Quick Answer
The .280 Remington has noticeable wind drift at long ranges, especially when compared to cartridges with a similar ballistic coefficient. This is due to its relatively low muzzle velocity and moderate sectional density. Hunters should expect around 12-24 inches of drift at 400 yards for a 150-grain bullet.
Ballistic Characteristics
The .280 Remington has a muzzle velocity of around 2,800-2,900 feet per second, which, while respectable, is lower than some other popular hunting cartridges. This, combined with its moderate sectional density (around 0.25-0.28 g/cm^2), results in a relatively low ballistic coefficient (around 410-440). This means the bullet will be more susceptible to wind resistance and drift.
Wind Drift Considerations
When hunting mule deer at long ranges, wind drift can be a significant factor. At 400 yards, a 150-grain .280 Remington bullet can be expected to drift around 12-24 inches for a 10mph crosswind. This can be mitigated with proper shot placement and wind deflection calculations. Hunters should take into account not only the angle of the shot but also the wind direction and speed to make an effective shot.
Practical Applications
For hunting mule deer at long ranges, hunters may consider using a high-powered rifle scope with a bullet drop compensator or a laser rangefinder to help account for wind drift. It’s also essential to practice shooting at various ranges and wind conditions to develop the skills necessary to accurately place shots in the field.
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