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GunsGamut

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Contents

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1. History of Firearms

1. Why humans felt the need for firearms.

2. Accidental discovery of gunpowder in ancient China

1.3 From combustion to containment: The key leap.

3. Fire arrows, bombs, and incendiary devices.

4. The fire lance: the first proto-firearm.

5. Transition from bamboo to metal barrels.

6. Ancient Hand Cannons

7. Psychological impact and battlefield shock.

8. Spread of gunpowder technology beyond china.

9. Mechanical Evolution of the Matchlock System.

10. Ammunition and Ballistic Reality.
11. Tactical and Psychological Transformation.
12. Operational Limitations of Matchlocks.
13. The Age of Reliable Ignition (16th–18th Century).
14. Mechanical Principle of the Wheel Lock.
15. Metallurgical and Manufacturing Constraints.
16. Transition Toward Simplicity: The Flintlock Breakthrough.
17. Why the Flintlock Dominated for Two Centuries.

18. Ballistic Reality in the Flintlock Era.
19. Psychological and Strategic Impact.
20. Percussion Cap & the Industrial Revolution.
21. The Rise of Metallic Cartridges and Modern Firearms.

2. Basics of Firearms – A Complete Beginner’s Guide

1. What is a Firearm?
2. Basic Classification of Firearms
3. Major Components of a Firearm
4. Understanding Ammunition Basics
5. How a Firearm Works: The Firing Cycle
6. Firearm Operating Modes
7. Caliber and Ballistics Basics

3. The Science of Firearms

1. Steps of the Firearm Firing Mechanism.
2. Internal Ballistics: The Science Inside the Chamber and Barrel.
3. Rifling and Bullet Stability: Rotational Physics of Accuracy.
4. Recoil Dynamics: Newton’s Laws Governing Firearms.
5. External Ballistics: The Scientific Behavior of Bullets in Flight
6. Terminal Ballistics: Energy Transfer and Impact Science
7. Firearm Operating Mechanisms: Mechanical Engineering Under Extreme Speed
8. Materials Science: Metallurgy and Durability in Firearms
9. Firearms as Applied Science and Engineering Systems
10. Some Useful Articles

4. Types of firearms ( two parts)

1. Standard Rifles (Full-Power Rifles).
2. Assault Rifles.
3. Long-Stroke Gas Piston Assault Rifles
4. Short-Stroke Gas Piston Assault Rifles
5. Direct Impingement (DI) Assault Rifles
6. Submachine Guns (SMGs)
7. Types of Operations of Sub Machine Guns
8. Straight Blowback
9. Delayed Blowback
10. Bullpup Assault Rifles
11. Handguns

5. Basics of Ballistics

1. Interior Ballistics
2. Exterior Ballistics
3. Terminal Ballistics
4. Muzzle Velocity
5. Kinetic Energy
6. Ballistic Coefficient (BC)
7. Recoil and Impulse
 

Premium Subscription Contents

6. Advanced Ammunition

1. Cartridge Anatomy (Complete Breakdown)
​2. Types of Propellant Burning: Degressive, Neutral & Progressive
3. Primer Systems (Boxer vs Berdan Explained)
4. Bullet Types and Construction
5. Propellant Science and Pressure Curves
6. Caliber vs Cartridge (Understanding Ammunition Naming)
7. Headspacing and Cartridge Fit
8. Case Materials and Metallurgy
9. Rim Design and Feeding Reliability
10. Ammunition Pressure Standards (SAAMI vs NATO vs CIP)
11. Internal Ballistics of Ammunition
12. Terminal Ballistics and Wound Mechanics
13. Special Purpose Ammunition
14. Shotgun Ammunition Basics

7. Advanced Ballistics- two parts

1. Internal Ballistics (Advanced Perspective)
2. External Ballistics (Advanced Modeling)
3. Terminal Ballistics (Impact Science)
4. Intermediate Ballistics
5. Modern Research Areas
6. Advanced Measurement Tools
7. Applications

8. Basic Design Theory- Two Parts

1.  Barrel Design Theory in Firearms
2. Bolt and Bolt Carrier Design Principles
3. Piston and Operating Mechanism Design
4. Firearm's Operating System Type and Its Effect on Rate of Fire
 

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