GURPS Fourth Edition Flamethrowers Contents Basic Set: Characters

Total Page:16

File Type:pdf, Size:1020Kb

GURPS Fourth Edition Flamethrowers Contents Basic Set: Characters GURPS Fourth Edition Flamethrowers Contents Basic Set: Characters: Skills (Chapter Four): Skill List: Liquid Projector/TL Ultra-Tech: Weaponry (Chapter Six): Beam Weapons: Plasma Weapons: Flamers Flamer Weapons Plasma Flamer Table High-Tech: Weaponry (Chapter Five): Liquid Projectors: Flamethrowers Flamethrowers Table Dirty Tech: Improvised Flamethrowers Dungeon Fantasy: Clerics (7): Sacred Artifacts (Chapter Three): Other Clerical Gear Low-Tech Flamethrower Clerical Gear Low-Tech: Weapons (Chapter Five): Combustion-Based Weapons Incendiaries: Delivery Systems Black Powder: Flamethrowers Flamethrowers Table Basic Set Characters Skills (Chapter Four) Skill List Liquid Projector/TL DX/Easy Requires specialization Default DX − 4 This is the ability to use a weapon that projects a stream of liquid or gas. Roll against Liquid Projector skill to hit your target. Make an IQ-based Liquid Projector roll to take immediate action (e. g., patch a leak), should your weapon fail. You must specialize by weapon type: Flamethrower Any weapon that projects burning liquid or gas. (This does not include plasma weapons, which often are called “flamers”; use Beam Weapons skill for those.) Sprayer Any weapon that emits a gas or atomized liquid (nerve gas, sleeping gas, etc.), including an ordinary spray can used as an improvised weapon. Squirt Gun Any weapon that fires a low-pressure stream of liquid at the rate of one squirt per pull of the trigger. Water Cannon Any weapon that fires a continuous jet of high-pressure liquid, usually but not always water, with the intent of causing knockback. These specialties default to one another at −4. The weapons covered by each specialty vary by TL; e. g., Liquid Projector (Flamethrower) covers fire-siphons loaded with Greek fire at TL4, while at TL6 it covers backpack tanks that project thickened fuel. Modifiers • All applicable ranged combat modifiers • −2 for heavy weapons when you are used to portable weapons (e. g., a flamethrower mounted on a tank when you are used to a backpack model), or for an unfamiliar weapon of a known type • −4 or more for a weapon in bad repair Ultra-Tech Weaponry (Chapter Six) Beam Weapons Plasma Weapons Flamers TL9^ These weapons fire a low-velocity jet of high temperature plasma. Hydrogen fuel is fed into a magnetic containment chamber, heated and compressed to form a plasma, and then released as a continuous stream. Flamers are effective incendiary and terror weapons, with a role similar to that of the flamethrower. They're also useful for disposing of vermin or microbot swarms. Flamers inflict burning damage, but not tight-beam burning damage. Flamer Weapons Assault Flamer TL9^ This rifle-sized plasma weapon is often used by armored infantry involved in spaceship boarding actions and house-to-house fighting. Hand Flamer TL9^ This large pistol is used as a military sidearm or a terror weapon. Heavy Flamer TL9^ An energy-based flamethrower with a backpack power supply. Semi-Portable Flamer TL9^ Also called a tripod flamer, this heavy, semi-portable infantry weapon can be terrifying even to a fighter in heavy armor. A semi-portable flamer can be mounted on a tripod or carried by a soldier in powered battlesuit. They also are popular in combat engineering and urban assault vehicles. Plasma Flamer Table Cost Skill Weapon TL Damage Acc Range Weight RoF Shots ST Bulk Rcl LC ($) Assault flamer 9^ 5d burn Jet 50/150 5.6/2C 1 28(3) 5† −3 1 2 300 2 Beam Weapons Hand flamer 9^ 4d burn Jet 30/90 3.3/2C 1 56(3) 6 −2 1 1 200 3 (Projector) Heavy flamer 9^ 8d burn Jet 130/390 20/Dp 1 35(5) 10† −5 1 10 000 1 Semi-portable 6d×3 Gunner (Beams) 9^ Jet 150/450 70/Ep 1 31(5) 18M −8 1 35 000 1 flamer burn Notes Beam Weapons (Projector) Defaults to DX − 4 or other Beam Weapons − 4. Gunner (Beams) Defaults to DX − 4 or other Gunner − 4. High-Tech Weaponry (Chapter Five) Liquid Projectors Flamethrowers At TL6 appear flamethrowers that use a compressed gas such as nitrogen to propel an oil-based liquid through a tube. Normally, the fuel is ignited as it leaves the weapon—although many models can also fire “cold shots”, drenching an area in unlighted fuel that can be set aflame later. Flamethrowers soon become popular for bunker-clearing and house-to- house fighting (and for battling sci-fi and horror creatures that are immune to firearms!). At TL7, flamethrowers employ thickened fuel for increased range. They can use unthickened fuel—e. g., plain gasoline—but this halves Range. At TL8, incendiary-projectile launchers like the Buck HAFLA (High-Tech p. 142) and RPO-Z (see KBP RPO-A Shmel, High-Tech p. 149) supplant flamethrowers, offering superior range and fewer drawbacks. Effects Anyone hit by a flamethrower suffers large-area injury (Basic Set p. 400). The fuel continues to burn for 2d × 5 seconds (or 1d × 5 if beyond 1/2D), inflicting 1d burn per second. Unsealed DR protects at 1/5 value; sealed armor protects completely. See also Catching Fire (Basic Set p. 434). A flamethrower can be played over an area up to three yards wide as an All-Out Attack. Roll separately to hit each target. Divide damage and burn duration by the width of the area (round down). For instance, an All-Out Attack (Jet) on two men in a three-yard area requires two attack rolls. Each victim suffers 1/3 damage, and then 1d burn per second for ⌊(2d × 5) ÷ 3⌋ seconds. If a vehicle with an air-breathing engine is hit in a vital area (Basic Set p. 554), it must make a HT roll to avoid a breakdown. It may also catch fire. Roll again every three seconds until the fuel burns out. Flamethrowers often strike fear into their intended targets. The GM may require a Fright Check (Basic Set p. 360)— or penalize one made for other reasons—for those who face these weapons. Drawbacks Flamethrower damage has almost no penetrating power on cover; even a sheet of plywood will deflect the burning fuel. If the stream is kept on the cover, it might catch fire—but those behind it will have time to retreat or shoot back. One can bounce the jet off obstacles to reach behind cover, however. If using Malfunctions (Basic Set p. 407), roll 3d when a malfunction occurs: 3–5 No ignition. The target is sprayed with fuel, which can be ignited later, but there's no flame. Each attempt to solve the problem requires 10 seconds and an Armoury (Small Arms) or IQ-based Liquid Projector roll. Success returns the weapon to action, failure allows another attempt, and critical failure means an explosion, as 18. 6–17 No fuel is sprayed. To solve the problem, use the rules given for 3–5. 18 Explosion! Everything within two yards of the firer suffers the equivalent of one second's damage. Flamethrowers may also explode if struck by a bullet or a fragment… and they do tend to attract enemy fire. An attack on an exposed weapon is at no penalty, but an attack on a backpack model is at −4 if the carrier is facing the attacker. If any damage penetrates the flamethrower's DR 2, roll 1d. On a 1, the device explodes, as above. Any other result means it's simply disabled. Fiedler Kleif Germany, 1912–1917 The Kleinflammenwerfer (“small flamethrower”) was the first modern flamethrower, and ideal for taking out strongpoints in trenches. By 1916, most WWI combatants had similar weapons. The Kleif had a single ignition cap, and fired its entire 4.2 gallons of unthickened fuel in one 20-second stream. TOZ ROKS-2 Russia, 1941–1942 During WWII, the Red Army used the Rantseviy Ognemyot Klyueva-Sergeeva-2 (“Klyuev's and Sergeev's backpack flamethrower”). Its flame-gun looked like a rifle and its rectangular tank resembled a backpack. This was to deceive the enemy into letting it into range (make a Vision roll to identify it)… even though most soldiers don't allow any hostile within 40 yards, regardless of his armament! The tank held 2.6 gallons and the flame-gun used 7.62×25mm blanks in a revolving 10-round cylinder for ignition, giving 10 one-second bursts. Beattie M2-2 USA, 1942–1945 This flamethrower was standard for the US military until the 1950s. Some 25 000 were made. Most nations had something similar during WWII. The tank held 4.75 gallons of thickened fuel and the flame-gun used blank cartridges in a revolving five-round cylinder for ignition, giving five twosecond bursts or one 10-second stream. The similar GE M9A1-7 (1956–1969) superseded the M2-2 and saw use in the Vietnam War: Range 35/55, weight 52 lb. Two of these appear as part of the armory of the Antarctica Research Station in The Thing. The US removed all flamethrowers from service in 1978. The POA-CWS M3-4-3 (1944–1945) had the same performance as the M2-2, but was installed in some M4 Sherman tanks (High-Tech p. 239) in the place of the bow MG (and 12 main gun rounds). It fed from a 25-gallon tank—enough for a 45-second stream or 10 five-second bursts. Some 1 784 were made and used in WWII and the Korean War. DWM FmW46 Germany, 1944–1945 The Einstoss-Flammenwerfer 46 (“single-burst flamethrower model 46”) was a disposable weapon resembling a fire extinguisher with a pistol grip. The operator tucked the bottle under one arm, pointed it at the enemy, and unleashed a single burst of flame.
Recommended publications
  • Wildland Fire Incident Management Field Guide
    A publication of the National Wildfire Coordinating Group Wildland Fire Incident Management Field Guide PMS 210 April 2013 Wildland Fire Incident Management Field Guide April 2013 PMS 210 Sponsored for NWCG publication by the NWCG Operations and Workforce Development Committee. Comments regarding the content of this product should be directed to the Operations and Workforce Development Committee, contact and other information about this committee is located on the NWCG Web site at http://www.nwcg.gov. Questions and comments may also be emailed to [email protected]. This product is available electronically from the NWCG Web site at http://www.nwcg.gov. Previous editions: this product replaces PMS 410-1, Fireline Handbook, NWCG Handbook 3, March 2004. The National Wildfire Coordinating Group (NWCG) has approved the contents of this product for the guidance of its member agencies and is not responsible for the interpretation or use of this information by anyone else. NWCG’s intent is to specifically identify all copyrighted content used in NWCG products. All other NWCG information is in the public domain. Use of public domain information, including copying, is permitted. Use of NWCG information within another document is permitted, if NWCG information is accurately credited to the NWCG. The NWCG logo may not be used except on NWCG-authorized information. “National Wildfire Coordinating Group,” “NWCG,” and the NWCG logo are trademarks of the National Wildfire Coordinating Group. The use of trade, firm, or corporation names or trademarks in this product is for the information and convenience of the reader and does not constitute an endorsement by the National Wildfire Coordinating Group or its member agencies of any product or service to the exclusion of others that may be suitable.
    [Show full text]
  • US Flamethrower Tanks of World War II Pdf Free Download
    US FLAMETHROWER TANKS OF WORLD WAR II PDF, EPUB, EBOOK Steven Zaloga,Richard Chasemore | 48 pages | 22 Oct 2013 | Bloomsbury Publishing PLC | 9781780960265 | English | United Kingdom US Flamethrower Tanks of World War II PDF Book Afterwards Germany lacked resources for another offensive and the end was inevitable. How to Get Started With Welding. Battle of Narva: February—August The Germans had limited supplies and could only fight for few days to before fuel and ammunition ran out, so the offensive soon ran out of steam. Jennifer Rosenberg is a historian and writer who specializes in 20th-century history. ThoughtCo uses cookies to provide you with a great user experience. The siege claimed more than , Soviet lives in a single year alone due to starvation, disease, and shelling. After Anzio, the Germans occupied defensive positions known as the Winter Line, consisting of bunkers, barbed wire, minefields and ditches. Trapped, surrounded, and with German bombers raining explosives down on them, Russians soldiers surrendered in large numbers. Though the tank had been built larger and heavier, its engines were not updated which further reduced Churchill's already slow speed from 16 mph to More than a quarter of a million Russian soldiers were killed, injured, or captured, 10 times the number of German casualties. The Germans were pushed back by more than miles by January. By the end of the war more than 3, merchant ships had been sunk, as well as almost U-Boats. This content is created and maintained by a third party, and imported onto this page to help users provide their email addresses.
    [Show full text]
  • A Multidisciplinary Investigation of Medieval Flamethrowers: a Case Study
    A Multidisciplinary Investigation of Medieval Flamethrowers: A Case Study Neel, W. Wayne1, Hardin, Jon-Michael2 Abstract - Multidisciplinary projects provide a unique opportunity to foster critical thinking in undergraduate engineering students and to help students develop an understanding of the design process. These types of projects can also motivate student interest in the engineering design process. In this paper, the authors will present a case study of one such interdisciplinary project, which combined engineering analysis and a study of technological history, conducted by an undergraduate mechanical engineering student. The student investigated three different designs for a hand-held flamethrower that projected a highly flammable liquid, known as Greek fire. For this project, a student used historical accounts to design, construct, and test each of three flamethrower designs to determine the feasible operation for each. This work concentrated on the student’s ascertaining the similarities and differences between the three designs and on the student’s developing effective operating and valve systems. The original project was to investigate Chinese and Byzantine designs, but during the project, information in the Arab design was obtained and that design was also constructed by the student. [Englehart, 3] Keywords: Flamethrower, Byzantine, Chinese, Arab, medieval. Introduction Warfare in the Byzantine Empire between the 7th and 11th centuries CE saw the development of weapons systems using fire. Partially responsible for this revolution in weapons was the creation of a highly flammable liquid by the Syrian architect Callinicos in 7th century CE. [Davidson, 2] This was known as liquid fire, later referred to as Greek fire. Greek fire was utilized in one particularly effective weapon, the flamethrower.
    [Show full text]
  • Flamethrowers
    02-Absinthe_body-em(111-208):Gurstelle 3/25/09 2:36 PM Page 175 13 Flamethrowers othing attracts the attention of those within the Golden NThird quite like a flamethrower. I’ve placed this material at the back of the book for a reason: it’s something to build up to. The first time I saw a flamethrower in action was when my friend Christian Ristow brought his flamethrower-equipped robot to a midnight machine art festival in a Phoenix junkyard. My son, Andy, was with me, and neither of us will ever forget the roar and the light and the heat of the 20-foot-long tongue of flame that Ristow’s flamethrower could project. Now I have my own flamethrower, and it generates a frisson of excitement in all who see it work. Better yet, it fills me with pride at my ability to safely craft and use something like this. Much of what I include in this chapter, I learned from alumni of the robotic art group called Survival Research Labs. This San Francisco–based ensemble pretty much wrote the book on fire- based performance art. SRL has had its ups and downs, having been banned for life from several countries and kicked out of several cities—mostly for violating local fire codes with perform- ances that invariably include giant robots sporting giant flamethrowers. 175 02-Absinthe_body-em(111-208):Gurstelle 3/25/09 2:36 PM Page 176 176 ✹ Absinthe & Flamethrowers Aside from artistic pretensions, flamethrowers have their practical side. Flame-based weaponry is among the oldest military hardware known.
    [Show full text]
  • Chapter 724 of the Iowa Code
    1 WEAPONS, §724.1 CHAPTER 724 WEAPONS Referred to in §232.8, 331.307, 331.653, 364.22, 701.1, 723A.1, 901C.3, 914.7 Restrictions on shooting over public waters or roads; §481A.54 724.1 Offensive weapons. 724.14 Nonprofessional permit — 724.1A Firearm suppressors — change of residence to another certification. county. 724.1B Firearm suppressors — penalty. 724.15 Permit to acquire pistols or 724.1C Short-barreled rifle or revolvers. short-barreled shotgun — 724.16 Permit to acquire required — penalty. transfer prohibited. 724.2 Authority to possess offensive 724.16A Trafficking in stolen weapons. weapons. 724.17 Permit to acquire — criminal history check. 724.2A Peace officer — defined — 724.18 Procedure for making application reserved peace officer for permit to acquire. included. 724.19 Issuance of permit to acquire. 724.3 Unauthorized possession of 724.20 Validity of permit to acquire offensive weapons. pistols or revolvers. 724.4 Carrying weapons. 724.21 Giving false information when 724.4A Weapons free zones — enhanced acquiring pistol or revolver. penalties. 724.21A Denial, suspension, or revocation 724.4B Carrying firearms on school of permit to carry weapons or grounds — penalty — permit to acquire pistols or exceptions. revolvers. 724.4C Possession or carrying of 724.22 Persons under twenty-one — sale, dangerous weapons while loan, gift, making available — under the influence. possession. 724.5 Duty to carry permit to carry 724.23 Records kept by commissioner weapons. and issuing officers. 724.6 Professional permit to carry 724.24 Purchase or sale of firearms in weapons. contiguous states. Repealed 724.7 Nonprofessional permit to carry by 2002 Acts, ch 1055, §5.
    [Show full text]
  • Keeping NBC Relevant Flame Weapons in the Russian Armed Forces
    WL KNO EDGE NCE ISM SA ER IS E A TE N K N O K C E N N T N I S E S J E N A 3 V H A A N H Z И O E P W O I T E D N E Z I A M I C O N O C C I O T N S H O E L C A I N M Z E N O T Keeping NBC Relevant Flame Weapons in the Russian Armed Forces CHARLES BARTLES Open Source, Foreign Perspective, Underconsidered/Understudied Topics The Foreign Military Studies Office (FMSO) at Fort Leavenworth, Kansas, is an open source research organization of the U.S. Army. It was founded in 1986 as an innovative program that brought together military specialists and civilian academics to focus on military and security topics derived from unclassified, foreign media. Today FMSO maintains this research tradition of special insight and highly collaborative work by conducting unclassified research on foreign perspectives of defense and security issues that are understudied or unconsidered. Author Background Charles K. Bartles is a junior analyst and Russian linguist at the Foreign Military Studies Office (FMSO) at Fort Leavenworth, Kansas. FMSO conducts open-source and foreign collaborative research, focusing on the foreign perspectives of understudied and unconsidered defense and security issues. His specific research expertise includes Russian and Central Asian military Keeping NBC Relevant tactics, techniques, and procedures (TTPs), security assistance programs, officer and enlisted professional development, foreign census, and geospatial analysis. Chuck is also an imagery Flame Weapons in the Russian Armed Forces officer in the Army Reserve, that has deployed to Afghanistan and Iraq, and has served as a security assistance officer at embassies in Kyrgyzstan, Uzbekistan, and Kazakhstan.
    [Show full text]
  • Unconventional Weapons, Siege Warfare, and the Hoplite Ideal
    Unconventional Weapons, Siege Warfare, and the Hoplite Ideal Thesis Presented in Partial Fulfillment of the Requirements for the Degree Masters of Arts in the Graduate School of The Ohio State University By Amanda S. Morton, B.A. Graduate Program in History The Ohio State University 2011 Thesis Committee: Gregory Anderson, Advisor Timothy Gregory Nathan Rosenstein Copyright by Amanda S. Morton 2011 Abstract This paper examines the introduction of unconventional siege tactics, namely the use of chemical and biological weapons, during the Peloponnesian War in an effort to add to an existing body of work on conventional and unconventional tactics in Greek hoplite warfare. This paper argues that the characteristics of siege warfare in the mid-fifth century exist in opposition to traditional definitions of Greek hoplite warfare and should be integrated into the ongoing discussion on warfare in the fifth century. The use of siege warfare in Greece expanded dramatically during the Peloponnesian War, but these sieges differed from earlier Greek uses of blockade tactics, utilizing fire, poisonous gasses and new types of siege machinery that would eventually lead to a Hellenistic period characterized by inventive and expedient developments in siege warfare. ii Acknowledgements I would like to thank Dr. Gregory Anderson, Dr. Nathan Rosenstein and Dr. Timothy Gregory for their guidance and assistance in the production of this paper. In particular, Dr. Anderson’s patience and guidance in the initial stages of this project were essential to its conception and completion. I would also like to thank Dr. David Staley for his research suggestions and for his encouragements to engage in projects that helped shape my research.
    [Show full text]
  • Homemade Flamethrower Plans Pdf
    Homemade flamethrower plans pdf Continue This particular handmade flamethrower is designed to fit in a regular backpack that holds your hands and hands free to throw flames while you use it! With an air compressor, diesel nozzle, fuel tank, hose and some fittings, you will have a flamethrower capable of running away from the Tiki torch fuel. Here we have step-by-step instructions, but you can find the full video instructions at the bottom of this post. Watch through for an awesome demo! For more homemade weapons, check out our list of 7 Badass weapons you can make at home, here! DIY Backpack Flamethrower Tutorial Step One: Air Compressor Start with air compressor. You want to remove the regulator, and fill the space left with a brass fork. Step two: Tap the hole to press the hole at the bottom of the compressor to add fittings. Step three: Set your fittings to look like this with the right valves. Step Four: Run the hose from the Valve Run hose out of the valve and come to an end with an internal control valve. Step Five: Connect Valve to diesel, Connect the internal control valve to the diesel nozzle. Step six: Remove the spout and add a fuel pipe Remove the spout and add the pipe running down to the tip and hose as pictured. The tip and hose will run the fuel for your flame. Step Seven: Tap the hose for the tank To run the hose with the nozzle on the fuel tank tapped with the valve and installation like this.
    [Show full text]
  • The American Civil War and Military Technological Change
    THE AMERICAN CIVIL WAR AND MILITARY TECHNOLOGICAL CHANGE DOCTORAL THESIS University of Tasmania Department of Political Science cloie` cvotae? Marc Bowles February 1991 iv ACKNOWLEDGEMENTS This thesis was born from an interest in the area but was brought to fruition under the encouragement of many individuals. I am especially indebted to Professor Harry G Gelber who provide invaluable supervision, and suggestions, while all the time nurturing a flagging student. To Janette Kahl, Andrew Sharman, Calvin Sharman (no relation), Peter O'Toole, the staff of the Central Defence Department (Canberra) Library, and the University of Tasmania Morris Miller Library, go my thanks for your patience and assistance. Obviously, despite all the support received, responsibility for the selection of the materials and the treatment of the topic is entirely my own. For the record as well, this thesis contains no material which has been submitted for the award of any degree or diploma in any university or college and to the best of my knowledge and belief the thesis contains no copy or paraphrase of material previously written or published by another person unless I have made acknowledgement in the text of this work. Marcus Bowles ABSTRACT Military technology change is a subject of enormous diversity and profound complexity. To reduce the topic to some ordered form the thesis discusses military technological changes in one period; the American Civil War from 1861 to 1865. The thesis also contends that military technology cannot be studied in purely physical terms. Only in conjunction with environmental elements can we fully comprehend technical change. This will enable us to make sense of technology as both a technical entity constructed from existing scientific knowledge, and as a human activity interacting with the surrounding environment.
    [Show full text]
  • If Old Napalm Sticks to Kids, What About New Napalm?
    Robert M. Neer. Napalm: An American Biography. Cambridge: Belknap Press of Harvard University Press, 2013. viii + 310 pp. $29.95, cloth, ISBN 978-0-674-07301-2. Reviewed by Roger Chapman Published on H-War (July, 2013) Commissioned by Margaret Sankey (Air University) A few short years after the fall of Saigon this palm sticks to kids.” I did not ruminate over the reviewer spent most of a U.S. Army hitch with the words (as all that mattered was fnishing the run 1st Ranger Battalion. The legacy of Vietnam per‐ in order to return to the barracks, shower, and meated the Jody calls we Rangers sang during our head for breakfast chow), but that Jody call, in its morning PT runs. As might be expected, napalm various renderings, suggests moral uneasiness was the theme of some of this macho poetry. One over the use of napalm as a weapon of warfare. version went: “F-4 Phantom fying low / VC village Anyone who reads Robert M. Neer’s Napalm: down below / Dow Chemical don’t give a shit / na‐ An American Biography will be forced to consider palm sticks to kids.” We would repeat the latter whether napalm bombing is ethically justifiable. line, shouting with extreme callousness while em‐ This is an excellent work, providing a definitive phasizing the word sticks: “napalm sticks to kids, history of a controversial instrument of war. napalm sticks to kids.” Here we were seemingly However, like a similar volume on the atomic accusing the military-industrial complex of indif‐ bomb, the title of this monograph suggests that a ference.
    [Show full text]
  • 1914-1938 Armored Fighting Vehicles Pdf, Epub, Ebook
    1914-1938 ARMORED FIGHTING VEHICLES PDF, EPUB, EBOOK George Bradford | 96 pages | 03 Nov 2010 | Stackpole Books | 9780811705684 | English | Mechanicsburg, United States 1914-1938 Armored Fighting Vehicles PDF Book They are highly mobile, usually based on tracked chassis carrying either a large howitzer or other field gun or alternatively a mortar or some form of rocket or missile launcher. The automated launch pod will also be fitted to the turret of the Eitan AFV. It was tested successfully in the autumn of in the shooting polygon of the Officer School, then sent into service and named "skull". The committee formed for their reception judged the armor unsatisfactory, and sent them to the Izhora Works in St Petersburg, headed by staff officer V. Hidden categories: CS1 uses Hebrew-language script he CS1 Hebrew-language sources he Use dmy dates from May Articles with short description Short description is different from Wikidata Pages using deprecated image syntax Articles containing Hebrew-language text Commons link is on Wikidata. The combat engineer section carriers are used to transport sappers combat engineers and can be fitted with a bulldozer 's blade and other mine-breaching devices. Once the span has been put in place, the AVLB vehicle detaches from the bridge, and moves aside to allow traffic to pass. This is especially true in developing countries , where various armies and guerrilla forces have used them, as they are more affordable than military-grade combat vehicles. Within the term are covered self-propelled guns or howitzers and rocket artillery. Paperback , 96 pages. Main article: Armoured vehicle-launched bridge.
    [Show full text]
  • The Art and Enginuity of the Gun By: Jose Prado the Fire Lance
    The Art and Enginuity of the gun By: Jose Prado The Fire Lance • The first type of gun that was created by the Chinese. • This weapon was first created during the Jin-song wars in 1132. • The idea of the weapon was used as a spear and also a flamethrower. • Shrapnel was also put into the barrels to increase damage. • The first depiction of a gunpowder weapon The main parts (Gun Powder ) The Chinese were well known for the use of gun powder but not as a weapon at first, but with fireworks. The mixture of gun powder was described as powder that could fly and dance violently. Saltpeter is the most important ingredient in gun powder. The main parts (Bamboo) • Bamboo is the most common type of tree that grows in China. • The strength of the outer shell is why it was effective only once before the integrity of the bamboo was affected. • Since bamboo grows to amazing heights, they were able to create many of these weapons. The Creation • The barrel of this weapon was bamboo. • After the bamboo was hallowed, they would put gunpowder and other foreign objects. • In the beginning they would attach it to the end of the spears and would be used as a shock factor before a melee attack. • The blast was so powerful that the weapon would require two people to wield. • Later on the Chinese would make the Fire lance its own independent weapon. Hand Connon • The second firearm that was created by the Chinese, also known as the Gonne or the Hand Gonne.
    [Show full text]