What are the key differences in hydrodynamic performance between the Speedo LZR Racer Elite 2 and its predecessor, particularly in regards to the drag reduction and propulsion enhancement provided by the new LZR Pulse Fabric and the re-engineered compression system, and how do these advancements impact the swimmers ability to maintain a streamlined position and generate power throughout the stroke cycle?
Furthermore, what are the implications of the LZR Racer Elite 2s redesigned shoulder and chest panels on the swimmers range of motion and flexibility, and how do these changes affect the overall fit and feel of the suit, particularly for swimmers with varying body types and swimming styles?
Additionally, can anyone provide insight into the durability and longevity of the LZR Racer Elite 2, specifically in regards to the suits ability to withstand repeated use and exposure to chlorine and other harsh chemicals, and how does this compare to other high-end swimsuits on the market?
It would also be beneficial to discuss the impact of the LZR Racer Elite 2s technical features on the swimmers overall performance, including the suits ability to reduce drag, enhance propulsion, and improve efficiency, and how these benefits translate to real-world performance gains in competition.
Furthermore, what are the implications of the LZR Racer Elite 2s redesigned shoulder and chest panels on the swimmers range of motion and flexibility, and how do these changes affect the overall fit and feel of the suit, particularly for swimmers with varying body types and swimming styles?
Additionally, can anyone provide insight into the durability and longevity of the LZR Racer Elite 2, specifically in regards to the suits ability to withstand repeated use and exposure to chlorine and other harsh chemicals, and how does this compare to other high-end swimsuits on the market?
It would also be beneficial to discuss the impact of the LZR Racer Elite 2s technical features on the swimmers overall performance, including the suits ability to reduce drag, enhance propulsion, and improve efficiency, and how these benefits translate to real-world performance gains in competition.