TM 31-210 - Improvised Munitions Handbook.PDF

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TM 31-210 - Improvised Munitions Handbook - Section I - Number 10
TM 31-210 - Improvised Munitions Handbook - Cover
TM 31-210
Improvised Munitions Handbook
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TM 31-210 - Improvised Munitions Handbook - Contents
TM 31-210
Improvised Munitions Handbook
Contents
COVER
CONTENTS
INTRODUCTION
Section I
Explosives and Propellants (Including Igniters)
1 - Plastic Explosive Filler
2 - Potassium Nitrate
3 - Improvised Black Powder
4 - Nitric Acid
5 - Initiator for Dust Explosions
6 - Fertilizer Explosive
7 - Carbon Tet - Explosive
8 - Fertilizer AN-AL Explosive
9 - 'Red or White Powder' Propellant
10 - Nitric Acid/Nitrobenzene ('HELLHOFFITE') Explosive
11 - Optimized Process for Cellulose/Acid Explosives
12 - Methyl Nitrate Dynamite
13 - Urea Nitrate Explosive
14 - Preparation of Copper Sulfate (Pentahydrate)
15 - Reclamation of RDX From C-4
16 - TACC (Tetramminecopper (II) Chlorate
17 - HMTD
18 - Potassium or Sodium Nitrate and Litharge (Lead Monoxide)
19 - DDNP
20 - Preparation of Lead Picrate
21 - Preparation of Picric Acid From Aspirin
22 - Double Salts
23 - Sodium Chlorate
24 - Mercury Fulminate
25 - Sodium Chlorate and Sugar or Aluminum Explosive
Section II
Mines and Grenades
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TM 31-210 - Improvised Munitions Handbook - Contents
1 - Pipe Grenade
2 - Nail Grenade
3 - Wine Bottle Cone Charge
4 - Grenade-Tin Can Land Mine
5 - Mortar Scrap Mine
6 - Coke Bottle Shaped Charge
7 - Cylindrical Cavity Shaped Charge
9 - Funnel Shaped Charge
10 - Linear Shaped Charge
Section III
Small Arms Weapons and Ammunition
1 - Pipe Pistol For 9 mm Ammunition
2 - Shotgun (12 Gauge)
3 - Shotshell Dispersion Control
4 - Carbine (7.62 mm Standard Rifle Ammunition)
5 - Reusable Primer
6 - Pipe Pistol For .45 Caliber Ammunition
7 - Match Gun
8 - Rifle Cartridge
9 - Pipe Pistol For .38 Caliber Ammunition
10 - Pipe Pistol For .22 Caliber Ammunition Long or Short Cartridge
11 - Low Signature System
Section IV
Mortars and Rockets
1 - Recoilless Launcher
2 - Shotgun Grenade Launcher
3 - Grenade Launcher (57 mm Cardboard Container)
4 - Fire Bottle Launcher
5 - Grenade Launcher
6 - 60 mm Mortar Projectile Launcher
Section V
Incendiary Devices
1 - Chemical Fire Bottle
2 - Igniter from Book Matches
3 - Mechanically Initiated Fire Bottle
4 - Gelled Flame Fuels
4.1 - Gelled Flame Fuels - Lye Systems
4.2 - Gelled Flame Fuels - Lye-Alcohol Systems
4.3 - Gelled Flame Fuels - Soap-Alcohol Systems
4.4 - Gelled Flame Fuels - Egg Systems
4.5 - Gelled Flame Fuels - Latex Systems
4.6 - Gelled Flame Fuels - Wax Systems
4.7 - Gelled Flame Fuels - Animal Blood Systems
5 - Acid Delay Incendiary
6 - Improvised White Flare
7 - Improvised Iron Oxide
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TM 31-210 - Improvised Munitions Handbook - Contents
8 - Improvised Yellow Flare
9 - Improvised White Smoke Munition
10- Improvised Black Smoke Munition
Section VI
Fuses, Detonators, and Delay Mechanisms
1 - Electric Bulb Initiator
2 - Fuse Igniter from Book Matches
3 - Delay Igniter From Cigarette
4 - Watch Delay Timer
5 - No-Flash Fuse Igniter
6 - Dried Seed Timer
7 - Fuse Cords
8 - Clothespin Time Delay Switch
9 - Time Delay Grenade
10 - Can-Liquid Time Delay
11 - Short Term Time Delay For Grenade
12 - Long Term Time Delay For Grenade
13 - Detonator
Section VII
Miscellaneous
1 - Clothespin Switch
2 - Mousetrap Switch
3 - Flexible Plate Switch
4 - Metal Ball Switch
5 - Altimeter Switch
6 - Loop-Pull Switch
7 - Knife Switch
8 - Improvised Scale
9 -Rope Grenade Launching Technique
10 - Bicycle Generator Power Source
11 - Automobile Generator Power Source
12 - Improvised Battery (Short Lasting)
13 - Improvised Battery (2 Hour Duration)
14 - Armor Materials
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TM 31-210 - Improvised Munitions Handbook - Introduction
TM 31-210
Improvised Munitions Handbook
INTRODUCTION
1. Purpose and Scope
In Unconventional Warfare operations it may be impossible or unwise to use conventional military munitions as tools
in the conduct of certain missions. it may be necessary instead to fabricate the required munitions from locally
available or unassuming materials. The purpose of this Manual is to increase the potential of Special Forces and
guerrilla troops by describing in detail the manufacture of munitions from seemingly innocuous locally available
materials.
Manufactured, precision devices almost always will be more effective, more reliable, and easier to use than improvised
ones, but shelf items will just not be available for certain operations for security or logistical reasons. Therefore the
operator will have to rely on materials he can buy in a drug or paint store, find in a junk pile, or scrounge from
military stocks. Also, many of the ingredients and materials used in fabricating homemade items are so commonplace
or innocuous they can be carried without arousing suspicion. The completed item itself often is more easily concealed
or camouflaged. In addition, the field expedient item can be tailored for the intended target, thereby providing an
advantage over the standard item in flexibility and versatility.
The Manual contains simple explanations and illustrations to permit construction of the items by personnel not
normally familiar with making and handling munitions. These items were conceived in-house or, obtained from other
publications or personnel engaged in munitions or special warfare work. This Manual includes methods for fabricating
explosives, detonators, propellants, shaped charges, small arms, mortars, incendiaries, delays, switches, and similar
items from indigenous materials.
2. Safety and Reliability
Each item was evaluated both theoretically and experimentally to assure safety and reliability. A large number of items
were discarded because of inherent hazards or unreliable performance. Safety warnings are prominently inserted in the
procedures where they apply but it is emphasized that safety is a matter of attitude. It is a proven fact that men who are
alert, who think out a situation, and who take correct precautions have fewer accidents than the careless and
indifferent. It is important that work be planned and that instructions be followed to the letter; all work should be done
in a neat and orderly manner. In the manufacture explosives, detonators, propellants and incendiaries, equipment must
be kept clean and such energy concentrations as sparks, friction, impact, hot objects, flame, chemical reactions, and
excessive pressure should be avoided.
These items were found to be effective in most environments; however, samples should be made and tested remotely
prior to actual use of assure proper performance. Chemical items should be used as soon as possible after preparation
and kept free of moisture, dirt, and the above energy concentrations. Special care should be taken in any attempt at
substitution or use of items for purposes other than that specified or intended.
3. User Comments
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