with restraints open, but if they're closed, they have to be locked at a certain "B&M quantified" safe position. If Intamin had this, then maybe two lives could have been saved? I understand that the final responsibility is with the park and operator, I just don't understand how an engineering company can have a "the final safety is in the hands of a human" rather than automated. It just seems odd to me.
I've also seen the phrase "common sense" thrown around here a lot recently. The average IQ range is between 85 and 114 - this is "common sense". Anyone claiming common sense or suggesting that common sense should be used is not an idiot by these standards, but should surely be asking for uncommon sense? Most people are pretty lackadaisical in the brain processing department and we should always assume "people are thick" when developing systems they will be using - especially as ride design engineers are probably well beyond the average*.
Maybe this is the problem? Engineers assume common sense is what they possess, when in reality they have extraordinary sense?
In this instance however... We have only read that the "restraint opened". That suggests a failure of a locking mechanism somewhere. So the restraint was down when the girl went up. I don't know if the safety system notes that a safety mechanism is securely in place with a closed restraint before it can operate? It does seem though like either the lock didn't activate before the ride went up, or the lock failed as the ride dropped.
That suggests more maintenance than design fault in this case. Need more information though...
*Sorry, I appear to have forgotten the sarcasm punctuation mark code :lol:
It was determined that the fault was with the ride operator who didn't check the safety belt or restraint. It was then proven that the ride operator hadn't been given adequate training by the park and wasn't qualified to run the ride. So the park was at fault.
My view was... "Why was the boat allowed out of the station with an open harness, or (if it was this whole plastic coat stuck in the mechanism thing) how was the safety mechanism compromised by a teenage girl?"
We know that B&M coasters can run with restraints open, but if they're closed, they have to be locked at a certain "B&M quantified" safe position. If Intamin had this, then maybe two lives could have been saved? I understand that the final responsibility is with the park and operator, I just don't understand how an engineering company can have a "the final safety is in the hands of a human" rather than automated. It just seems odd to me.
I've also seen the phrase "common sense" thrown around here a lot recently. The average IQ range is between 85 and 114 - this is "common sense". Anyone claiming common sense or suggesting that common sense should be used is not an idiot by these standards, but should surely be asking for uncommon sense? Most people are pretty lackadaisical in the brain processing department and we should always assume "people are thick" when developing systems they will be using - especially as ride design engineers are probably well beyond the average*.
Maybe this is the problem? Engineers assume common sense is what they possess, when in reality they have extraordinary sense?
In this instance however... We have only read that the "restraint opened". That suggests a failure of a locking mechanism somewhere. So the restraint was down when the girl went up. I don't know if the safety system notes that a safety mechanism is securely in place with a closed restraint before it can operate? It does seem though like either the lock didn't activate before the ride went up, or the lock failed as the ride dropped.
That suggests more maintenance than design fault in this case. Need more information though...
*Sorry, I appear to have forgotten the sarcasm punctuation mark code :lol: