Longer range streams require more force to make the stream reach there. Small, thin streams lack the coherence to reach long ranges as they break up too quickly. Thus, to make a farther firing blaster, this requires a thicker, more coherent stream travelling faster. Most underestimate just how heavy water streams are. Getting smacked by a longer-range firing soaker at close range would be rather painful and more dangerous if it were aimed at people's softer spots.LIGHT ANNIHILATOR wrote:Just because a gun has long range doesn't mean it's dangerous.
As for Dux's note on the CPS2000 vs CPS21K firing speed suggesting that the CPS21K's stream is faster, this implies that the CPS21K's stream must be much less coherent than the CPS2000's, otherwise a faster firing stream should achieve greater range than a slower firing one.
One thing regarding streams that I'm not sure about is how long a stream must be to reach maximal range for a given stream thickness. Thinking about examples I've seen, I begin thinking about those 'jumping' fountain set-ups that fire short bursts of rather laminar streams from point to point with basically no side spray. If handheld water blasters could achieve such stream performance, shot sizes could be controlled with ranges being intact or even increased and number of shots per tank being much higher. The term 'water bullet', that has been used before, comes to mind.
