The Lee Perfect Powder Measure is a popular choice among reloaders, known for its affordability and surprising accuracy. But is it really perfect? This in-depth review dives into its features, pros, cons, and overall value, helping you decide if it's the right powder measure for your reloading bench.
What Makes the Lee Perfect Powder Measure Unique?
The Lee Perfect Powder Measure stands out due to its simple, yet effective, design. Unlike more complex, automated powder measures, it relies on a precise, rotating disc to dispense powder. This simple mechanism contributes to its low cost and ease of maintenance. Its compact size also makes it ideal for reloaders with limited bench space.
Key Features:
- Rotating Disc Mechanism: This is the heart of the measure, providing consistent powder drops.
- Adjustable Powder Output: The measure allows for precise adjustment of the powder charge weight.
- Easy to Clean: Its straightforward design makes cleaning a breeze.
- Affordable Price Point: Significantly cheaper than many competing models.
- Durable Construction: While not made of the most high-end materials, it's built to withstand regular use.
Advantages of Using the Lee Perfect Powder Measure
- Cost-Effectiveness: This is a significant draw for beginners and budget-conscious reloaders. You get a lot of functionality for the price.
- Simplicity and Ease of Use: The straightforward design is easy to learn and operate, even for those new to reloading.
- Reliable Performance: While not as fast as some automated measures, it delivers consistent charges with proper technique and calibration.
- Compact Design: Its small footprint saves valuable space on your reloading bench.
- Easy Maintenance: Cleaning and upkeep are minimal, saving you time and effort.
Disadvantages and Potential Drawbacks
- Speed: The manual operation makes it slower than electronic powder measures. This can be a drawback for high-volume reloading.
- Consistency: While generally accurate, achieving optimal consistency requires careful calibration and attention to detail. Improper technique can lead to variations in powder charges.
- Limited Features: It lacks the advanced features found in more sophisticated models, such as automatic powder dispensing or digital displays.
- Potential for Static Cling: Like other powder measures, static electricity can affect powder flow, especially with certain powders.
Tips for Optimal Performance with the Lee Perfect Powder Measure
- Proper Calibration: Accurate calibration is crucial for consistent powder charges. Take your time and use a scale to verify the dispensed weight.
- Consistent Technique: Maintain a consistent pouring and operating method to minimize variations.
- Powder Choice: Certain powders flow better than others. Experiment to find which powders work best with this measure.
- Environmental Conditions: Humidity and temperature can affect powder flow. Consider these factors when reloading.
- Regular Cleaning: Keep the measure clean and free of powder residue to maintain accuracy.
Lee Perfect Powder Measure vs. Other Powder Measures
Compared to more expensive, automated powder measures, the Lee Perfect Powder Measure sacrifices speed and advanced features for affordability and simplicity. However, for many reloaders, particularly beginners, its accuracy and ease of use outweigh the limitations. It's a great entry-level option that can still provide accurate results with proper technique. Consider your budget, reloading volume, and desired level of automation when making your decision.
Conclusion: Is the Lee Perfect Powder Measure Right for You?
The Lee Perfect Powder Measure is a reliable and affordable option for reloaders who value simplicity and accuracy without breaking the bank. While it may not be the fastest or most feature-rich measure, its ease of use, compact design, and consistent performance make it a strong contender, especially for beginners or those with moderate reloading needs. If you're looking for a cost-effective way to accurately dispense powder, the Lee Perfect Powder Measure is certainly worth considering.
