All the above units use pvs14 oculars, right? How much might it cost to have something that replaces the pvs14 hardware with a collimating prism/demagnifier? How much would something like this weigh? Is there a reason other than demand that something like this isn't in production? Some people might people might pay several thousand for this, considering it could turn your mk3 60m into something image-wise similar to a utc, just way heavier. Looking forward to expert thoughts.
Night Vision Clip on conversion for Halo/reap/mk2/3?
- Thread starter jeffl838
- Start date
@wigwamitus Did something in the arena with a reversed 3x magnifier paired with a patrol.
There are definitely people thinking about it, but there are lots of inherent challenges: manual focus, recoil, software optimization for clip-on, display resolution, etc.
Interesting none-the-less.
There are definitely people thinking about it, but there are lots of inherent challenges: manual focus, recoil, software optimization for clip-on, display resolution, etc.
Interesting none-the-less.
From left to right ...
3xG magnifier
Patrol
Reverse USGI 3x magnifier (screwed on to the rear of the patrol back'ards)
This (olde) Patrol had inherent clipon capability, so it had ability to just the image left/right and up/down to manually collimate the thermal to the day scope. Halo doesn't have that. Olde REAPs also had clipon capability. Olde mk2/3s did also. But the Halo's never have had clipon capability i.e. manual collimation capability (or demagnification capability). WIthout manual collimation capability or demagnification, your gonna struggle using a dedicated thermal (TWS) as a clipon.
There might be someone working on an external collimation capability, but if I knew about that, I couldn't talk about it
Manual collimation is software for digital devices. But doing demagnification with software leads to significantly degraded image. See, SNIPE or LWTS-LR for example.
