Glock Endurance Test: A Month Underwater – Does It Still Work?
Someone wanted to know if a Glock 17 could survive a month submerged in a pond. They put it to the test – and the results are surprisingly straightforward. Let's see what happened.
We've all faced situations where a firearm gets wet. Rain, accidental drops, maybe even a clumsy encounter with a water hazard. The immediate reaction is often panic – will it function? Will it corrode? This video tackles that question head-on with a straightforward, if somewhat unconventional, experiment.
The premise is simple: submerge a Glock 17 in a pond for 30 days, then see if it still fires. No fancy lubricants, no elaborate preservation techniques – just a Glock, a pond, and a month of time.
The initial rinse-off is important. Removing as much mud and debris as possible minimizes potential for abrasive damage during firing. The pulley system and the fresh round are purely for demonstration; the core point is the functionality test. The fact that it fired after a month underwater is a testament to the basic robustness of the platform. It's not a guarantee of long-term reliability (we'll get to that in the troubleshooting section), but it's a reassuring sign.
This isn't about promoting reckless firearm handling. It's about understanding the limitations and resilience of a common tool. A Glock, like any firearm, benefits from proper cleaning and maintenance. But this little experiment suggests that a brief, accidental submersion isn't a death sentence.
What We Can Learn:
- Corrosion is the Enemy: While the Glock fired, prolonged submersion will eventually lead to corrosion. The type of water (mineral content, salinity) plays a huge role.
- Immediate Action Matters: The quick rinse is a good practice. It removes the bulk of the contaminants that accelerate corrosion.
- Glocks are Tough, But Not Invincible: This test proves functionality, not pristine condition. Expect increased friction in the action and potential for rust if left unaddressed.
Troubleshooting & Follow-Up:
- Detailed Cleaning: After any water exposure, a thorough cleaning with a solvent like CLP is essential. Pay close attention to the trigger assembly, slide rails, and bore.
- Inspection: Look for signs of rust or pitting. Small spots can often be addressed with careful polishing and lubrication.
- Component Replacement: If corrosion is severe, consider replacing affected parts like the recoil spring or firing pin.
This type of no-nonsense testing is what we value here. It’s not about flashy marketing or exaggerated claims; it’s about practical knowledge and reliable performance. If you’re looking for that kind of content, and a community built around principles of self-reliance and responsible gun ownership, you’ve found it.
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