OLD VS NEW // TaylorMade SLDR vs M5 vs Qi10LS

The video starts with an introduction to a new series called Old vs. New, where the host compares golf club drivers from the past 10 years.

Discussion about TaylorMade drivers over the past 10 years, starting from the SLDR in 2014 to the latest models.

Analyzing the design evolution of TaylorMade drivers, focusing on changes in loft, ball speed, and forgiveness over time.

Detailed examination of the SLDR driver model, discussing its unique features, impact on spin rate, and size comparison.

Comparison of the M5 driver model with its predecessors, discussing ball speed, sound, and design improvements.

A comparison of forgiveness and distance capability among different TaylorMade driver models with a focus on MOI, spin rate, and forgiveness.

An analysis of sound and feel characteristics of the drivers, including pitch, speed, impact on ball speed, and stability.

Discussion on speed, stability, ball speed retention, and efficiency of the drivers, highlighting the impact on performance.

Introduction of new technologies like Y-track, carbon face, and speed injection in modern driver designs for improved performance.

Comparison of spin rate and loft adjustments in different driver models, focusing on the impact on launch conditions and ball flight.

Discussion on ball flight characteristics, spin rate adjustments, and the influence of CG location on ball trajectory and spin rate.

Comparison of launch and spin rates between different driver models, discussing the influence of loft, CG location, and forgiveness on performance.

Feedback on forgiveness, spin control, and performance of the drivers during testing and comparison sessions.

Evaluation of flight characteristics, launch conditions, spin rates, and speed differences among TaylorMade driver models for performance analysis.

Discussion on the impact of Twist Face technology on ball flight, spin control, forgiveness, and speed retention in modern driver designs.

Comparison of strike quality, ball speed, and distance among different driver models, focusing on speed improvement and forgiveness features.

Analysis of the evolution of driver design features over the years, focusing on speed, forgiveness, launch conditions, and spin control improvements.

Comparison of comfort level, strike consistency, and overall performance between different driver models, emphasizing the impact on ball flight and directional control.

Conclusion on the performance of different driver models, expectations for future advancements in golf club technology, and the significance of evolutionary changes in driver design.