It's a question that pops up on a warm afternoon, or perhaps when planning a much-needed escape: 'What's the closest ocean beach to me?' The answer, of course, depends entirely on where 'me' happens to be. For some, it's a quick drive, a familiar scent of salt and sunscreen. For others, it's a journey, a dream of distant shores.
Thinking about this, I'm reminded of a different kind of journey, one that took place not across oceans, but through the skies. The book 'The Smell of Kerosene: A Test Pilot's Odyssey' by Donald L. Mallick with Peter W. Merlin, recounts an incredible career flying over 125 types of aircraft. Mallick's story, starting with naval flight training and carrier operations, eventually led him to NASA's research programs. He witnessed the evolution from NACA to NASA, flying everything from modified helicopters and jets at Langley to pushing boundaries with the XB-70 and the YF-12 Blackbird at Edwards Air Force Base. He even helped develop techniques for lunar landings by test-flying the Lunar Landing Research Vehicle.
While Mallick's adventures were about conquering the atmosphere, the desire to reach the ocean is a primal one. It's about the vastness, the rhythm of the waves, the feeling of sand between your toes. The 'closest' beach isn't just a geographical point; it's a feeling, an anticipation.
So, how do you find that closest stretch of blue? In today's world, it's remarkably simple. A quick search on your smartphone or computer, using your current location, will bring up maps and directions to the nearest coastal access. Many apps and websites are dedicated to this very purpose, often providing details about amenities, wave conditions, and even tide times. It’s a far cry from the days when finding such information required extensive planning or local knowledge.
Whether you're yearning for the roar of a jet engine or the gentle lapping of waves, the journey to discovery is often just a few clicks away. The thrill of exploration, whether through the pages of a book or the navigation of a map, remains a constant.
