Crazy Jet 6.04mm Precision Barrel 410mm
- Brand: Maple Leaf
- diameter [cm]: 6.04
- weight [g]: 150
The product does not constitute ballistic protection and has no other protective properties. It is not intended for use in protective purposes, including during tactical/war/ASG games.
The use of the product for ballistic protection and/or for other protective purposes, including the use during tactical/war/ASG games, is the use of the product contrary to its intended use, in which case the buyer does so solely at his own risk.
The vendor is not liable for damage to the product, that might result from the use of the product contrary to its intended purpose, this also applies to all possible health consequences (bodily harm) for the user (buyer) or damage to property. Moreover, a misuse of the product will void the warranty on the product.
The vendor is liable to the buyer under the warranty for product defects (in the event of such defects) only if the buyer/user uses the product for its intended purpose, i.e. for purposes other than protective purposes, including the use during tactical/war/ASG games.
The lack of any protective properties of the product is a feature, not a product defect, and therefore it does not constitute a physical defect of the product within the meaning of the Polish Civil Code.
6.04mm Crazy Jet 410mm precision barrel
A high quality 6.04mm internal precision barrel with a 410mm length for GBB replicas.
Maple Leaf presents its new Crazy Jet precision barrel design. An interesting solution in the form of an increased diameter at the barrel's exit produces a phenomenon similar to that of a jet aircraft's exit nozzle. Before the ball exits the barrel, the pressurised air overtakes the ball so that it exits in a stream. The ball has less resistance, which does not reduce the exit velocity, but increases the accuracy.
For the use of this barrel, we recommend to use only high quality precision balls.
Średnica zwierciadła lub obiektywu (apertura) – decyduje o zdolności rozdzielczej sprzętu oraz zasięgu obserwacyjnym. Większe instrumenty dają zwykle większe możliwości obserwacyjne, lepszą jakość obrazu i większą ilość szczegółów.