This sounds to me like someone adjusted the trigger too much without testing that the safety still worked.
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I get your point,some of my older rifles have No safety...I think when you generalize about a bad designs it is in fact a generalization...and a very good one and should be ingrained in shooters mind,treat all guns as loaded and keep your finger off trigger until you are ready to fire.
Too many mechanical systems placed because people are careless or untrained becomes a lawyer trigger...but should in fact protect users.
A great number of guns can become dangerous because of people trying to lighten their guns triggers....
Enough people have chimed in about their experience about Badly adjusted triggers that we all should take Note of this condition...all triggers and safeties should be tested before a gun is "sent out".....and also by the buyer before he or she uses said gun.
You have done a service by bringing this topic up...and hopefully the manufactures and sellers we also give their point of view.
I have some very light triggers that I would not feel safe to let a novice use...there should be no border line between safe and unsafe..which puts me in the position to adjust the pull on some triggers in order to make them safer for others to use.....
Nope. Not requesting an adjustable safety. I also want adjustable triggers - and depending on the guns price; expect it. What I'm saying is that both parties (manufacturer and owner) need to be responsible. Example: I own an air rifle that the trigger can be adjusted in such a manner as to make the safety inoperable. (Note- this is outside of the recommended range of adjustment). The safety catch on this rifle is adjustable just for this situation / to make it function properly again. The manufacturer's design is safe. As the owner it is my responsibility to make sure that any alterations to the rifle's factory settings do not cause an unsafe condition. Yes, a safety that can not be made not to function thru trigger adjustments would be a better design. Would I be willing to have a "lesser" trigger for this added safety? NO. But... I personally do not adjust, tweak, fiddle or tinker with anything that is potentially dangerous without first doing my research.
My takes...
Firstly, only point a rifle at things you intend to shoot, even more so when cocked/loaded..problem solved, accidental discharges be it gun or operator are into a safe direction, and hopefully a lesson learned. When I am shooting down my makeshift range, and have one loaded, and have to make a trip down range, I either de-cock the rifle, or move its barrel into a position that will discharge safely.
Secondly, its hard to have a very light trigger pull with a heavy hammer spring/lightweight hammer combo, depending on how its designed...unfortunately some manufacturers use way too light of hammers and way too heavy of springs for a safe sub 16 oz trigger pull... I have my rifle set at 11 oz, with a 7.7 lb/in hammer spring, took a lot of work to get it reduced safely that way, and was not in the original trigger groups design...if anything bad ever happens, its on me..an ounce of prevention is worth a pound of cure in that case so I abide by my rule which I listed first.
Thirdly, triggers should be designed in a way to prevent over-travel of adjustment that allows these conditions (lawsuit anyone? I am sure nearly all manufacturers with adjustable triggers have these kind of issues, when safe guards could easily be put in place as prevention) I don't blame any manufacturers specifically, but I think these measures need to certainly be addressed moving forward, just as any other issues have in the past. If it only takes an allen key with zero serious modifications to cause an incident such as a rifle self firing spontaneously when left cock, then safeguards need to be in place (ie: adjustment limiters, robustly engineered as to not be easily bypassed)
We're well beyond the age of air guns being seen or treated as toys by those who are educated on them...definitely best to respect them as a lethal weapon (intended for hunting game).
Get this one...my Anshutz 54 rifle a 22 RF would FIRE just by closing the BOLT home and I never even touched the trigger nor made any adjustments SUPER SCARY!!! My Pardini 22 Rimfire pistol would do a double tap fire 2-3 rounds during the trigger pull and that too I had never ever adjusted and these ain't cheap!!! Yo!
My takes...
Firstly, only point a rifle at things you intend to shoot, even more so when cocked/loaded..problem solved, accidental discharges be it gun or operator are into a safe direction, and hopefully a lesson learned. When I am shooting down my makeshift range, and have one loaded, and have to make a trip down range, I either de-cock the rifle, or move its barrel into a position that will discharge safely.
Secondly, its hard to have a very light trigger pull with a heavy hammer spring/lightweight hammer combo, depending on how its designed...unfortunately some manufacturers use way too light of hammers and way too heavy of springs for a safe sub 16 oz trigger pull... I have my rifle set at 11 oz, with a 7.7 lb/in hammer spring, took a lot of work to get it reduced safely that way, and was not in the original trigger groups design...if anything bad ever happens, its on me..an ounce of prevention is worth a pound of cure in that case so I abide by my rule which I listed first.
Thirdly, triggers should be designed in a way to prevent over-travel of adjustment that allows these conditions (lawsuit anyone? I am sure nearly all manufacturers with adjustable triggers have these kind of issues, when safe guards could easily be put in place as prevention) I don't blame any manufacturers specifically, but I think these measures need to certainly be addressed moving forward, just as any other issues have in the past. If it only takes an allen key with zero serious modifications to cause an incident such as a rifle self firing spontaneously when left cock, then safeguards need to be in place (ie: adjustment limiters, robustly engineered as to not be easily bypassed)
We're well beyond the age of air guns being seen or treated as toys by those who are educated on them...definitely best to respect them as a lethal weapon (intended for hunting game).
Well thought out response. The problem of a light trigger with a heavy spring has long been sorted out. Have you seen the size and strength of a firing pin spring? Its insanely powerful and it’s held back by a trigger group that can release down to 3oz and still pass a bump test....AND the safety still works independently to hold back the firing pin from ever moving forward if the sear comes loose...that is inherently safe by design, tried and true with no compromises to trigger quality. Let’s get this industry to that point, the same techniques can be used to hold back a 17lb hammer spring and a safety could easily stop a mechanical valve from opening independent of trigger adjustment.
These rifles are WAY past the toy status....no compromises are necessary here, but sometimes innovation moves too fast and we try to reinvent the wheel.
Cross bolt trigger safety with an extended arm reaching up to lock a modified (AR-TYPE) hammer in place whether cocked or not. I get royalties! Yo!
I’m a little surprised no one has mentioned the safety on the EDGun R5/R5M series of PCPs. When engaged, the safety physically blocks the hammer from falling onto the firing pin. Pretty much about as safe as you can make an Airgun since it’s not trigger related.
Firing pin springs for firearms are relatively small compared to air gun hammer springs and more than one example of "problems " with firearms has been noted. Your sentiment in "wanting it done" is fine, but if it were so easy it would already be in practice. Not that it shouldn't be a goal by any means. I carry 1911 style pistols and sometimes carry them in the "cocked and locked" manner. The mechanism allows such to be safe. A hammer block for the air gun would be required to even approach the same level of safety and that seems to be a relatively complicated thing to accomplish in air gun design. Even with that, poppet failure has been mentioned as a cause of an air gun firing accidentally and even a hammer block safety would not prevent that. Ultimately, it seems that the best safety is the one between the ears.
I’m a little surprised no one has mentioned the safety on the EDGun R5/R5M series of PCPs. When engaged, the safety physically blocks the hammer from falling onto the firing pin. Pretty much about as safe as you can make an Airgun since it’s not trigger related.