Measuring Virtual Top Tube Length at Trent Ragland blog

Measuring Virtual Top Tube Length. The effective top tube is a line horizontal to the ground that connects the middle of the head tube and another line extended out of the seat tube. Ett length is generally regarded as a more dated method of measuring the size and fit of a bike than stack and reach measurements. This post explains the difference between the effective top tube and the actual top tube. The distance between the centers of the head tube and seat tube running through the top tube is both the actual and effective top. Effective (virtual) top tube length. This measurement has become significant as more and more bikes are designed with sloping top tubes. Measured along the length of the top tube from the center of the seat tube to the center of the head tube. It combines frame reach along with the additional horizontal reach created as a result of the seat tube angle (behind the bottom bracket). The length of the top tube is commonly measured three ways: Top tube length provides a measure of reach for the rider. The effective top tube length is the horizontal distance from the top tube/head tube junction to the seat tube. The top tube measurement is important because it lets you know how long a bike is, crucial for determining its reach.

Top tube length provides a measure of reach for the rider. This measurement has become significant as more and more bikes are designed with sloping top tubes. It combines frame reach along with the additional horizontal reach created as a result of the seat tube angle (behind the bottom bracket). This post explains the difference between the effective top tube and the actual top tube. The effective top tube length is the horizontal distance from the top tube/head tube junction to the seat tube. The length of the top tube is commonly measured three ways: The effective top tube is a line horizontal to the ground that connects the middle of the head tube and another line extended out of the seat tube. Effective (virtual) top tube length. The distance between the centers of the head tube and seat tube running through the top tube is both the actual and effective top. The top tube measurement is important because it lets you know how long a bike is, crucial for determining its reach.

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Measuring Virtual Top Tube Length The length of the top tube is commonly measured three ways: This post explains the difference between the effective top tube and the actual top tube. The top tube measurement is important because it lets you know how long a bike is, crucial for determining its reach. It combines frame reach along with the additional horizontal reach created as a result of the seat tube angle (behind the bottom bracket). This measurement has become significant as more and more bikes are designed with sloping top tubes. Measured along the length of the top tube from the center of the seat tube to the center of the head tube. The effective top tube is a line horizontal to the ground that connects the middle of the head tube and another line extended out of the seat tube. Effective (virtual) top tube length. The effective top tube length is the horizontal distance from the top tube/head tube junction to the seat tube. Ett length is generally regarded as a more dated method of measuring the size and fit of a bike than stack and reach measurements. The distance between the centers of the head tube and seat tube running through the top tube is both the actual and effective top. The length of the top tube is commonly measured three ways: Top tube length provides a measure of reach for the rider.