Kinder Scout, the highest point in England’s Peak District, presents an unusually open northern horizon from its dramatic escarpment. This paper explores the possibility that the site may once have served as a natural platform for observing the bright star Vega during the late Neolithic and early Bronze Age. Around 2000 BCE, Vega was circumpolar at this latitude and descended to within approximately 4–5 degrees of the true north horizon at lower culmination, creating a striking visual phenomenon from elevated viewpoints along Kinder’s northern rim. By combining basic archaeoastronomical analysis with an examination of local topography, the study proposes that features such as Fairbrook Naze, Seal Edge and Black Ashop Edge deserve systematic field investigation. While no direct prehistoric evidence is currently known, the paper argues that the convergence of landscape and celestial mechanics is sufficiently specific to justify further research. Pollen records suggest that while the surrounding valleys of the Peak District were once heavily wooded, the exposed Kinder plateau likely supported only sparse woodland by the late Neolithic and Bronze Age, leaving the northern escarpment with a relatively open horizon suitable for celestial observation.