Reshoot

APRIL 14– This Day in Firearms & Small Arms History. 1849 – Birthday of Sergey Mosin

On this day, Sergey Mosin was born — a military engineer and representative of the Russian military engineering school, whose name is forever linked to one of the most mass-produced rifles in history.

He did not begin as an “inventor of weapons” in the modern sense, but as a military engineer within the system: artillery service, work at the Tula Arms Plant, and tasks involving modernization and adaptation of weaponry to real military conditions.

Gradually, this led him to the main project of his life — the creation of a simple, technologically efficient, and mass-produced rifle for the state.
💥 The result was the Mosin rifle 1891 (7.62×54R), the legendary “three-line rifle.”
But its significance goes far beyond its mere introduction.

It was a system designed around a specific engineering and practical purpose:
-maximum reliability in mud, cold, and harsh field conditions
-simplicity and manufacturability for mass production
-maintainability without complex infrastructure

Not an elegant design driven by engineering aesthetics, but a utilitarian tool pushed to the limits of functional necessity.
And this is exactly what made it unique: the rifle outlived dozens of conflicts, upgrades, and entire eras, remaining in service far longer than most systems of its time.

Importantly, Mosin himself did not become the “permanent owner” of his design. After adoption, the system evolved as a state standard rather than a personal project of its creator. His role was a foundation, not the later evolution.

He did not pursue flashy engineering solutions. His approach was purely practical:if it works, can be mass-produced, and withstands conditions — then it is correct.
☝️ In the end, Mosin did not just create a rifle.He established a STANDRT of practicality for an entire era of small arms development.

Sometimes the most enduring systems are not born from complexity — but from the ability to remove everything unnecessary.
Sergey Mosin did exactly that!

Skip the Carousel

1 2 3

1 month ago | [YT] | 456

Reshoot

How to Improve Your Shooting 2–3x… Without Firing a Single Round?!🤔

Friends, an honest question for those just starting out:❓How many rounds do you usually spend per training session?❓
And how much real progress do you actually feel afterward?
Many beginners think that the more they shoot, the faster they improve. As if quantity automatically means quality.

In reality, it’s the opposite: the fastest progress comes from Dry Fire.
Today I’m sharing a full lesson from the course “Reshoot Pistol .Start” — Topic 14: “Technical Training (Dry Fire) and Its Role.”👇

Why dry fire is one of the most powerful tools for your development:
• You can fully focus on technique without distractions — no noise, no muzzle flash, no recoil.• You can slow things down and consciously work on every element: grip, sight alignment, breathing, trigger press.• You can repeat movements dozens or hundreds of times without spending money on ammo.• Up to 80% of foundational skills are built effectively without a live shot!

Experienced shooters and instructors agree on one thing:high-quality dry fire should make up at least 50% of your total training volume — especially in the beginning.
The key rule:❗️First, refine the movement until it’s consistent and correct without ammo.Only then move on to live fire❗️

The first time you step onto the range after solid dry fire practice, you’ll be surprised how much cleaner and more confident your shots feel.
Want to learn how to train properly at home, without ammo, with structured drills and clear technique control?

The full “Reshoot Pistol .Start” course (36 structured lessons + video + practical drills + tests) is waiting for you here:
👉reshootonline.org/ (link in bio)
This course is designed specifically for beginners who want to build a strong foundation and avoid wasting years fixing mistakes.

If you want to progress fast, consciously, and with enjoyment — this is for you.
Train smart, not just loud!
Dry fire is your secret accelerator.

Drop a comment: have you tried dry fire? What was your biggest “wow effect”?
Looking forward to your stories🚀

1 month ago | [YT] | 479

Reshoot

WHAT DOES A FLYING BULLET LOOK LIKE?!

I needed an image of a flying bullet for a project I’m working on. Easy, I thought! It’s 2026, the 21st century, humanity has just returned to the Moon again, and we’re only months away from IGI becoming reality!

Surely it’s simple now: just find a picture online or generate it with AI so the bullet looks realistic, like we’re actually observing the process 🔥

But when I started searching for ready-made images… And wow… Just look at this garbage! 99% of what I saw over an hour looks ridiculous.These are images 1–3 — you can judge for yourself.🤦‍♂️

In the end, I actually found it — but not among images. I had to go through a huge amount of high-speed footage and basically extract the exact frame I needed. And here it is: WHAT A BULLET REALLY LOOKS LIKE IN FLIGHT — image 4!

Now let me explain why it looks exactly like this:
This is a rifle bullet traveling at roughly Mach 2 (around 680–700 m/s). Shot with a high-speed camera at 171,504 frames per second — the moment lasts only 0.535 milliseconds.

In front of the bullet’s nose there is a sharp, perfectly defined cone. This is not a special effect or smoke. This is a shock wave (bow shock). The air simply doesn’t have time to move out of the way, so there is a sudden jump in pressure and density. The sharper the cone, the faster the bullet is moving. The angle itself says: yes, this is true supersonic flow!

The pink and blue layers are the result of schlieren imaging. We are literally seeing light bending through gradients of air density. Physics becomes visible.

And behind the bullet there is a white turbulent trail — a region of heavily disturbed, low-pressure air. In it, moisture can sometimes condense, forming a miniature version of the condensation trails seen behind supersonic aircraft, only a few centimeters long.

In essence, we are watching the bullet literally cut through sound and leave a “scar” in the atmosphere.
To the naked eye, we only hear a “bang” and see smoke. But in reality, a bullet in flight looks like this — beautiful, violent, and deeply physical.

Pure supersonic flow 🤌

Skip the Carousel

1 2 3 4

1 month ago | [YT] | 397

Reshoot

Project ReShoot Pistol .Start (dot styled like a caliber name 😉)

Interest in firearms is a very COMMON thing. And the reasons for that interest are different for everyone: some people are fascinated by how guns are engineered, others love the shooting process itself and the emotions it gives you, while for many firearms become a tool for personal development — you start improving your skills, shooting more accurately, working more efficiently, and constantly progressing.

It is exactly this understanding — the different nature of people’s interest — that I built into the course ReShoot Pistol .Start (dot styled like a caliber name).The course was created based on my many years of working with very different clients and students in a real shooting club. It is a universal foundation for anyone who is just starting to work with a pistol.The course includes everything you need:

• theory and interesting information about how firearms and ammunition work
• practical exercises to build the fundamental skills on which you can later layer any more advanced training — whether sport or professionalI designed this course with the understanding that people absorb information in different ways. That’s why it includes:
• written materials
• clear videos with graphics, including 3D animations (for example, how a cartridge works or the internal mechanics of a firearm👆)
• tests and tables to help you remember the material betterSo whether you’re an auditory, visual, kinesthetic, or analytical learner, the course has everything: something to read, something to watch, something to break down schematically, and something to apply in practice.And of course, the course includes bonuses.

These are additional materials from related fields that help you absorb the course faster and reinforce what you’ve learned.For example:
• how to choose the right shooting glasses
• useful exercises to strengthen your grip and improve overall coordinationIf you want to build a solid foundation for safe and effective work with a pistol — this course is for you.
Jump in and grab it 👉www.reshootonline.org

1 month ago | [YT] | 4

Reshoot

THE ULTIMATE FIREARMS DESIGNER IN HISTORY☝️

These names are absolute legends in the world of small arms — they don’t need any introduction.

But I have just one question for you:

❓“Whose achievements do you rate the highest? Who is truly NUMBER ONE?”❓

1 month ago | [YT] | 20

Reshoot

April 7 – This Day in Firearms History.

145 years ago, on April 7, 1881, Tullio Marengoni was born near Brescia — the mastermind behind Fabbrica d’Armi Pietro Beretta and a man who shaped Italian small arms for the 20th century.

A self-taught genius with zero formal engineering education, he joined the factory young thanks to his friendship with Pietro Beretta’s nephew — and quickly became the lead designer.

He created the first truly successful Italian military pistols: Modello 1915 (9mm Glisenti) and the legendary Modello 1934 (.380 ACP). Tiny, reliable little tools that served the army, police, and other countries for decades.

In 1917–1918, he designed one of the earliest serial submachine guns — the Moschetto Automatico Mod.1918. He literally assembled it from parts lying around: Villar Perosa receiver, Vetterli stock, Carcano bits — turning scraps into a practical weapon for assault squads.

His crowning achievement was The Beretta Mod.38 series (including postwar Mod.38/49) — incredibly precise, high-quality, and super comfortable submachine guns of WWII.

Marengoni also introduced the iconic open-top slide, the hallmark of almost all Berettas — from the M1935 to the modern 92 series and its descendants.

He worked on Mod.38 mods almost until retirement in 1956, and even then stayed as a consultant for several more years.
Tullio Marengoni made Beretta a symbol of Italian precision, reliability, and engineering genius. Without him, the Italian firearms world would look completely different.

On this day, just say:
“Italy gave birth to a master who set the tone in small arms for decades.” 🤌

Skip the Carousel

1 2 3 4

1 month ago | [YT] | 577

Reshoot

Open Sight Adjustment Cheat Sheet👆

Friends, Wednesday is the day for useful information — here you go👇

Today we’re talking about how to adjust iron sights. To remember it simply and clearly, use the FORS principle-Front Opposite, Rear Same.
This rule tells you which direction to move the sights when zeroing a firearm.
The idea is simple:
-Front Opposite — move the front sight in the opposite direction of the point of impact shift.
-Rear Same — move the rear sight in the same direction you want the point of impact to move.

For clarity, I made a collage for you that shows all the cases and the necessary actions. The bullet impact area is highlighted in red 🔴

1-move the rear sight right or the front sight left2-move the rear sight left or the front sight right3-lower the rear sight or raise the front sight4-raise the rear sight or lower the front sight

Use it and enjoy!

Skip the Carousel

1 2

2 months ago | [YT] | 623

Reshoot

March 24. The Birthday of the Man Who Created James Bond’s Pistol😎

137 years ago, on March 24, 1889, in the town of Zella-Mehlis (Germany), Fritz August Walther was born — the man behind some of the most influential pistols of the 20th century: Walther PP, Walther PPK, and the legendary Walther P38.

The son of Carl Walther, Fritz grew up inside the family arms business and eventually led its technical development. Under his leadership the company introduced one of the most important innovations in handgun design — the practical double-action system for semi-automatic pistols.

The Walther PP, introduced in 1929, became the first truly successful service pistol to combine a double-action trigger mechanism with a safety-decocker, setting a new standard for police sidearms in many countries around the world.

Two years later the compact Walther PPK appeared, designed specifically for detectives and undercover officers. Small, reliable, and easy to conceal, it became one of the most recognizable pistols in history.

Fritz Walther’s work reached its peak with the development of the Walther P38, adopted by the German military during World War II. Its innovative locking system and double-action trigger mechanism represented a major step forward in military handgun design and influenced many later pistols around the world.

Thanks to these developments, Fritz Walther largely shaped the modern concept of the service pistol. The technical solutions implemented in the PP series and in the P38 became the foundation for many handguns used for decades by police, military personnel, and civilian shooters☝️

The results of his work — these designs — had a huge impact not only on firearms engineering but also on culture as a whole. This was especially evident with the Walther PPK, which, thanks to the series of James Bond novels and films (beginning with Dr. No in 1958 and the 1962 film adaptation), became one of the most recognizable symbols of the spy genre, elegance, and hidden danger in popular culture.

The PPK became an icon, appearing in cinema, literature, video games, and even in the hands of celebrities, forever linking the Walther name with the image of the perfect “secret agent.”

Skip the Carousel

1 2 3 4 5 6

2 months ago | [YT] | 616

Reshoot

NATURE FAVORS RIGHT-HANDERS?!😱

Friends — Sunday is a day of rest for the body, but today our brains need to work a bit — here’s a QUIZ for you!

❓Most rifled barrels (around 95 %) in small arms worldwide are right-handed, meaning the bullet twists clockwise as it travels down the barrel.
Why is that?❓

2 months ago | [YT] | 17

Reshoot

THE CARTRIDGE IS EVERYTHING👆


Did you know that in most cases, the development of a new firearm actually starts with the cartridge?
Not with the shape, not with the mechanics, not with “how it’s going to look,” but with what the weapon is going to fire.

A cartridge is, in fact, an incredible piece of engineering. And the appearance of the unitary cartridge in the 1860s gave a massive boost to the entire industry and directly influenced the development of semi-automatic firearms.

In my ReShoot Pistol .Start course, there’s a full lesson dedicated to how a cartridge is built — so let’s get into it right now.
Let’s calmly go through it step by step and see how it all works 👇

Topic 9. “Pistol Cartridge, Its Properties and Structure”
Subtitle: 4 Main Parts of a Pistol Cartridge and What They Do

Now that we’ve studied the weapon itself, let’s move on to what it fires — cartridges.
The cartridge is a key part of the system. The weapon’s tactical and technical characteristics — like effectiveness, maneuverability, rate of fire, and durability — all depend on the type of cartridge you use.(Weapon durability is how long it can function without losing its core characteristics — until one of the main parts finally fails.)

Together with the barrel, the cartridge determines the weapon’s ballistic performance — including the bullet’s initial speed needed to travel the distance and hit the target.

Everything that happens during the shot, inside the weapon, is studied by a field of science called internal ballistics. It’s a complex subject, but here’s what we need to know:Inside the cartridge, the chemical energy of the powder turns into heat, and then into the kinetic energy that sets the bullet in motion.👇

https://www.youtube.com/watch?v=V0tHL...

It’s real magic — the magic of science!
Most pistol cartridges consist of 4 main parts:the bullet, the powder charge, the primer, and the case that holds it all together.

Here’s what happens when you pull the trigger:
The firing pin strikes the primer, igniting a small explosive compound. That fire travels through a special channel and lights the powder.The powder starts to burn, and pressure builds up inside the case.The pressure expands in all directions, but the case base — held tightly by the slide — resists more than the bullet.So most of the energy pushes the bullet forward, forcing it out of the case and into the barrel.
As the bullet travels through the rifled barrel of the pistol or rifle, it begins to spin.This spin stabilizes its flight and gives it better accuracy and speed.
Here’s a curious fact:
Only 25–30% of the powder gas energy is used to accelerate the bullet through the barrel.
Another 15–20% goes to secondary processes — like overcoming barrel friction and moving internal parts.
And a full 40–50% of the energy is simply lost when the bullet leaves the barrel.
So the shot’s efficiency isn’t very high — just 0.25 to 0.30.🤷‍♂️

And all of this? It happens in just 6 to 10 milliseconds.
How fast is that?
It’s so fast that while you blink once at your normal speed, the shot could happen 20 times.
That really is magic!
And the best part?
Every step of this complex process — called a shot — is completely under your control.
You’re the one who decides when to start it and where to send it.
It’s truly fascinating — and we’ll see just how much in the lessons to come!

This kind of simple, clear, and structured approach is what defines my entire course. It’s built specifically for those who want to truly understand how to shoot a pistol, how it actually works, and get a solid, complete foundation to confidently grow and improve from.
👉 www.reshootonline.orgSupport/ the author and get the course today for less than the price of a couple boxes of these cartridges.

2 months ago | [YT] | 407