Fragmenting Slugs!!! 22 & 25 cal slow motion video shows ideal slug for pesting.

But at what range was the target from gun when video was recorded ?

The video really don't show anything except a carbonated drink being shot. Need more information.

I think we’ve all seen a can shot by an airgun 

Accuracy?

Match grade accuracy just like our standard HPs. Same profile and weight.

But at what range was the target from gun when video was recorded ?

Click to expand...

Velocity's were listed at POI. Simple test Video. The .25 cal. slug at 760 FPS is the same results as my slug gun at 135 yards. But, still able to get complete fragmentation at 260 yards confirmed so far. The .22 cal. will work at as low as 600 FPS - That's 300 yards for a .22 cal. 28gr. at 940 FPS to be able to get complete fragmentation. Clearly it will work at the 200 yard ranges it was developed for.

Click to expand...

So were going to left to assume that you are showing what the slug does to a can of water shot fairly close if not point blank at a reduced velocity that is claimed to be equal to a speed at some far way distance ?

Yet leaving out If or Not you could even hit the can in the first place at that distance ?

Rather than get involved further ... I'm out

The difference between a well performing HP and these new frag slugs on impact is huge. 

For example, my 24 grain slugs going about 920fps would barely move a can full of water at around 175-200 yards. It would punch a small hole through it with a slight split and not even knock it over. That was about the threshold for the slug to have enough energy left to fully or even partially open. So as usual most of the energy ends up in the dirt behind the can.

With the design we've developed the same slug makes a can at 175+ explode and fly backwards very similar to the cans in Long_Shots video. Night and day difference. 

As Long_Shot said we've tested them slower than 600 fps and they still fully frag every time in multiple medias. Keep in mind they blossom to about 3/4" before the pedals break off and go there separate ways. Maximum energy transfer with extreme tissue damage. 

So are you using a compressed powder core with a lead jacket, kinda like a Barnes varmint grenade? 

Looks impressive, great for indoor pesting at low velocity's, only true world results will prove them at distance on quarry.

Thanks for the video. 

We understand to the untrained eye it's just cans being shot with pellet guns. 

This is what it looks like when nearly every bit 50+ and 75 fpe gets dumped on impact.

We've got it down to where the fragments don't even penetrate the face of the box most the time.

When the slug enters it explodes open releasing energy. The path of leased resistance is through the hole it just created. That's why the water rushes out from entry at first and the back of the cans get sucked in so far from the vacuum. The dense frags still have just enough energy to carry through the back of the can and hit the box before the can goes for a ride.

Next the water forces the can back Into the box. As this happens you can see the water droplets moving 360 degrees away from the explosion point. Since the cans are split wide open in the front they become a water parachute resulting in them being sent backwards. 

We pay close attention to these details and many others to fine tune and manipulate our results. We've probably spent way to much time on it but the rewards have been undeniable. 

If you pay attention to slug hunting videos you'll notice a ton of ricochets in the dirt behind the pests from the slug buttons after the pass through. That's a lot of unsafe waisted energy. Hunting videos are going to look a bit different with these. We've had them completely remove limbs from squirrels. 

You can tell on the exit and entrance that the slug dumps most of it’s energy, it reminds me of my 17hmr. I would really like to test these out of my Uragan compact on game.