WTF? 5-month Old Explorer II Running WAY fast all of a sudden. This frantic cry for help, echoing across online Rolex forums, encapsulates the frustration felt by many owners of the iconic Explorer II when their prized timepiece suddenly starts gaining significant time. While the Rolex Explorer II is renowned for its robust construction and reliable movement, like all mechanical watches, it’s not immune to issues, and a sudden increase in its rate is a common concern. This article will delve into the reasons behind a fast-running Explorer II, exploring potential solutions, and offering guidance based on the model you own (referencing the provided categories: Rolex Explorer II size chart; Rolex Explorer II value chart; Rolex explorer 2 42mm review; Rolex Explorer II polar review; Rolex Explorer II size comparison; Rolex Explorer II 226570 review; Rolex Explorer II black or white; Rolex explorer 2 216570 review).
The sudden onset of a significant rate increase in a relatively new Explorer II (like the five-month-old watch mentioned in the forum post) is particularly alarming. This isn't the gradual drift that might occur over years due to aging components; this suggests a more immediate problem requiring attention. Let's explore the potential culprits.
Possible Reasons for a Fast-Running Rolex Explorer II:
* Shock: Even a seemingly minor shock can disrupt the delicate balance of a mechanical movement. A fall, a bump, or even a sudden jarring motion could have shifted components within the watch, causing it to run faster. This is especially pertinent for the active individuals who often gravitate towards the Explorer II's rugged design. Consider if the watch experienced any unusual impacts in the period leading up to the increased rate.
* Magnetic Fields: Exposure to strong magnetic fields is a common enemy of mechanical watches. Modern life exposes us to numerous magnetic sources, from smartphones and laptops to certain industrial equipment. A magnetized watch will often run faster, and the effect can be sudden and dramatic. A simple test with a compass can indicate if magnetism is the culprit.
* Lubrication Issues: The intricate mechanism of a Rolex Explorer II relies on precise lubrication. Insufficient lubrication or the presence of dust or debris can cause friction, leading to an increased rate. While Rolex movements are known for their high quality and long-lasting lubrication, it's not impossible for issues to arise, especially if the watch has been exposed to extreme temperatures or humidity.
* Worn or Damaged Components: While unlikely in a five-month-old watch, the possibility of a manufacturing defect or a pre-existing, subtle issue becoming exacerbated cannot be entirely dismissed. A tiny particle of dust or a microscopic imperfection might have suddenly interfered with the movement’s operation.
* Temperature Fluctuations: Extreme temperature changes can affect the performance of a mechanical watch. While Rolex movements are designed to withstand a range of temperatures, significant fluctuations can still influence the rate. A sudden change in climate or environment could be a contributing factor.
Diagnosing the Problem:
Before panicking and rushing to a repair shop (although that's ultimately the best course of action), try these steps:
1. Check for Magnetism: Use a compass to check for magnetic interference. If the compass needle deflects significantly near your watch, it suggests magnetism is the problem, and a demagnetization process is required.
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