Considering the transition to technical trekking poles, I am evaluating the use of titanium variants for applications involving high stress and variable terrain. The theoretical advantages of titanium, such as superior fatigue resistance and corrosion resistance compared to aluminum alloys, are well known. However, observable performance enhancements in field use, particularly regarding load transfer, stiffness, and weight distribution, remain a topic of debate.
Has anyone conducted side-by-side comparisons of titanium trekking poles with alternative materials like carbon fiber or traditional aluminum in terms of durability, lateral stability, and user comfort under prolonged usage? Additionally, what measurable differences—if any—have been observed in vibration damping and energy transfer dynamics when ascending steep inclines or traversing technical terrains?
Your insights or references to documented field studies and mechanical analyses would be most valuable.