01:30

Different deflagration behaviors of two chlorate based "bio-energetic" materials

01:44

Comparison of two ~0% OB organic perchlorate/NaNO3 mixtures

03:43

Revision of glycocyamine perchlorate's use in detonators

01:35

"Detonation" of non-ideal mixture containing spoiled cooking oil

01:12

A desperate try of spoiled vegetable oil (as "worst-case scenario" fuel) in a thermobaric charge XD

02:51

Mixtures of amino acid nitrates with KClO3 are very non-ideal explosives

02:29

Further testing my miniature Ag(C4H12N2)(ClO4)3 perovskite detonators (with PETN and pyridineHClO4)

04:38

Reliability and brisance check of Ag 5-NT/Ag-piperazinediium triperchlorate based "microdetonators"

04:01

Use of citrus peel (or its extract) in improvised explosives?

03:36

Silver(I) piperazinediium triperchlorate - not an advantageous primary 😭 👎

03:44

Testing the detonability of two "co-crystallized" AN mixes - with D-aspartic acid and creatine

02:26

Direct use of KClO4 for the preparation of copper perchlorate complexes (pyridine method)

01:19

Once again a sulfur based "thermobaric" charge, now with (NaNO3)3.HMTA complex compound added

03:16

Another two aluminium foil/sulfur based blasts in Carpathians, fuels added (HMTA and wheat flour)

03:00

Are larger aluminium foil pieces usable in sulfur based "thermobaric" mixes? It seems that yes.

02:43

Quick testing of the Cu(II) glycinate-chlorate monohydrate from my latest batch

03:38

How I prepared my latest batch of Cu glycinate-chlorate double salt

02:19

"Rust doped" smokeless powder from WWII ammo (for experiments)

03:17

Just an experiment with aluminium liner and copper(II) sulfide

06:22

How I prepared my latest piperazine diperchlorate batch from dewormer (Ca(ClO4)2/Cu2(OH)2CO3 method)

03:52

Sodium hypophosphite-chlorate double salt revised

01:33

Checking the detonability of two Na nitrate/Na hypophosphite mixes, unconfined, by small detonators

02:09

Another 82 mm mortar shell's usability checking

02:01

A quick checking of Cu 2(aminoguanidine) diperchlorate's reliability in paper and plastic tubes

01:30

Copper bis(aminoguanidine) diperchlorate revised (pure, better preparation method)

04:39

Cheapo quickie disposable nasty defensive arrowheads (modified "african" type, request)

02:45

Testing of detonators containing Cu(II) bis(guanylurea) perchlorate as the main charge

04:10

Melting out ugly TNT from a 82 mm mortar shell (dirty work because of two holes)

02:36

A quick examination of guanylurea Cu and Ni perchlorate complexes

01:49

A few experiments around the basic lead azide

02:54

Nickel bis(aminoguanidine) diperchlorate again. Update.

07:33

Checking the firmness of lightweight cold forged soft steel javelin heads

04:51

Comparison of 3 potassium chlorate mixes (with nitroguanidine, trinitrotoluene and creatine +CuO)

01:49

Checking the brisance of a cheap booster charge composition

04:01

Flashing/exploding thermite balls

04:29

Improvised kitchen ladle EFP

02:32

Detonation of an another explosive, about a kilogram (from a previously botched test)

01:31

Basic lead azide vs. vertebra

03:54

82 mm WWII mortar shell explosion

00:45

Leakage WWII mortar shell (from my unfinished video)

01:27

My "silent" detonator testing device

01:43

Potassium magnesium ferrocyanide as pyrotechnic fuel?

02:18

Another flashy big bang (TACN / KNO3 / Al / S - 35/33.5/23/8.5 mix)

02:08

Two dense sulfurized melt casts fails.

02:08

Experimental slurry explosive containing sodium hypophosphite.

05:54

The Caseless and The Blinker Fluid :) NH4NO3 based melt cast shaped charges experiment

03:45

Nickel acetonitrile perchlorate complex again, now success with 9% of Al in steel casing

03:09

My two favorite ignition mixes I sometimes use in detonators

07:44

Closer look at a few of my improvised spear/javelin heads, plus two socketed knives (request video)

01:11

Ammonium Perchlorate/Calcium Hypophosphite detonability check

01:31

Acetonitrile complex with nickel perchlorate (no det yet)

01:31

Playing with two calcium nitrate fertilizer based explosives.

00:52

Complexes of erythritol with metal nitrates as energetic materials?

02:40

Playing with AN/NaH2PO2.H2O melt casts

02:57

(No) burning of cocrystallized glycine/barium perchlorate on birch bark (no complexation it seems)

01:46

Old czechoslovak military detonation simulation device V10a

03:02

Two damp AN/sodium hypophosphite based HEs (no aluminium!), detonations

03:04

Some rock blasting with experimental Cu glycinate-nitrate based explosive (camera too close)

03:28

A closer look at my old retired cable backed elderberry bow (request)

03:05

Some playing with aluminized (14%, atomized Al) Cu glycinate-perchlorate