What Is Shimano Shadow RD? Features and Benefits
What is Shimano’s Shadow RD used in their latest rear derailleurs? This article explains its features and the benefits of choosing Shadow RD.
Posted at: Nov 9, 2020
Tire air maintenance is surprisingly often neglected, but in fact, it is only beneficial. In this issue, we summarize the importance of keeping tires well inflated and the precautions to take when inflating tires.
Table of contents
Sponsored Link
Tires are the only part of the bicycle that is in contact with the ground. The area of the tire in contact with the ground is directly related to riding performance.
The larger the surface area, the more stable the bicycle is, but the more resistance it encounters from the ground, the less power it has to roll. On the other hand, the smaller the footprint, the less resistance from the ground, and thus the lighter the bicycle can run.
If the bicycle has less air, the tires will be crushed by the importance of the bicycle body and the weight of the person riding the bicycle, so the setting area will increase. This will make it harder to roll and heavier to pedal the bicycle.
If the bicycle is well inflated, the tires will not be crushed and the footprint will be reduced, making the bicycle easier to pedal.
The most common bicycle problem is a flat tire. Although a bicycle puncture seems like a tire failure, most are caused by damage to the tube that inflates the tire.
There are three main causes of punctures
A puncture caused by a stone, nail, glass, or other foreign object puncturing the tube can only be avoided by being careful while riding.
On the other hand, the most common cause of punctures is a phenomenon called rim strike, which is a type of puncture in which the tube breaks when it is caught between the wheel rim and the ground when riding over a bump or other obstacle.
If properly inflated, a bicycle tire is basically fine over bumps, but if it is underinflated, the tire will collapse that much more, causing the distance between the ground and the rim to be closer, triggering a rim-striking puncture.
In other words, properly inflating a bicycle tire is directly related to preventing rim-striking punctures.
You can adjust the tire pressure on road bikes and other sport tires by using an inflator with a gauge, which allows you to measure the tire pressure.
By adjusting the tire pressure, the grip of the tire can be changed. Lowering the air pressure will increase the grip, and increasing the air pressure will reduce rotation.
For example, you can increase air pressure on long rides when you want to ride longer and easier, or decrease air pressure on rainy days to prevent slipping and improve grip.
There is a proper inflation pressure for bicycle tires. The tire is marked with XXbar, XXXpsi, etc., and that is the correct air pressure.
If you inflate the tire more than the correct pressure, the tube inside the tire will burst (burst). Conversely, if less than the correct air pressure is used, the tire will collapse during riding, causing a rimming puncture.
Therefore, it is important to inflate at “neither too high nor too low” air pressure.
Bicycle Air Gauge: How to Use and Read Memory
This is a summary of how to use a bicycle air gauge and how to read the memory, which can be surprisingly difficult for beginners to understand. We have also picked up some points to check when purchasing an air gauge.
Although it is not possible to measure air pressure with English valves, it is recommended that you have a bicycle shop inflate your bicycle once to check “how hard to inflate” so that you can use it as a guide when inflating your own bicycle.
In addition to rolling the bike, bicycle tires also protect the inner tube. Therefore, if a tire is cracked or damaged, it will damage the tube every time you ride, so check the condition of the tire when inflating it.
Tires cost about $20 per tire, which can be a painful expense, but it is better than having a flat tire on the road, so have a bicycle shop check the condition and replace the tire as needed.
Generally speaking, tires should be replaced after 3,000 km. If you commute 10 km to and from work or school every day, it will be time to replace tires after about 2 years.
We have seen the importance of keeping bicycle tires well inflated.
Tire inflation not only prevents bicycle punctures, but also ensures a comfortable ride. Make your bicycle ride more comfortable by maintaining them properly.
Sponsored Link
Choosing the right tires for a rainy road bike ride
Road bikes are often used for riding in the rain. In this article, we summarize tire selection for riding in the rain on a road bike.
Tire Tubes: Types, Manufacturers, and Selection Tips
Tire tubes are consumable parts that are replaced relatively frequently on bicycles. We have compiled a list of tire tube types, manufacturers, and points to keep in mind when selecting a tire tube.
Properly Inflating Bicycle Tires: The Importance
Tire air maintenance is surprisingly often neglected, but in fact, it is only beneficial. In this issue, we summarize the importance of keeping tires well inflated and the precautions to take when inflating tires.
Road Bike Tires: Types and How to Enjoy Them
Changing tires can change the way you ride! We have compiled a list of different types of tires for road bikes, their respective characteristics, advantages and disadvantages, and how changing tires can make road biking more enjoyable.
Changing Bicycle Tire Size and Thickness: 3 Key Points
Tire customization is a fun way to change the riding experience for a cost of about $100. When replacing tires, there are three points to keep in mind when changing the size and thickness of your bicycle tires.
Bicycle Tire Lifespan: Tips to Extend and Check for Wear
This section summarizes the life of a typical bicycle tire, how to check for wear and tear, and how to replace a tire. Also how to store tires to extend their life.
Road Bike Tire Names, Sizes, and Standards
There are many different types of tires for road bikes, including different size standards and types. In this issue, we summarize the key points you should know about road bike tires.
Advantages and disadvantages of clincher tires
Clincher tires are widely used on bicycles, from city bikes to road bikes and other sports bikes. The following is a summary of their advantages and disadvantages.
Advantages and disadvantages of tubular tires
Tubular tires are the choice of users who are concerned about performance. In this issue, we summarize the advantages and disadvantages of tubular tires and what kind of users they match.
Tubeless and Tubeless Ready Tires: Pros and Cons
Tubeless and tubeless ready tires are increasingly being adopted in the latest wheels. The following is a summary of the differences, advantages and disadvantages of each, and points to keep in mind when choosing.
TPU Inner Tube: Features, Pros, and Cons for Road Bikes and MTB
TPU inner tubes are gaining attention as the third force in bicycle tires. We summarize its features, advantages and disadvantages of using it on Road bikes and MTBs, and major manufacturers.
What Is Shimano Shadow RD? Features and Benefits
What is Shimano’s Shadow RD used in their latest rear derailleurs? This article explains its features and the benefits of choosing Shadow RD.
Shimano Chain Compatibility for Road, MTB, and Hybrid Bikes
An overview of Shimano chain compatibility across road bikes, mountain bikes, and hybrid bikes. Includes guidance on how to choose the right chain for your drivetrain.
Shimano ESSA Lineup and Compatibility with Existing 8-Speed Parts
An overview of Shimano's newly released 8-speed component group "ESSA" and its compatibility with existing 8-speed parts.
SRAM Cassette Compatibility Guide
Compatibility guide for SRAM cassettes used in road and MTB bikes. Find matching drivetrains and wheels easily.
Compatibility Guide for SRAM MTB Components
A detailed explanation of compatibility between SRAM MTB components. This guide outlines which parts can be used together and which combinations are not compatible.
Road and MTB Sprockets Compatibility Overview
A guide to the compatibility between road and MTB sprockets, explaining whether they can be used together with different components.
Shimano CUES Cassette Compatibility Guide
A detailed guide to the compatibility of Shimano CUES series cassettes. Includes an overview of compatible rear derailleurs, chains, and wheels.
Shimano Hydraulic Brake Hose and Connector Standards Guide
An explanation of the differences between Shimano’s hydraulic brake hoses BH90 and BH59, the types of connecting bolts, and how to choose the right hose for your brake system—including key points to watch out for.
Types and Compatibility of Shimano Di2 Batteries
The Di2 battery is the core of the Shimano Di2 system, influencing the overall system layout. This article explains the different types and their compatibility.
Shimano Di2 Wire Types and Compatibility
Overview of Shimano Di2 electric wire types and their compatibility with Di2 components.
How to Identify Shimano Di2 Generations
Explains the generational differences in Shimano Di2 components and their compatibility. Includes a list of component series and their corresponding generations.
In-Depth Guide to Shimano 12-Speed Cassette Compatibility
A detailed explanation of the key compatibility factors when using Shimano's 12-speed cassettes—specifically the required wheel (freehub) and drivetrain, which differ significantly from previous 11-speed systems.
Perfect Guide to Shimano 11-Speed Cassette Compatibility
A detailed explanation of two key compatibility factors when using Shimano 11-speed cassettes: the required wheel (freehub) and drivetrain.
Perfect Guide to Shimano 10-Speed Cassette Compatibility
A detailed explanation of two key compatibility factors when using Shimano 10-speed cassettes: the required wheel (freehub) and drivetrain.
In-Depth Guide to Shimano 9-Speed Cassette Compatibility
A comprehensive explanation of two key compatibility factors when using Shimano 9-speed cassettes: the required wheel (freehub) and drivetrain.
What Is a BOOST Crank? Differences from Standard MTB Cranks and How to Choose
This article explains what a BOOST crank is, how it differs from conventional MTB cranks, and provides guidance on selection across different manufacturers.
Shimano I-SPEC Shift Lever Mount Standards Explained
A complete guide to Shimano's I-SPEC shift lever mount standards, covering features, differences between models, and compatibility.
Shimano Hydraulic Disc Brake Standards and Selection Guide
Unlike mechanical brakes that only pull a cable, hydraulic disc brakes come with various standards and technologies depending on the manufacturer. This article highlights Shimano’s hydraulic disc brake technologies and standards, along with key points to consider when selecting one.
Shimano CUES Components Lineup and Compatibility Guide
A comprehensive guide to Shimano's new CUES component group for MTB and lifestyle categories, including gear ratios, part lineup, and compatibility with traditional components.
TPU Inner Tube: Features, Pros, and Cons for Road Bikes and MTB
TPU inner tubes are gaining attention as the third force in bicycle tires. We summarize its features, advantages and disadvantages of using it on Road bikes and MTBs, and major manufacturers.