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link to The Top 5 Best Mountain Ebikes of 2023: A Comprehensive Guide

The Top 5 Best Mountain Ebikes of 2023: A Comprehensive Guide

What Makes a Mountain Ebike Worthwhile?How many years do eBikes last?Key Features to Look for in a Mountain EbikeComparing Top Mountain Ebike Models1. Orbea Wild FS - The E-Bike of the Year2. Pivot...

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link to The Best Mountain Bike Ebikes of 2022: A Comprehensive Guide

The Best Mountain Bike Ebikes of 2022: A Comprehensive Guide

1. The Power of E-Bikes2. The Best Mountain Bike E-Bikes of 20222.1. Scott Ransom E-Ride 9202.2. Rocky Mountain Altitude Powerplay2.3. Yeti 160 E T12.4. Score 4060 Z LT XT2.5. Specialized Levo3....

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link to Modern Mountain Bike Geometry & How It Works: Top 10 Tips

Modern Mountain Bike Geometry & How It Works: Top 10 Tips

1. Understanding the Basics Modern mountain bike geometry is all about the design and arrangement of the bike's frame. The geometry of a bike can significantly influence its performance, handling,...

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link to Is The Motor More Important Than An E Bike’s Geometry? 4 Considerations

Is The Motor More Important Than An E Bike’s Geometry? 4 Considerations

1. Introduction The world of e-bikes is fascinating, with two key elements often sparking debate among enthusiasts and experts alike: the motor and the bike's geometry. While both are integral to the...

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The Top 10 Best Ebikes of 2021: A Comprehensive Guide

1. Introduction The year 2021 has seen a massive increase in the popularity of ebikes. With their effortless ride and extensive range, they have become an obvious choice for many. In this article, we...

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link to Lighter Weight or More Power: Top 10 Tips for E-Bike Enthusiasts

Lighter Weight or More Power: Top 10 Tips for E-Bike Enthusiasts

1. Understanding the Power-to-Weight Ratio The power-to-weight ratio is a crucial concept in the world of e-bikes. It measures the power produced by a bike's engine in comparison to its weight. A...

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About Us

Bikometry is a discipline focused on the science and art of understanding the geometry and linkage of mountain bike frames and their suspension systems.


This intricate field studies the angles, distances, and details that define a bike's performance on various terrains. Every aspect, from the head tube angle to the chainstay length, influences how the bike behaves.


Linkage, which connects the rear wheel to the bike frame, combined with the suspension, ensures smooth rides by absorbing shocks from the terrain.


By understanding bikometry, whether you're a designer, professional rider, or enthusiast, you can optimize bike performance, choose the right model, or even craft a custom bike. Dive into bikometry with us and explore the nuances that make mountain biking exhilarating.

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