All else being equal, heavier bullets lose velocity and trajectory faster than lighter bullets.
A hot barrel can affect the accuracy of a firearm by causing the metal to expand, which can change the dimensions of the barrel and affect the trajectory of the bullet. This can lead to decreased accuracy and consistency in shot placement.
The bullet drop will vary based on factors such as caliber, muzzle velocity, and distance to the target. For a 180 grain bullet shot from a Super Red Hawk with a 9.5 inch barrel, using a scope for sighting can help improve accuracy and account for bullet drop at longer ranges. It is recommended to zero the scope at a specific distance (e.g., 100 yards) to minimize bullet drop over different distances.
Sniper scopes work by magnifying the target, providing crosshairs for aiming, and adjusting for factors like wind and bullet drop. This enhances accuracy and precision in long-range shooting by allowing the shooter to see and adjust for small details that can affect the shot.
A sniper scope works by magnifying the target, providing crosshairs for aiming, and adjusting for factors like wind and bullet drop. This enhances accuracy and precision in long-range shooting by allowing the shooter to see and adjust for small details that can affect the shot.
No, the shot bullet will land after the dropped bullet. This is because the shot bullet has an initial horizontal velocity in addition to the vertical acceleration due to gravity, while the dropped bullet only has the vertical acceleration due to gravity.
A hot barrel can affect the accuracy of a firearm by causing the metal to expand, which can change the dimensions of the barrel and affect the trajectory of the bullet. This can lead to decreased accuracy and consistency in shot placement.
A 150 grain bullet shot from a 308 will start dropping the fraction of a second it leaves the barrel.
no
The bullet drop will vary based on factors such as caliber, muzzle velocity, and distance to the target. For a 180 grain bullet shot from a Super Red Hawk with a 9.5 inch barrel, using a scope for sighting can help improve accuracy and account for bullet drop at longer ranges. It is recommended to zero the scope at a specific distance (e.g., 100 yards) to minimize bullet drop over different distances.
Higher fps and low grain = longer more acurate shot lower fps higher grain = power ful slow bullet
velocity
Velocity
A bullet spins when shot due to the rifling inside the barrel of a firearm. The barrel has spiral grooves that impart a rotational motion to the bullet as it exits, stabilizing its flight path and improving accuracy. This spin helps the bullet maintain a straight trajectory, reducing the effects of air resistance and external forces.
it should shoot 1inch or better three shot group at 100 yards. try different bullet weights.
Sniper scopes work by magnifying the target, providing crosshairs for aiming, and adjusting for factors like wind and bullet drop. This enhances accuracy and precision in long-range shooting by allowing the shooter to see and adjust for small details that can affect the shot.
A sniper scope works by magnifying the target, providing crosshairs for aiming, and adjusting for factors like wind and bullet drop. This enhances accuracy and precision in long-range shooting by allowing the shooter to see and adjust for small details that can affect the shot.
No, the shot bullet will land after the dropped bullet. This is because the shot bullet has an initial horizontal velocity in addition to the vertical acceleration due to gravity, while the dropped bullet only has the vertical acceleration due to gravity.