OK, my previous thread raised a heap of questions and answers about if it is possible to obtain reasonable power from a smaller pneumatic gun. Please let me begin by saying this is a somewhat hypothetical scenario and I know that an obvious solution is to use a bigger/longer cannon.
It appears that the mass of shorter spears is a severely limiting factor in obtaining suitable power out to any distance.
The other limiting factor is the energy a smaller pneumatic can transmit to the spear.
The energy transmitted the spear is limited by human strength (that is until some manufacturer finally works out that a simple internal winch is easily achievable). And also the efficiency of the transmission. So practically speaking, we can build more muscle so more internal pressure can be used, we can use a dry barrel system and increase internal port sizes. That's about it.
This will transmit as much energy as is practically achieved with current technologies. The problem is now that the spear will quickly loose inertia because of the reletively low mass. The solution..... use a heavier spear. This can be achieved by using a spear that is much longer, but this would really counteract the benifits of having a small gun. The other way to do this is to utilise a heavier metal, such as a tungsten alloy (which is heavier than lead).
Has anybody ever experimented with heavier metals for spear shafts? It could be an expensive experiment but you never know.
Am I on the wrong track?????
Cheers,
TJ
It appears that the mass of shorter spears is a severely limiting factor in obtaining suitable power out to any distance.
The other limiting factor is the energy a smaller pneumatic can transmit to the spear.
The energy transmitted the spear is limited by human strength (that is until some manufacturer finally works out that a simple internal winch is easily achievable). And also the efficiency of the transmission. So practically speaking, we can build more muscle so more internal pressure can be used, we can use a dry barrel system and increase internal port sizes. That's about it.
This will transmit as much energy as is practically achieved with current technologies. The problem is now that the spear will quickly loose inertia because of the reletively low mass. The solution..... use a heavier spear. This can be achieved by using a spear that is much longer, but this would really counteract the benifits of having a small gun. The other way to do this is to utilise a heavier metal, such as a tungsten alloy (which is heavier than lead).
Has anybody ever experimented with heavier metals for spear shafts? It could be an expensive experiment but you never know.
Am I on the wrong track?????
Cheers,
TJ
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