Adjusting the elevation on your scope can be crucial for accurate long-range shooting. Whether you're targeting a distant animal, competing in a precision shooting match, or simply zeroing your rifle, understanding how to correctly adjust your scope's elevation is essential. This guide will clarify which way to turn your elevation turret to raise or lower your point of impact.
Understanding Scope Adjustments
Before diving into the "which way to turn" question, let's establish a fundamental understanding of scope adjustment mechanics. Most modern scopes utilize a system of turrets, typically located on the top (elevation) and side (windage) of the scope. These turrets allow for precise adjustments to your point of impact (POI).
Each click of the elevation turret corresponds to a specific adjustment in your bullet's trajectory. This is usually measured in either Minutes of Angle (MOA) or Milliradians (MRAD), often referred to as "mils." Knowing your scope's adjustment value per click is vital for accurate adjustments. This information can be found in your scope's manual.
Which Way to Turn for Elevation Adjustment?
This is the million-dollar question, and the answer is surprisingly consistent across most scope models:
To raise your point of impact (make the bullet hit higher), turn the elevation turret UP.
To lower your point of impact (make the bullet hit lower), turn the elevation turret DOWN.
This is a universally accepted convention. Think of it like this: Turning the turret up physically raises the reticle's position in relation to the barrel, resulting in a higher point of impact. Conversely, turning it down lowers the reticle, leading to a lower point of impact.
Common Mistakes and Troubleshooting
While the basic principle is straightforward, several common mistakes can hinder accurate elevation adjustments:
1. Incorrect Zeroing Procedure:
Failing to properly zero your scope at a known distance can lead to significant inaccuracies. Ensure you follow a systematic zeroing process, starting with a rough zero at a closer range and then refining it at longer distances.
2. Misunderstanding MOA or MRAD:
If you're unfamiliar with MOA or MRAD adjustments, take the time to learn their implications. A misinterpretation of these units can lead to substantial errors in elevation adjustments.
3. Environmental Factors:
Remember that environmental factors like wind, temperature, and barometric pressure can significantly affect bullet trajectory. Account for these factors when making elevation adjustments.
4. Scope Parallax:
Parallax errors can impact accuracy, especially at longer ranges. Ensure your scope is properly adjusted for parallax to eliminate this variable.
Tips for Accurate Elevation Adjustments
- Use a stable shooting rest: A shaky platform will introduce errors into your shots, making accurate adjustments difficult.
- Shoot in controlled conditions: Minimize environmental factors as much as possible to ensure consistent results.
- Keep detailed records: Record your shot groups, adjustments made, and environmental conditions to track your progress and refine your technique.
- Practice regularly: Consistent practice is key to mastering your scope adjustments and improving your shooting accuracy.
By understanding these principles and practicing diligently, you can accurately adjust your scope's elevation, improving your accuracy and confidence in various shooting scenarios. Remember always to consult your scope’s manual for specific instructions and adjustment values.
