The Compatibility of 160mm Forks And 150mm Frames
In most cases, a frame that can handle 150mm of travel can operate with 160mm. That said, the difference in travel is too small for the switch to have a…
In most cases, a frame that can handle 150mm of travel can operate with 160mm. That said, the difference in travel is too small for the switch to have a…
A 160mm fork can be installed on a 120mm hardtail only when the head tube is strong enough to endure the additional stress coming from the extra length. If the…
This post compares the advantages and disadvantages of 69.5° and 67° head tube angles. The Advantages Of a 69.5° Head Tube Angle Head Tube Angle (HTA) Graph Better for Climbing…
Objective: The purpose of this post is to explain whether it is better to have an effective top tube that's too long than needed or too short. First, it's necessary…
This post compares and explains the differences between the terms reach and effective top tube. Definitions Reach - the horizontal distance from the center of the bottom bracket to the…
This post explains the connection between the seat tube angle and the position of the saddle. There are two seat tube angles - the effective seat tube angle and the…
This post investigates the relationship between different seat tube angles and knee pain. First, let's begin with the definition of a seat tube angle. The seat tube angle (STA) is the angle…
This post will reveal how one can affect the effective seat tube angle without getting a new frame. First, let's present a couple of important definitions that will make the…
A seat tube angle between 73° and 75° is the norm for a hardtail today. The most common number seems to be 73.5°. Those values preserve both the climbing capabilities…
Ultra-condensed Answer: The most commonly found seat tube angle among lightweight climbing bikes is 73.5°. What Is a Seat Tube Angle? The seat tube angle (STA) is the angle between…