The Most Advanced Firearm, Ranked
Voting rules: Choose the firearm you think is the most advanced!
Updated on Jul 26, 2024 06:17
Assessing the advancement in firearms technology can be crucial for various sectors, including law enforcement, military, and civilian self-defense. By ranking high-tech firearms, users gain insights into which models offer the best performance, reliability, and technological innovation.
Through the collective opinions of users, a dynamic and informed ranking list is created. This allows individuals to make better-informed decisions on firearm technology based on a broad spectrum of user experiences and preferences.
What Is the Most Advanced Firearm?
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126points
HK416
A rifle designed and manufactured by Heckler & Koch. It is considered an improvement over the M4 carbine.- Caliber: 5.56×45mm NATO
- Action: Gas-operated, rotating bolt
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222points
Tavor X95
An Israeli bullpup assault rifle, part of the Tavor family of weapons, intended to replace the M4A1 for the Israeli Defense Forces.- Caliber: 5.56×45mm NATO, 9mm Parabellum, 5.45×39mm
- Weight: 3.3 kg
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316points
Barrett M82
A recoil-operated, semi-automatic anti-material rifle developed by the American Barrett Firearms Manufacturing company.- Caliber: .50 BMG (12.7×99mm NATO)
- Weight: 14.5 kg
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411points
FN SCAR
A family of gas-operated (short-stroke gas piston) automatic rifles developed by Belgian manufacturer FN Herstal (FNH).- Variants: SCAR-L, SCAR-H
- Used by: US Special Operations Command, UK Special Forces, and others
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54points
Kriss Vector
A family of weapons based upon the parent submachine gun design developed by the American company Kriss USA.- Action: Delayed blowback
- Calibers: .45 ACP, 9mm, .40 S&W, 10mm Auto, .357 SIG
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61points
XM25 Counter Defilade Target Engagement (CDTE) System
A smart grenade launcher designed to accurately deliver explosive rounds at a precise distance, allowing soldiers to hit targets hiding behind cover.- Caliber: 25mm
- Manufacturer: Heckler & Koch, Orbital ATK
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71points
CheyTac M200 Intervention
An American bolt-action sniper rifle manufactured by CheyTac LLC, which can also be classified as an anti-material rifle.- Caliber: .408 Chey Tac or .375 Chey Tac
- Effective Range: 2000 meters
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81points
F90
An Australian-designed bullpup assault rifle, manufactured by Thales Australia, based on the Steyr AUG.- Caliber: 5.56×45mm NATO
- Weight: 3.25 kg
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90points
Magpul PDR
A compact personal defense weapon (PDW) designed by Magpul Industries. While not in production, it represents forward-thinking in terms of ergonomics and use.- Action: Gas-operated
- Caliber: 5.56×45mm NATO
-
100points
Accuracy International AS50
A .50 BMG sniper/anti-materiel rifle manufactured by British company Accuracy International.- Weight: 14.1 kg
- Effective Range: 1500 meters
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About this ranking
This is a community-based ranking of the most advanced firearm. We do our best to provide fair voting, but it is not intended to be exhaustive. So if you notice something or gun is missing, feel free to help improve the ranking!
Statistics
- 3307 views
- 81 votes
- 10 ranked items
Voting Rules
A participant may cast an up or down vote for each gun once every 24 hours. The rank of each gun is then calculated from the weighted sum of all up and down votes.
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Additional Information
More about the Most Advanced Firearm
Rank #1 for the most advanced firearm: HK416 (Source)
Firearms have evolved over centuries. Early guns were simple and slow. Today, they are precise and fast. Modern firearms use advanced technology. Engineers design them for high performance and reliability.
Materials play a key role. Strong and light metals make guns durable and easy to handle. Polymers reduce weight without sacrificing strength. This makes firearms easier to carry and use.
Firearms now have advanced mechanisms. Semi-automatic and automatic functions allow rapid firing. This increases the rate of fire and efficiency. Users can fire multiple rounds with one pull of the trigger. This feature saves time and effort.
Precision is crucial. Modern firearms have improved accuracy. Engineers use computer-aided design. They test prototypes rigorously. This ensures that the final product hits the target consistently. Rifling inside the barrel improves bullet stability. It spins the bullet, making its path more predictable.
Safety features are important. Modern firearms include multiple safety mechanisms. These prevent accidental discharge. Users can handle guns with more confidence. Trigger locks and manual safeties are common. Some models have biometric safeties. These only allow authorized users to fire the weapon.
Customization is a key aspect. Users can modify their firearms to suit their needs. Accessories like scopes, grips, and stocks enhance performance. Scopes improve accuracy over long distances. Grips provide better control. Adjustable stocks allow for a better fit. This makes shooting more comfortable and effective.
Firearms now integrate with technology. Some models have digital displays. These show important information like ammunition count. Others have smart features. They can connect to apps for tracking and analysis. This data helps users improve their skills.
Training is essential. Modern firearms require proper handling. Users must learn to operate them safely and effectively. Training programs teach the basics and advanced techniques. Simulators provide realistic practice without live ammunition. This prepares users for real-world scenarios.
Law enforcement and military benefit from advanced firearms. They need reliable and powerful weapons. Modern firearms meet these needs. They are used in various operations. These include combat, law enforcement, and personal defense. Their versatility makes them valuable tools.
Innovation continues. Researchers and engineers work on new designs. They aim to improve performance and safety. Future firearms may include even more advanced features. These could make them even more effective and user-friendly.
In summary, modern firearms are a result of centuries of innovation. They use advanced materials and technology. They offer precision, safety, and customization. Training is key to their effective use. Law enforcement and military rely on them. The future holds even more potential for advancement.
Materials play a key role. Strong and light metals make guns durable and easy to handle. Polymers reduce weight without sacrificing strength. This makes firearms easier to carry and use.
Firearms now have advanced mechanisms. Semi-automatic and automatic functions allow rapid firing. This increases the rate of fire and efficiency. Users can fire multiple rounds with one pull of the trigger. This feature saves time and effort.
Precision is crucial. Modern firearms have improved accuracy. Engineers use computer-aided design. They test prototypes rigorously. This ensures that the final product hits the target consistently. Rifling inside the barrel improves bullet stability. It spins the bullet, making its path more predictable.
Safety features are important. Modern firearms include multiple safety mechanisms. These prevent accidental discharge. Users can handle guns with more confidence. Trigger locks and manual safeties are common. Some models have biometric safeties. These only allow authorized users to fire the weapon.
Customization is a key aspect. Users can modify their firearms to suit their needs. Accessories like scopes, grips, and stocks enhance performance. Scopes improve accuracy over long distances. Grips provide better control. Adjustable stocks allow for a better fit. This makes shooting more comfortable and effective.
Firearms now integrate with technology. Some models have digital displays. These show important information like ammunition count. Others have smart features. They can connect to apps for tracking and analysis. This data helps users improve their skills.
Training is essential. Modern firearms require proper handling. Users must learn to operate them safely and effectively. Training programs teach the basics and advanced techniques. Simulators provide realistic practice without live ammunition. This prepares users for real-world scenarios.
Law enforcement and military benefit from advanced firearms. They need reliable and powerful weapons. Modern firearms meet these needs. They are used in various operations. These include combat, law enforcement, and personal defense. Their versatility makes them valuable tools.
Innovation continues. Researchers and engineers work on new designs. They aim to improve performance and safety. Future firearms may include even more advanced features. These could make them even more effective and user-friendly.
In summary, modern firearms are a result of centuries of innovation. They use advanced materials and technology. They offer precision, safety, and customization. Training is key to their effective use. Law enforcement and military rely on them. The future holds even more potential for advancement.
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