When it comes to the accuracy and shooting performance of a firearm, the design of the trigger plays a huge role. Trigger types can generally be divided into "single action" and "double action", each design has its own unique functions and impacts, and these differences not only affect the accuracy of shooting, but also affect the user's shooting experience.
"In shooting sports, the trigger is considered one of the most important details."
A Single-Action Trigger, as the name suggests, has only one action, which is the mechanism for releasing the gunshot. When the user pulls the trigger, the trigger acts to release a hammer or firing pin that has been cocked manually or mechanically. This means that before each shot, the user needs to manually pull the hammer up before firing.
Due to the relatively simple structure of the single-action trigger, it usually has a lighter trigger pull, which helps improve shooting accuracy. This design is common in historic revolvers and many sniper rifles, giving the shooter greater control and consistency.
However, the single-action design also has its disadvantages. It requires the user to manually cock the hammer before each shot, which may slow down the shooting response in dangerous situations.
On the other hand, the double-action trigger not only releases the hammer, but also pulls it up while the user pulls the trigger. This means that the shooter can shoot without any additional operations, which will greatly improve the shooting reaction speed.
"The double-action trigger design allows the shooter to fire faster, which is especially important in high-stress situations."
Double-action design is commonly used in self-defense pistols, which allows the firearm to provide more defensive applications in more dangerous environments. Because the user does not have to manually cock the gun's hammer before each shot, this makes the shooting process smoother and allows the shooter to respond effectively in stressful situations.
But the design of the double-action trigger also has a direct correlation with accuracy. Because the trigger force is high and the trigger travel is long, this may cause the shooter to shake for a moment, resulting in reduced shooting accuracy.
The choice of using a single-action or double-action trigger is closely related to personal usage needs. Some shooters may prefer the accuracy provided by a single-action trigger, especially when shooting statically, while others may value the quickness of a double-action trigger, especially in dynamic environments.
"The choice of trigger type is undoubtedly based on a comprehensive consideration of the user's needs, application scenarios and shooting skills."
As shooting training demonstrates, single-action and double-action triggers have distinct implications in design and use. While shooting, do you value accuracy or speed more?