ASICS Glideride 2 - A Racing Shoe?
ASICS has been a renowned brand in the running shoe industry, and it has launched its new model of running shoes called Glideride 2. Glideride 2 is the successor of Glideride, which was launched in 2019 and became popular among runners. This article aims to answer the question, is the Glideride 2 a racing shoe?
Overview of Glideride 2
The Glideride 2 is designed to help runners run more efficiently, run for longer distances, and reduce energy loss. The shoe has a unique shape that is designed to propel the runner forward. It has a curved sole that is higher in the heel and lower in the toe, which creates a rocking motion that promotes a more efficient stride. The shoe also has a carbon fiber plate in the midsole that increases the shoe's stiffness and reduces the energy loss.
The Glideride 2 - A Racing Shoe?
While the Glideride 2 is not explicitly marketed as a racing shoe, it can still be used as one. The shoe's design and features allow the runner to run more efficiently and conserve energy. The carbon fiber plate in the midsole increases the shoe's stiffness, which helps in transferring energy from the heel to the toe. This will provide a faster turnover rate, which is essential in racing. However, the shoe's design may not be suitable for all types of races. The rocking motion can be useful in longer races such as marathons, but may not be ideal for short sprints.
Conclusion
The Glideride 2 is a great shoe for runners who want to increase their running efficiency and run for longer distances. While it may not be marketed explicitly as a racing shoe, it can still be used as one. The carbon fiber plate in the midsole provides a faster turnover rate, which can be beneficial for runners in races. However, the shoe's design may not be suitable for all types of races, and runners should consider this before using it in a race. Overall, the Glideride 2 is a great shoe, and runners should consider it if they are looking for a shoe that can help them run more efficiently and for longer distances.
