The Omega Speedmaster Professional Moonwatch. A name synonymous with space exploration, legendary status, and, surprisingly to some, a degree of ongoing debate regarding its durability. While its iconic status is undeniable, the watch's construction, specifically its use of Hesalite crystal and its overall build, often sparks discussions about its resilience compared to other, more modern timepieces. This article delves into the durability of the Omega Moonwatch, drawing on reviews and analyses from various sources, including those focused on specific models like the 2019, 2021 iterations, and the 3861 movement, to offer a comprehensive understanding of its strengths and weaknesses.
The initial statement, "The watch itself is fine, as long as your expectations are in line for a $270 plastic watch," is a provocative one, and requires immediate clarification. The price point mentioned ($270) is significantly lower than the actual retail price of an Omega Speedmaster Professional Moonwatch, which typically starts at several thousand dollars. This exaggeration highlights a crucial point: the comparison isn't about the inherent value, but rather the material choices that impact durability. The reference to "plastic" targets the Hesalite crystal, a key component that differentiates the Moonwatch from many contemporary watches that utilize sapphire crystals.
Hesalite Crystal: A Trade-off Between Durability and Other Qualities
The Omega Speedmaster Professional Moonwatch's use of Hesalite crystal is a defining characteristic, and a major factor in the durability discussion. Hesalite, a type of acrylic, is significantly less scratch-resistant than sapphire crystal. Reviews across various platforms – from dedicated watch blogs analyzing the Omega Speedmaster Professional Moonwatch review, to personal experiences shared in Omega Speedmaster 3861 Hesalite reviews – consistently highlight this. Scratches are more easily acquired on a Hesalite crystal. This is a frequently cited drawback in Omega Speedmaster Moonwatch reviews (2019, 2021, and beyond).
However, Hesalite possesses qualities that Omega, and many enthusiasts, believe outweigh its susceptibility to scratches. Firstly, it's significantly less prone to shattering than sapphire. In the event of a significant impact, a Hesalite crystal might crack, but it's far less likely to splinter into dangerous shards. This was a critical factor in the watch's selection for NASA's space missions. The risk of a shattered sapphire crystal posing a threat to astronauts was deemed unacceptable. This crucial detail is often overlooked in discussions focused solely on scratch resistance. Many Omega Speedmaster Professional Moonwatch test reports emphasize this inherent safety feature.
Furthermore, Hesalite crystals are comparatively easier and cheaper to replace, a significant advantage over sapphire. The cost difference between replacing a Hesalite and sapphire crystal is substantial, making maintenance more accessible for the average owner. This economic aspect is often highlighted in reviews concerning the Omega Speedmaster Moonwatch's long-term ownership experience.
The Case and Movement: Robustness Beyond the Crystal
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