Mec Drop Tube 20ga/28ga/.410 Plastic Review

Behind the Box: Testing the Mec Drop Tube 20ga/28ga/.410 Plastic

As someone who’s spent over a decade immersed in the practical application of gear across diverse environments – from the meticulous demands of a laboratory to the unforgiving conditions of outdoor expeditions and the gritty reality of workshop repairs – I approach new equipment with a healthy dose of skepticism and a keen eye for detail. The Mec Drop Tube 20ga/28ga/.410 Plastic landed on my bench during a period of intense reloading for a variety of shotgun shells. My existing drop tubes were showing their age, some inconsistently dispensing shot, leading to frustrating variability in my loads. I needed a reliable, consistent component that could handle different shot densities without compromising accuracy. I briefly considered a competitor’s ceramic tube, but the cost-benefit analysis leaned towards something more accessible and, frankly, less fragile for high-volume work. My initial impression of this plastic drop tube was one of simple utility; it felt lightweight, functional, and devoid of unnecessary embellishments, offering a quiet sense of potential efficiency.

Real-World Testing: Putting Mec Drop Tube 20ga/28ga/.410 Plastic to the Test

First Use Experience

I put this drop tube through its paces on my reloading bench, nestled within a MEC press designed for high-volume shotshell loading. The testing primarily involved consistent use over several hours, cycling through 20-gauge, 28-gauge, and .410 loads. Performance was surprisingly consistent; the plastic construction seemed to allow shot to flow smoothly without the static cling that sometimes plagues other materials. Its length felt perfectly calibrated for achieving uniform shot columns, even when dealing with different shot sizes and densities.

There was virtually no learning curve with this component. It integrated seamlessly into my existing setup, replacing the original tube in a matter of seconds. The most pleasant surprise was the sheer uniformity of shot drops, which directly translated into more predictable shell performance downrange during test firing.

Extended Use & Reliability

After weeks of extensive use, involving hundreds of shells, this plastic drop tube continues to perform admirably. I’ve deliberately subjected it to a range of shot types, from fine #8 shot to larger #4 buckshot, and it has maintained its consistent dispensing ability.

There are no visible signs of wear or tear. The plastic shows no signs of cracking, warping, or developing any stiffness, even after repeated exposure to varying workshop temperatures. Maintenance is refreshingly simple: a quick wipe down with a dry cloth is usually sufficient to remove any residue, and it stores easily without taking up significant space. Compared to some of the metal or ceramic tubes I’ve used in the past, which could be prone to denting or chipping, this plastic unit feels more forgiving and perhaps even more durable for continuous, hard use.

Breaking Down the Features of Mec Drop Tube 20ga/28ga/.410 Plastic

Specifications

The Mec Drop Tube 20ga/28ga/.410 Plastic comes in a standard length, designed to accommodate the nuances of shotshell reloading for three popular gauges. Its primary material is plastic, chosen for its non-static properties and durability. The gauge compatibility is specifically for 20ga/28ga/.410, making it a versatile option for many shotshell reloaders.

The provided description highlights the importance of tube length in achieving consistent densities. Shorter tubes are suggested for rapid load changes, while longer tubes, like this one, are ideal for maintaining density over extended periods or for high-volume loads that benefit from a longer shot drop time. This extended holding time is particularly beneficial for larger capacity shells, ensuring a more uniform pellet arrangement.

Performance & Functionality

In its core function, this drop tube excels. It reliably delivers shot into the hull with remarkable consistency, minimizing pellet deformation and promoting uniform patterns. The ability to accommodate different load densities, as mentioned in the product description, proved to be a significant advantage during my testing.

The primary strength is its consistent shot flow, which is crucial for accurate reloading. A minor weakness, if it can be called that, is its inherent simplicity; it does its job without any bells or whistles, which some users might find lacking if they prefer more complex features. For its intended purpose, however, it not only meets but often exceeds expectations, especially considering its accessible price point.

Design & Ergonomics

The design is purely functional, prioritizing performance over aesthetics. The plastic construction feels robust enough for regular use without being overly heavy. Its straightforward, cylindrical shape is designed to fit standard MEC reloading presses and their associated powder/shot bushings.

Ergonomically, it’s a “set it and forget it” component. Once installed, you don’t interact with it directly beyond the shot flowing through it. The smooth interior surface prevents any snags or impediments to the shot, which is a subtle but important design consideration for reliable reloading.

Durability & Maintenance

For its intended use as a shotshell reloading component, this drop tube is built for durability. The plastic material is resilient to common workshop chemicals and impacts, suggesting it will last for many reloading sessions.

Maintenance is practically non-existent beyond an occasional wipe-down. Its simplicity means there are no moving parts to fail or complex mechanisms to clean. The primary concern would be physical damage from extreme impacts, but under normal operational stress, it should prove to be a long-lasting addition to any reloader’s toolkit.

Accessories and Customization Options

This Mec Drop Tube 20ga/28ga/.410 Plastic is a standalone component and doesn’t typically come with accessories. It is designed to integrate with existing MEC reloading press systems, often replacing a standard component.

There are no inherent customization options for the tube itself, other than the fact that it serves multiple gauge sizes. Its compatibility is tied to the specific MEC press models it’s designed for, which is a common characteristic of such reloading components.

Pros and Cons of Mec Drop Tube 20ga/28ga/.410 Plastic

Who Should Buy Mec Drop Tube 20ga/28ga/.410 Plastic?

This drop tube is an excellent choice for any reloader who uses MEC shotshell presses and frequently loads for 20-gauge, 28-gauge, or .410 bore firearms. It’s particularly beneficial for those who prioritize consistent shot drops and are looking for a reliable component that won’t break the bank. Home gunsmiths and serious hobbyists engaged in high-volume shotshell reloading will find significant value here.

Those who should perhaps reconsider are individuals who only reload very occasionally for a single gauge and are perfectly satisfied with their current setup. Also, if you are not using a MEC press, this component might not be compatible. For those using this drop tube, ensuring your MEC press’s powder/shot bushings are correctly sized for the specific loads you’re running will be the most crucial complementary step to maximize its performance.

Conclusion on Mec Drop Tube 20ga/28ga/.410 Plastic

The Mec Drop Tube 20ga/28ga/.410 Plastic proves itself to be a thoroughly practical and effective component for the shotshell reloader. Its straightforward design, coupled with its ability to deliver consistent shot patterns across multiple gauges, makes it a valuable asset on any reloading bench. The plastic construction is not only durable but also contributes to smooth shot flow, a critical factor in producing reliable ammunition.

Considering its very accessible price point, the value proposition here is strong. It offers a tangible improvement in reloading consistency without demanding a significant investment. I would readily recommend this drop tube to any reloader using MEC equipment who wants to refine their shotshell loading process. It’s a simple, effective solution that directly addresses the need for precision and consistency in handloaded ammunition.