Quick Answer
Short answer: Elevation impacts long-range elk shots with .338 Federal, as bullet trajectory deviates more significantly at higher elevations, potentially affecting accurate hits beyond 400 yards due to increased drop and wind deflection.
Ballistic Differences at Elevation
When shooting at high elevations, the .338 Federal’s trajectory deviates more significantly than at lower elevations. For every 1,000 feet of elevation gain, the bullet drops about 3.43 inches per 100 yards. For instance, at 9,000 feet, the bullet will drop around 31.7 inches more than it would at sea level for a 400-yard shot. This increase in drop necessitates precise ballistic calculations and adjustments to compensate for the change in trajectory.
Techniques for Accurate Shots at High Elevation
To mitigate the effects of increased drop, hunters can use a high-powered rifle scope with a ballistic reticle and mil-dot or MOA adjustments. This allows for precise compensation for the bullet’s trajectory. Using a high-powered variable scope like a 6-24x or 7-35x can provide the necessary magnification and adjustments to accurately place the bullet at long range. Additionally, using a high-BC (ballistic coefficient) bullet, such as a 225-grain or 250-grain bullet, can also help minimize the effects of wind deflection and increased drop.
Find more answers
Browse the full Q&A library by topic, or jump back to the topic this question belongs to.