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Fiberglass and carbon fiber composites have proven to be superior materials due to their exceptional mechanical properties. Design also plays a pivotal role in pole vault poles. The pole’s length, diameter, and tapering are carefully engineered to optimize performance.
Designed for the advanced vaulter, the new Pacer CarbonFX pole incorporated the latest carbon material to produce the world’s lightest and strongest vaulting pole. Lighter poles equal faster runway speeds.
The evolution of pole vault poles from bamboo to carbon fiber has revolutionized the sport, pushing athletes to new heights and breaking records. Bamboo poles, used in the early days of pole vaulting, provided a solid foundation for the sport but were limited in terms of flexibility and weight.
The earliest evidence of pole vaulting can be traced back to ancient civilizations. It is believed that the ancient Egyptians were the first to engage in a primitive form of pole vaulting. They used long poles made from bamboo or other flexible materials to clear obstacles or cross gaps.
In digging thru my pole vault files last week, I came across this one of Jan Johnson clearing 17-6½ (5.35) on my Catapole 550+ for the Bronze in the 1972 Olympics in Munich. "Jan Johnson was involved in the pole hassle.
11 gru 2022 · WHAT ARE VAULTING POLES MADE OF? A vaulting pole is a hollow tube manufactured using thin strips of material (fibreglass/carbon fibre) wrapped around a mandrel (steel rod) which is eventually removed. Resin-impregnated Fibreglass is the standard material for making poles, and a carbon-fibre composite equivalent is a less-common alternative.
Jenks worked with a number of different pole designs until 1968, most notably the Browning Sky Pole and the Black Cata-Pole, designs used by many leading vaulters of the era; he created the first pole with a small tapered grip area, to achieve a better position for the vaulter's hands.
