Overview and Specifications of WheelTop's Affordable Electronic Groupset "EDS"
This article summarizes the features and specifications of the budget-friendly electronic groupset "EDS" newly released by the Chinese manufacturer WheelTop.
Posted at: Jun 17, 2021
Cycle computers are increasingly being used not only on road bikes and other sports bikes, but also on bicycles for everyday use. This section summarizes what cycle computers are good for, what they can do, and the advantages of using them.
Table of contents
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There are three main purposes for using a cycle computer on a bicycle.
The basic function of a cycle computer is to check ride data in real time. If you know your speed and distance, you can determine how fast and how far you have ridden.
In the past, the only data that could be obtained from a cycle computer was the hourly speed, distance traveled, and current time, but nowadays, by connecting an external sensor, it is possible to obtain the following data
Power, heart rate, and other data can also be acquired by connecting an external sensor.
By checking such data in real time, training becomes more efficient.
The second main purpose of using a cycle computer is the log function.
By storing ride data on your cycle computer, you can view details of your rides, as well as weekly and monthly ride data.
In practice, you are more likely to use a portal service such as Strava to manage your ride logs than to check the logs on your cycle computer alone, but by using such portals, you can do the following
These are modest but very motivating.
Some models of GPS-equipped cycle computers can provide car navigation-like route guidance by themselves. However, navigation functions as sophisticated as a car navigation system are only available on top-of-the-line models.
Comparison of Navigation Features in GPS Cycling Computers
This is a summary of the different navigation functions of GPS cycle computers. Even GPS cyclocomputers with the same navigation function have completely different usability depending on the onboard navigation function.
As for route navigation, different cycle computer models have different navigation methods and route setting methods, but since it is not possible to check directions on a smartphone frequently during a ride, being able to check the route and map on the handlebars is more convenient than one might imagine.
The ability to track your route in real time means that you can also use things like time trials for each route using Strava Live segments, etc. (the cyclocomputer itself must be compatible).
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The quality of training is very important for those who are on a bicycle diet or road racing.
There are various training methods, such as aerobic exercise for dieting and resistance training for race training, but if you connect a heart rate sensor to a cycle computer, you can monitor your exercise level in real time.
By knowing your exercise level, you can increase or decrease the load appropriately, allowing you to get a high quality workout even in a short period of time.
Sport bicycles such as road bikes and hybrid bikes can reach about 30 km/h if you are not training at full speed. 30 km/h is the same as the speed limit for a moped, so it is quite fast. There is no speed limit for bicycles, and there is no requirement to carry a speedometer, but it is important to know your speed because it can be dangerous depending on where you ride.
In addition, hills and other areas can be even faster than flat terrain, so it is important to keep track of your speed as a point of reference to determine if you are going too fast and how much braking should be applied.
If you go too fast, the braking distance will be longer, and at worst you risk not being able to stop.
Even if you do not need detailed data, it is very useful to know the current time and speed on the handlebars, as it is difficult to look at your phone or watch while riding a bicycle. Inexpensive cycle computers can be purchased for as little as $10, so it is a good idea to try one on as if you were buying a cheap watch.
Summary of functions you want in a cyclocomputer
There are many riding situations where a cyclocomputer would be useful, such as cycling, bicycle dieting, and training. In this issue, we have compiled a list of features we would like to see in a cyclocomputer for each application.
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Cycle Computer Benefits: Discover the Advantages of Using One
Cycle computers are increasingly being used not only on road bikes and other sports bikes, but also on bicycles for everyday use. This section summarizes what cycle computers are good for, what they can do, and the advantages of using them.
Summary of functions you want in a cyclocomputer
There are many riding situations where a cyclocomputer would be useful, such as cycling, bicycle dieting, and training. In this issue, we have compiled a list of features we would like to see in a cyclocomputer for each application.
Comparison of Navigation Features in GPS Cycling Computers
This is a summary of the different navigation functions of GPS cycle computers. Even GPS cyclocomputers with the same navigation function have completely different usability depending on the onboard navigation function.
Types and Differences of Sensors for Bicycle Computers, Their Pros and Cons
External sensors are used to send data such as speed, cadence, and heart rate to a cyclocomputer. This section summarizes the types and differences of sensors for the cyclocomputer and the advantages and disadvantages of each.
Points to keep in mind when buying used cyclocomputers
High-performance cyclocomputers that are expensive when new can be obtained at affordable prices when bought used. In this issue, we have compiled a list of points to keep in mind when buying a used cyclocomputer.
How to choose and recommend a Bluetooth ANT+ sensor
We have compiled a list of recommended Bluetooth ANT+ sensors that are currently available in Japan, as well as how to choose and what to look for when selecting a Bluetooth ANT+ sensor.
Smartwatch as Heart Rate Monitor for Cycling Controller
This is a summary of how to use a smartwatch as a heart rate sensor for a cyclocomputer. If you meet the conditions on the cyclocomputer side and the conditions on the smartwatch side, you can display the heart rate data on the cyclocomputer with the smartwatch alone, without having to buy an additional heart rate sensor.
Tips for turning your phone into a cycle computer
A smartphone can be turned into a cycle computer by simply adding an app. We have compiled a list of tips to check when turning your smartphone into a cycle computer.
Bluetooth Ant+ sensor: Turn your phone into a cycle computer
This is a summary of Bluetooth Ant+ sensors, which can turn your phone into a cyclocomputer or add sensors to your cyclocomputer. How to find a sensor, compatible apps, and what to look for when choosing one.
Google Maps: Free Bicycle GPS Navigator for Directions
This is a summary of how to use Google Maps as a bicycle GPS navigator for directions. It is completely free and very useful for bicycles.
How to choose and recommend a Bluetooth ANT+ sensor
We have compiled a list of recommended Bluetooth ANT+ sensors that are currently available in Japan, as well as how to choose and what to look for when selecting a Bluetooth ANT+ sensor.
Smartwatch as Heart Rate Monitor for Cycling Controller
This is a summary of how to use a smartwatch as a heart rate sensor for a cyclocomputer. If you meet the conditions on the cyclocomputer side and the conditions on the smartwatch side, you can display the heart rate data on the cyclocomputer with the smartwatch alone, without having to buy an additional heart rate sensor.
How to turn your iPhone into a high-performance cycle computer
Cycle computers are used to collect detailed data such as speed and heart rate on road bikes, but in fact, you can turn your iPhone into a high-performance cycle computer with just a few additional items.
How to choose and recommend a Bluetooth ANT+ sensor
We have compiled a list of recommended Bluetooth ANT+ sensors that are currently available in Japan, as well as how to choose and what to look for when selecting a Bluetooth ANT+ sensor.
Smartwatch as Heart Rate Monitor for Cycling Controller
This is a summary of how to use a smartwatch as a heart rate sensor for a cyclocomputer. If you meet the conditions on the cyclocomputer side and the conditions on the smartwatch side, you can display the heart rate data on the cyclocomputer with the smartwatch alone, without having to buy an additional heart rate sensor.
Overview and Specifications of WheelTop's Affordable Electronic Groupset "EDS"
This article summarizes the features and specifications of the budget-friendly electronic groupset "EDS" newly released by the Chinese manufacturer WheelTop.
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Shimano Chain Compatibility for Road, MTB, and Hybrid Bikes
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Shimano ESSA Lineup and Compatibility with Existing 8-Speed Parts
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SRAM Cassette Compatibility Guide
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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.
Types of Shimano Di2 Tools and Their Compatibility
A guide to the essential Shimano Di2-specific tools, especially the "plug tools" used for connecting components, and their compatibility with various Di2 parts.
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.
[By Manufacturer] Types, Features, Pros and Cons of Hydraulic Brake Oils
This article explains the types of hydraulic oils used in bicycle hydraulic brakes, their characteristics, and the brake oil types used by each manufacturer.
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.