Is a 17-inch Frame Too Small For Me? (quick answer and tables)
Condensed answer: A 17-inch MTB frame will fit a person with an inseam measurement of about 82cm or 32.3 inches. In a specific context, taller individuals with a longer inseam…
Condensed answer: A 17-inch MTB frame will fit a person with an inseam measurement of about 82cm or 32.3 inches. In a specific context, taller individuals with a longer inseam…
Condensed answer: If your cycling inseam measurement is significantly above 76cm or 30 inches, then a 50cm/19.5" road bike frame will probably be uncomfortably small for you. The Effect of…
Condensed answer: If your inseam is about 88cm/34.7in, then a 58cm frame won't be too large. The final fit, however, depends on a number of factors and the best approach…
Condensed answer: The difference between a 54cm and a 56cm road bike frame isn't as massive as it may sound, especially after counting for size variation between brands. In most…
Condensed Answer: In general, a 54cm/21-inch frame can work just fine for an 182cm/5'10" rider, but in some cases, a slightly larger frame (56-58cm) will be needed. The unique anthropometry…
This post compares the advantages and disadvantages of lugged and monocoque carbon frames. Definitions Monocoque frame. The majority of carbon frames today are built by gluing together a few separate…
This post compares lugged and fillet brazed frames. Definitions Before comparing the two types of frames it's necessary to present the technological processes behind their production. Fillet Brazed Frames As…
This post compares the differences between lugged and TIG welded bicycle frames. Definitions Before comparing the two types of frames, it's necessary to describe their main properties and the technology…
This post compares the advantages and disadvantages of curved and straight bicycle tubing. The Advantages of Curved Tubing Shorter Chainstays Some aggressive road and track bikes have a curved seat…
Chainstays: The tubes running from the bottom bracket shell to the rear dropouts. The name comes from the proximity of the chainstays to the chain. FAQ: How are chainstays measured?…