Silencerco says the objective of its Silencerco Weapons Research subsidiary is “to bring advanced technology to the public at an attainable price.” We had not heard of that, or of SWR for that matter, until they came up claiming mission accomplished: “with the announcement of a capability-heavy range finder for only $999, we’ve done just that.”
Have they? Here’s a silent (apart from music and maybe gunshots) video of the SWR Radius in action.
This video describes some of the capabilities:
Sure, it’s not TrackingPoint, but TrackingPoint is not available for pre-order at $995, either.
The Tracking Point system includes several other modules, such as an air data computer that accounts for atmospherics (density, ambient pressure, altitude, temperature), a ballistics computer that knows the bullet performance at a given range, an aiming point module that adjusts the digital reticle on to target, a target reference module that “understands” where a marked (“tagged”) target is in three dimensions, and trigger control that, in a digital update to the way a Contstantinesco gear interrupted fire of a World War I fighter plane unless the propeller was clear of the trajectory, only allows the trigger to fire when the aimpoint is on target.
A unit like this, if it were able to output data through an RS232/RS422 port or something like that, could be a component of such a system, and if the rangefinder alone succeeds, the likelihood that SWR builds in this direction is increased.
Of course, the one nut that even TrackingPoint has yet to crack is wind.
None of these developments are really, in the truest sense of the word, inventions. They’ve all been around for a century, manually calculated and optically ranged, in naval gunnery, and for most of a half century (including laser ranging) in tank gunnery. The new development is this technology reaching levels of portability and affordability where it can be installed on (or in) an individual weapon.
There are couple less in-your-face developments embedded in the Radius. One of these is the display of not just one, but the top three range returns. This is a big deal if you’re engaging a target screened by vegetation, a chain link fence, or any of the other embuggerments that give a laser rangefinder a false return.
Another is the selectable use of visible and IR laser. The two lasers coalign, so that the laser can be boresighted or sighted-in with the visible laser, and then switch to the IR for actual field use, and use it with confidence.
This suggests that, while full firing system integration à la TrackingPoint is one way this can go, there are other ways. For example, a unit integrating this laser capability (in milspec strength) with current IR/visible laser floodlight and point illumination would be catnip to the military services.
How would you use this? No manual is posted yet, but a .pdf spec sheet is available.
And as an exit video: here, they’re hinting at some future capabilities.
Dude, where’s my jetpack?