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TeleSight

Todg

SOC-13
The TeleSight is a simple idea. Replace the scope on a rifle with a video camera and link it to a viewing reticle on the users helmet. This allowes the user to aim and fire the weapon without shouldering it.

The advantages in combat are obvious. The user can aim his weapon around a corner or over an obstacle without exposing himself.

The downside id that some users are unable to deal with mulotple views of their surroundings - one from there own eyes, and a second superimposed via the helmet mounted reticle.

The TeleSight first appears at TL 7, although it is fairly bulky. By TL 8, the optics are much reduced in size an weight, barely noticeable.

To make the TeleSight more friendly, it is fitted to the weapon so that the TeleSight does not interfere with the conventional or optical sights on the weapon. The user can pivot the reticle out of the way and aim the rifle via conventional means. Pulling the reticle down activates the system and allows the user to sight through gun camera.

The guna nd reticle are linked via fiberoptic cable, or in some cases, short range radio signals. Units can be individually coded so that one user doesn't receive the signals from another's sight.

Most militaries prefer hardwired feed, which is not suscepatble to spoofing or jamming. The TeleSight is most frequently found on laser weapons, which already have one cable connecting them to the user.

The TeleSight is most often encountered in use by SWAT teams or troops deployed for urban operations where is. utility is most appreciated.

Base cost: Cr550. Adding features like thermal imaging or night vision raise the price.
TL8, Size and weight: as per electronic sight.
 
This is similar to the heads up display in the TA supplement 1, just the lowest tech version. I actually built one of these in the COTEM(Corasiars of the Ebon Main) PBEM campaign. It came in real useful too, poked my gun up over a bank while we were taking fire from an automated Laser Turret, combined with the low recoil on the Accelerator rifle I was using it was easy to fire that way.
 
Originally posted by Andrew Boulton:
I'd say by about TL9-10 the weight and price would be low enough that it would be a standard feature on most weapons.
If both sides are so equipped, gunfights become rather interesting.
 
Originally posted by Corejob:
</font><blockquote>quote:</font><hr />Originally posted by Andrew Boulton:
I'd say by about TL9-10 the weight and price would be low enough that it would be a standard feature on most weapons.
If both sides are so equipped, gunfights become rather interesting. </font>[/QUOTE]I could see a corresponding growth in focused light projectors specifically designed to overpower electronic lenses/monitors by frying the optics.

Dave
 
Originally posted by montana kennedy:
I could see a corresponding growth in focused light projectors specifically designed to overpower electronic lenses/monitors by frying the optics.
Fairly easy to defeat, with automatic shades like those used in adaptive welding masks. Or even protection like that used in STANO gear.

And bright lights will soon become targets the same way any other radiation emitter is. You'll turn turn on a light at your peril.
 
The thing is, if you defeat the light by 'shutting the eye' (and the light can be made continous), then you've still been attrited in capability.

And of course, the bright light will be a target.
 
Right. But you don't have to 'shut the eye'. You can just put on 'dark glasses'. Adaptive lenses have been in use for quite some time that can deal with light densities from average interior light to the intense light of an arc welder.
 
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