Pirastro Cello Perpetual RopeCore/Tungsten C Medium Strings

PERPETUAL – Assertiveness and projection Pirastro’s most powerful cello string minimal playing-in time great dynamic range enhancing the unique natural qualities of each cello The sound of the Perpetual Medium set is crystal clear and precise, powerful and grand. Each string responds easily and directly. This is especially impressive with the G- and C-strings which respond immediate to the lightest bow techniques. All strings have a ball-end. Piratro’s engineers were faced with the challenge of developing a string using ground-breaking construction and superior material composition, while creating the machines required to achieve this. Their musical intuition and expertise allowed them to realise this milestone in their developmental work. They approached the field of violoncello strings from an entirely new perspective: Being able to forget your surroundings and focus on playing is what inspires and comforts a cellist. Therefore the key parameters they had to meet were easy playability, long durability, and perfect string-to-string harmony. This new idea laid the foundation for Pirastro to make changes to the materials and processing techniques so that the strings acquired a further tonal dimension. This new dimension opens up the instrument to its full tonal colours and grants the musician the technical freedom to fully focus on their play. Perpetual strings are characterised by great flexibility and an extraordinary tonal spectrum – from a sweet, warm tone to sheer endless power, everything is possible. The sound is like a large house with plenty of room for individual design. At the same time the tone is focussed and clear, the most delicate touches are instantly audible and the base warmth always present. The natural qualities and timbre of each cello are enhanced by the strings’ great dynamics and intensity. During the development Pirastro concentrated on reducing the break-in time. Their technicians did an impressive amount of research and analysis to develop a device for measuring the settling-in time, so each individual string can be tuned and brought to pitch before dispatch. This enables the materials used in the string to adjust and settle which reducing break-in time significantly.