As the newbie to this forum, I am a bit concerned about jumping into what looks to be an issue gaining charge. I am a tinkerer by nature. I like examining a product, analyzing where corners were cut in production. Looking for a more optimized ways to do something, which in a factory environment, might be too time-consuming and labor intensive to reproduce at a reasonable cost. My labor time is my own, and if a few hours are spent to make something better, I am good with that. Blasphemy first; even the best air rifle could stand some improvement. After hand porting and polishing more than a few racing heads, it is clear that most products which handle air (valves, pathways, ports, etc) are not truly optimized from the factory. Nobody takes the time to do multi-bevel radius work on all edges and corners, true port matching on adjacent parts doesn't happen, rather, a template (or CNC) is used for these functions with an agreeable tolerance set. Regulators are wonderful things, and actually *reduce* stress on components, as the valve is no longer handling the full pressure from the air tank/tube, the valve spring can be lightened, the hammer can be lightened and the hammer spring can be lightened to reduce the overall force the hammer is hurled at to smack the valve stem. With a less brutal hammer strike, components are less stressed. With improved porting an polishing, the air released by the valve has a more efficient and less turbulent path to the back of the pellet. Everything is happier, quieter, and more efficient. Remember, when any system is less efficient, that loss is translated to heat/noise/component stress. Also, there are a variety of good products for taming hammer/valve bounce, with more on the way. Some guns handle it fairly well from the factory, others manage to get a decent shot count by virtue of oversized air tank(s). The best air rifles are the ones who generate the maximum number of shots at a specific FPE for a given tank volume and pressure; math shows they are more efficient and do it better/faster/cleaner. I.E. the penultimate air rifle renders 100 shots at 50 FPE on a 10 CC tank filled to 1500 psi. A sucky one delivers 25 shots, at 30 FPE with a 500 CC tank filled to 3500 PSI. I have never seen an air rifle this good/bad, the numbers are only examples. The point is, all air rifles can be improved, some much more than others. It is about the same amount of work to optimize any air rifle; the only question would be if it is important enough to the owner to undertake the effort. For those who wish a turn-key system, ready to fly at near-optimum numbers, I applaud your good sense. For those who wish to tinker and elevate a humble product, I respect your effort. I am certain neither answer is the only correct one.
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