It varies by make, model and air temperature, but you can expect to get at least 50 shots, possibly more.
A 72ci 3000psi air canister can typically shoot around 600-800 shots when used with a paintball marker. However, the actual number of shots can vary depending on factors such as the efficiency of the marker, rate of fire, and temperature.
Very roughly: 1100 shots.
Killing capability depends on foot pounds of energy (fpe) and fps is a function of fpe along with weight (measured in grains). A .177 caliber pellet traveling at 1000fps does not have as much energy due to its smaller mass, whereas a .25 caliber pellet is larger and can be heavier. Bottom line: .177 @ 1000fps will "icepick" a pest, ie. punch a tiny hole through it and if it misses a vital, won't kill it. .22 @ 1000fps good for pests (rats, squirrels, pigeons) and small game up to raccoons. .25 @ 1000fps small game including fox, raccoon, coyote
yep
Canister purge valve is located under the air cleaner assembly, remove the aircleaner and the airintake hose, remove air filter, underneath in air cleaner housing are 2 7/16 nuts,remove and take housing out. canister is underneath. valve closes to canister is the purge solenoid.
Senyali; the canister can be located on the air cleaner coupled with a hose that looks like a petrol hose.
It helps because the wings cut through the air and there is less drag
The average output of a compressed air canister varies depending on its size and design, but typically, a standard 10-ounce (300 ml) canister can produce around 2 to 5 minutes of continuous air flow. The pressure can range from 60 to 100 psi, depending on the specific canister. These canisters are often used for cleaning electronics, inflating items, or powering pneumatic tools. Always check the specifications on the canister for precise output information.
it is in the air intake canister
Is in the cover of the air filter
The hypothesis of a film canister rocket experiment could be that the chemical reaction between baking soda and vinegar will generate enough pressure to launch the film canister into the air.
When air cans are used for a long time, the rapid release of compressed air causes the canister to cool down due to the decrease in pressure inside the canister. This cooling effect is a result of the gas expanding rapidly and absorbing heat from its surroundings, making the canister feel cold to the touch.