Amarillo Awaits Arrival of World’s Largest Ball of Twine

Amarillo Awaits Arrival of World’s Largest Ball of TwineAmarillo Awaits Arrival of World’s Largest Ball of Twine The quaint town of Amarillo, Texas, is abuzz with anticipation as it prepares to welcome the world’s largest ball of twine. Weighing a staggering 19,807 pounds and measuring over 40 feet in circumference, the colossal twine marvel has been a beloved attraction for over 80 years. Created by Frank Stoeber in Cawker City, Kansas, the ball began as a humble hobby. Stoeber would save every scrap of twine from the hardware store he owned, wrapping it around a wooden frame. Over the years, the ball grew to epic proportions, becoming a symbol of rural Americana. After Stoeber’s death in 1974, the ball was acquired by the Cawker City Historical Society. However, in 2019, the society announced its intention to sell the iconic landmark due to financial strains. Enter Amarillo. The city, known for its distinctive golden towers, expressed its interest in acquiring the ball. After months of negotiations, a deal was struck, and the ball is now en route to its new home. The arrival of the world’s largest ball of twine is expected to attract thousands of visitors to Amarillo. The city is planning a grand unveiling ceremony, followed by a week-long festival celebrating the new attraction. “This is an incredible opportunity for Amarillo,” said Mayor Ginger Nelson. “The ball of twine is a national treasure, and we are honored to have it in our city.” The ball will be housed in a custom-built museum near the city’s iconic Cadillac Ranch. Visitors will have the chance to marvel at its immense size, learn about its fascinating history, and even touch a piece of the twine. The arrival of the world’s largest ball of twine is a testament to the enduring power of American ingenuity and the appeal of roadside attractions. As people make the pilgrimage to Amarillo to witness this extraordinary sight, they will also experience the charm and hospitality of a city that embraces its unique character.