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A Computer-based Smart Rifle With Incredible Accuracy, Now On Sale
WheezyJoe writes "A story on NPR reports that the TrackingPoint rifle went on sale today, and can enable a 'novice' to hit a target 500 yards away on the first try. The rifle's scope features a sophisticated color graphics display (video). The shooter locks a laser on the target by pushing a small button by the trigger... But here's where it's different: You pull the trigger but the gun decides when to shoot. It fires only when the weapon has been pointed in exactly the right place, taking into account dozens of variables, including wind, shake and distance to the target. The rifle has a built-in laser range finder, a ballistics computer and a Wi-Fi transmitter to stream live video and audio to a nearby iPad. Every shot is recorded so it can be replayed, or posted to YouTube or Facebook."
Aimbotter
There are only 10 kinds of people in the world. Those that understand binary and those that don't.
If you want aim assist, play a console FPS. Otherwise, what's the point? I enjoy shooting, but to me this is not shooting.
The point is to actually hit what you are shooting at. While I enjoy the challenge of target shooting as well, the actual primary purpose of a firearm is to kill/injure. There is a reason guns have targeting/tracking systems when used in anger. Perhaps you have forgotten that a gun is a weapon?
With technology like this, you aren't hitting the target, the computer is.
Sometimes the point it just to hit the target and it doesn't matter who gets credit for the aiming.
A gun that decides when to fire is nothing new. Battle Ship main guns did this before WWII. The target was locked in, and the firing computers (Mostly mechanical) fired when the pitch and roll of the ship allowed a hit. And they didn't have an abort.
But the big problem that the summery overlooks is that its just about as hard to put a laser range finder on a target as it is to put a bullet on target.
Sig Battery depleted. Reverting to safe mode.
A gun with an internet-connected onboard computer. Malware for it could be deadly.
Malware doesn't kill people... people kill people.
(grin)
Questions raise, answers kill. Raise questions to stay alive.
But the big problem that the summery overlooks is that its just about as hard to put a laser range finder on a target as it is to put a bullet on target.
Not really. With a laser range finder you don't have to worry about wind. You don't have to worry about range (by definition). You don't have to worry about the smooth trigger pull since laser range finders don't usually have a multiple pounds of pressure activation button. You also don't have to worry about properly absorbing the recoil to avoid jerking the round off target.
Reading code is like reading the dictionary - you have to read half of it before you can go back and understand it.
Next you'll be petitioning against adding rifling to barrels.
Agreed. The "real" way to do something is whatever somebody grew up with. People talk about a manual tranny being real driving, but I say it's degenerate ever since they added synchromesh. A caveman, heck, somebody from the early 19th century would think a modern rifle is cheating.
The FCS on a tank works mostly the same way.
The sight is mounted on a mirror that can pivot in two axis on good tanks, an one axis on an Abrams. The ballistic computer knows what ammunition is in the breach (a user input - by the loader on good tanks, by the gunner on an Abrams) and so knows the ballistic profile of the round being fired. A slew of other sensors measure crosswinds, barrel droop, and the like. The laser rangefinder provides range, and an angle encoder in the turret slip ring provides rate of turret rotation, which provides a measure of target relative motion.
Gunner tracks target and then lases to get range. The FCS then jumps the gun barrel in both elevation and rotation while the sight mirror jumps back in the other direction(s) to keep the sight picture unchanged. The gunner fires, and the round impacts where the ballistic solution says it should.
From the gunner's perspective, you lay on target, track for a second, then fire the laser and fire the gun in close succession ("lase and blaze") and the round "magically" flies out and hits the target - no matter if you are moving, the target is moving, or both. You can be driving along at 60 km/h and hit a target moving 60 km/h 2500m away on the first shot.
DG
Want to learn about race cars? Read my Book
Don't you know Linux is secure by default?
Imagine a Beowulf cluster of these!
Uh ... never mind.
If it weren't for deadlines, nothing would be late.