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Look at this phaser design:

enter image description here

Why this design? Okay, it is very compact, but aiming precisely with such a thing should be almost impossible. Is there a reference where this design explained or justified? Maybe these devices aim themselves so no precise aiming is necessary. Who invented this design? I guess this guy never tried to aim with a handgun.

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  • 1
    For all we know it might have an aiming mechanism that - without wires or other immediately obvious connection - creates a connection with the eyes or ears to provide aiming information. I mean these days, you might have information fed to the eyes by a Google Glass type arrangement. But in the future, who knows..? Aug 7 '14 at 12:17
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    limited recoil and allowing you to hit your target on any point of their body eliminates much of the aiming concerns. Try this out with a laser pointer, I bet you get pretty close to your target every time, even with limited practice.
    – Colin D
    Aug 7 '14 at 12:25
  • How long is that thing? Looks like the trigger thumb'll have to come a long ways past the grip to press a button. Lots of room for sweaty hand error. Then again the other two buttons (stun<->kill?) are too close to the trigger. It'd be a shame to try to shoot the thing, and end up only setting it on stun instead. Aug 7 '14 at 13:15
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    Directed energy weapons needn't be as precise as projectile weapons for the same reason a fire hose doesn't need to be as precise as a squirt gun.
    – Monty129
    Aug 7 '14 at 14:00
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    I think you underestimate how difficult it is to aim an ordinary pistol, with the awkward handle and trigger positioning that it has. But with a bit of practice, marksmen can become quite adept at such weapons, or simply use two hands - one to aim, and one to fire. I could see a similar strategy working here, though in most cases, since laser-type weaponry has no recoil and is quite accurate by its nature, that isn't necessary.
    – Zibbobz
    Aug 7 '14 at 14:59
16

Phasers are not meant for anticipated combat. They are personal defense devices for away missions. As such, they don't need to be super accurate.

There are two raised bumps on the phaser just past the indicator light. enter image description here

Based on the way we see people firing these, you point it at arms length and perhaps aim with those two ridges.

enter image description here

enter image description here

Based on these images, the beam it produces is slightly lower than what you are pointing at (I blame the FX people).

You can also make the phaser beam become wider, requiring less accurate aiming.

enter image description here

If you are intending to go into actual combat, such as later during the Dominion War, you use a phaser rifle.

enter image description here

The stock and scope both lend themselves to pinpoint aiming.

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  • The Worf + Yar picture is actually decent evidence that the devices don't have a set aperture, and may help in directing the beam at a target. The angle of the beam being fired is different from each device. Aug 31 at 21:38
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Within the TV series, we see that the Type-2 ("dustbuster") phaser is basically a line-of-sight device. You wave it in the direction that you intent to shoot, press the button and the phaser beam emits in a straight line until it hits the target.

The Star Trek: Voyager Technical Manual explicitly states that there is no computerised targetting on the smaller hand-phasers. You aim simply by pointing and shooting at the desired target.

enter image description here

Since there's no obvious aim-point on the phaser, using them accurately would require a high level of familiarity. Within the show, we see various officers practising with their phasers in order to learn how to aim them competently and with precision.

The TNG Technical Manual describes the amount of target shooting practice (e.g. monthly for away-mission candidates) that is required before personnel are allowed to use phasers. We can reasonably assume that there will also be minimum range scores before you can go off the ship with a weapon.

enter image description here

enter image description here

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Wherever the beam goes

Concerning specifically the "hand vacuum" style which was popular around Picard's time, and not the more pistol or rifle stock variants, we should remember that phasers have one specific advantage for aiming over your standard bullet tosser:

They are beam weapons.

enter image description here

This means that unlike firing a bullet at a target and you have no idea where the shot will land until it actually collides with something - phasers give the wielder constant feedback as to where the energy is being targeted.

Or to put it another way, you would aim it the same way you aim a laser pointer.

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    Yes, but that doesn't help with the initial aim point, which is rather important for a weapon that can vaporize most targets on contact. Aug 7 '14 at 20:11
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    It appears to me that in that picture, the beams are firing at different angles. Anyone else?
    – Shelvacu
    Aug 7 '14 at 23:27
  • @KeithThompson if your intention is to vaporize the target, then does it really matter where the initial contact point is made? In the same sense, if the phaser is set to stun, then any contact should be sufficient, similiar to a tazer or stun gun.
    – Monty129
    Aug 8 '14 at 12:41
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    @Monty129: It matters a great deal if the first thing you hit is something other than the target. Aug 8 '14 at 14:19
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    Try it with a laser pointer. You're probably going to hit something as large as a person the vast majority of the time. There is no drop to worry about, wind is not going to effect the trajectory, there is no recoil, there is no counter pressure to pushing the trigger. Firing the phaser is quite unlike firing a gun and isn't going to require sights for most targets up to a medium range.
    – joshbirk
    Aug 8 '14 at 20:45
-1

Admittedly, I am coming to this debate rather late, but it seems everyone is overlooking a simple and obvious solution: Phasers used LASERS for aiming.

Although not demonstrated on screen, it seems logical to assume that all phasers from TOS to the present could generate a simple laser beam to indicate the impact point of the phaser beam. Phasers 1 and 2 are sidearms, used for close quarters and would not need a more complex sighting system. Phaser rifles all have some variety of optic or electronic sighting system to target at ranges beyond a visible laser dot.

Perhaps phaser 1s and 2s have two-stage triggers - a light depress activates the targeting laser, and a firm press fires the phaser.

Lasers were new science when TOS aired and were large room-filing devices so even though writers could imagine immensely powerful hand held phasers, they couldn't make the leap to conceive of REAL laser technology being so compact.

I have read many posts pertaining to phaser aiming and have not seen anyone else propose my solution. Assuming anyone revisits this topic here, I would be interested in hearing their opinion of my solution.

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  • Please add further details to expand on your answer, such as working code or documentation citations.
    – Community
    Aug 31 at 20:10
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    >_< Probably not code... but supporting details, particularly any supporting documentation from the books/movies/shows would be good.
    – FuzzyBoots
    Aug 31 at 20:15
  • Hi, welcome to SF&F. We have a strong preference for answers that are based on evidence from the shows or their creators; answers based purely on speculation are only really useful when there is no information to be had (and even then "no useful information" is a valid answer). Can you provide any evidence from any show when a sighting/targeting laser was shown?
    – DavidW
    Aug 31 at 20:18
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    @George Thomas - This is a theoretically sound solution, but answers posted here should attempt to offer a canonical solution, i.e. one that is supported by evidence from an official source. As far as I'm aware, there's no evidence to support your theory -- for example, the official Star Trek: The Next Generation Technical Manual doesn't mention anything like this -- which suggests that your theory is untrue in a canonical sense. Aug 31 at 20:19

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