How do the Niner RLT 9 Steels unique frame design and features, such as the Reynolds 853 steel construction and the PF30 bottom bracket, affect its performance and ride quality on various terrain types and conditions, and what are some potential drawbacks or limitations that riders should be aware of when considering this bike for long-distance touring or commuting.
What is the general consensus among riders who have spent extensive time on the Niner RLT 9 Steel regarding its ability to handle heavy loads, such as panniers or bikepacking gear, and how does it compare to other popular steel-framed touring bikes in this regard.
Can riders who have upgraded or modified their Niner RLT 9 Steel share their experiences and recommendations for improving the bikes performance, durability, or comfort, and what are some potential pitfalls or mistakes to avoid when making these modifications.
How does the Niner RLT 9 Steels steel frame and carbon fork combination affect its overall weight, and are there any notable differences in terms of ride quality or handling compared to other bikes with similar frame materials and designs.
What are some common issues or problems that riders have encountered with the Niner RLT 9 Steel, such as creaking or cracking sounds, and how have they been addressed or resolved by the manufacturer or through DIY repairs.
Are there any notable differences in terms of ride quality or performance between the Niner RLT 9 Steel and its predecessor, the RLT 9, and what are the key upgrades or improvements that were made in the newer model.
How does the Niner RLT 9 Steels frame design and geometry affect its handling and stability at high speeds, and are there any notable differences in terms of responsiveness or maneuverability compared to other bikes in this category.