Modified at: Apr 7, 2025
Posted at: Feb 13, 2022
This is a thorough comparison of all models of cycle computers from XOSS, a new manufacturer from Hong Kong that is popular for its overwhelming cost performance.
Table of contents
Sponsored Link
The second generation of XOSS’s standard GPS bike computer. The screen size has been expanded to 2.2 inches, allowing more data fields to be displayed simultaneously. It now supports USB Type-C charging. The overall size remains similar to the previous generation but is about 10g lighter.
One major improvement is support for QZSS (Michibiki), a Japanese satellite system. While this may not make much of a difference in urban areas, it greatly improves GPS accuracy in mountainous areas where signal acquisition is unstable.
The second generation of XOSS’s standard GPS bike computer, now featuring a larger 2.2-inch display (up from 1.8 inches). Like the first generation, it measures speed and distance using its built-in GPS but does not support external sensors.
Although it may seem underwhelming compared to the well-rounded G+ Gen2, it’s great news for users who just want a super-affordable bike computer.
The current model with navigation, succeeding the XOSS SPRINT. This GPS bike computer has a 2.4-inch display, screen customization, route navigation, and graph display. During sales, it’s available for under ¥8,000, offering excellent value for money.
The navigation is line-based (no map display) and works offline, supporting turn-by-turn directions. While it’s not ideal for intricate residential routes, it performs well on main roads.
This level of functionality at this price point is remarkable.
The basic model in the XOSS GPS lineup. It measures speed and distance using only the built-in GPS. As all data is acquired from the internal sensors, there’s no need to install additional sensors on your bike, making it a simple solution for beginners.
It only captures GPS and barometric data, so while it’s perfect as an entry-level computer, it lacks support for cadence or heart rate measurement.
It does have built-in Bluetooth, but it is used only for pairing with a smartphone and cannot connect with Bluetooth sensors.
This model adds ANT+ sensor support to the base XOSS G. It offers the same GPS and barometric data from the built-in sensors and adds the ability to connect with external ANT+ sensors for cadence and heart rate monitoring.
Note that while the XOSS G+ supports ANT+ sensors, it does not work with power meters or electronic shifters such as Shimano Di2. Bluetooth is only used for smartphone pairing and not for external Bluetooth sensors.
XOSS SPRINT is a high-end model with a 2.7-inch LCD display, navigation capabilities, and power meter support. Originally launched through Kickstarter, it gained attention in Japan for being priced around ¥10,000 at one point.
Unfortunately, it’s now rarely available in Japan, and most units have disappeared from the market. It was briefly sold on XOSS’s official international site, but even that has since ended.
Next, let’s compare the specifications and functions of XOSS cyclocomputers.
| Specs & Features | G | G+ | SPRINT |
|---|---|---|---|
| Screen size | 1.8 inches | 1.8 inches | 2.7 inches |
| Number of screen display items | 3 | 5 | 9 |
| Use time | 25hours | 25hours | 37hours |
| Sensors | Four positioning satellites Barometer |
Four positioning satellites Barometer |
Four positioning satellites Barometer |
| Bluetooth | ○ | ○ | ○ |
| ANT+ | - | ○ | ○ |
| Linking with Power Meter | - | - | ○ |
| Navigation | - | - | ○ |
| Autobacklight | ○ | ○ | ○ |
| Wireless Drive | ○ | ○ | ○ |
| Speed | ○ | ○ | ○ |
| Travel distance | ○ | ○ | ○ |
| Travel time | ○ | ○ | ○ |
| Gradient/Altitude | ○ | ○ | ○ |
| Maximum speed | ○ | ○ | ○ |
| Total Distance | ○ | ○ | ○ |
| Altitude | ○ | ○ | ○ |
| Strava integration | ○ | ○ | ○ |
The only difference between the XOSS G and XOSS G+ is the ANT+ sensor function and the number of items displayed on the screen, but everything else is the same. The number of items displayed on the screen seems to have been increased to support cadence and heart rate.
| Specs & Features | G | G+ |
|---|---|---|
| Number of screen display items | 3 | 5 |
| ANT+ | - | ○ |
However, the ANT+ sensor is quite important for riders who want to get some solid ride data, so if you think “I might want to get cadence and heart rate in the future? The ANT+ sensor is very important for riders who want to collect some solid ride data.
If you want to buy a full-fledged cyclocomputer after experiencing a cyclocomputer for a while, I recommend the XOSS G, which is much cheaper.
There is a big difference between XOSS G+ and XOSS SPRINT in terms of functions and specifications.
| Specs & Features | G+ | SPRINT |
|---|---|---|
| Screen size | 1.8 inches | 2.7 inches |
| Number of screen display items | 5 | 9 |
| Use time | 25hours | 37hours |
| Linking with Power Meter | - | ○ |
| Navigation | - | ○ |
In particular, the huge screen size and the accompanying expansion of display items is a big difference for riders who want to train while checking more detailed ride data.
In particular, the XOSS SPRINT’s navigation system supports simple maps, which is quite cost effective, since other companies’ cycling systems would have cost more than $ 300 for this model.
Sponsored Link
Advantages and Disadvantages of Rearview Radar for Road Bikes
Rearview radar for road bikes are important accessories that increase safety when cycling. The following is a summary of their advantages and disadvantages and a comparison of specifications of major products.
Advantages and disadvantages of using a power meter
Power meters are used by users who do serious riding on road bikes and MTBs. This section summarizes the advantages and disadvantages of using a power meter, and whether a power meter is necessary for beginners.
Summary of Shimano's power meters
This section summarizes the features of Shimano's power meters, the differences between models, and how to select one.
Summary of 4iiiii power meters
The following is a summary of the differences between 4iiiii's power meters.
Difference between road bike and MTB helmets
Among bicycle helmets, road bike and MTB helmets look similar and it is hard to tell the difference between them. We have compiled a list of the differences, how to choose one, and how to use each.
Summary of SPEEDPLAY power meters
This section summarizes SPEEDPLAY's power meter models, features, and how to select one.
Comprehensive comparison of GARMIN power meters
A comprehensive and thorough comparison of GARMIN power meters! Differences between models, performance, and more.
How to choose Casual, Everyday Use Binding Shoes
For those who want to use binding shoes on a daily basis for commuting to work or school, sightseeing, shopping, etc., we have compiled a list of binding shoes that can be worn like sneakers.
Types of road bike gloves and how to choose them
When you start riding a road bike seriously, you will want gloves. And surprisingly, there are many types of gloves to choose from, making them easy to worry about. In this issue, we summarize the types of road bike gloves and how to choose them.
Battery-Powered vs Battery-Operated: Which is Better Bicycle Lights?
There are many different types of bicycle lights, and it is surprisingly difficult to find the right one for you. In this issue, we summarize which type of bicycle light power source, battery or battery-powered, is better, the merits of each, how to choose one for each situation, and how to use each.
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.
Advantages and disadvantages of an anagaki saddle
Holey saddles reduce crotch chafing and buttock pain on road bikes. We summarize its advantages and disadvantages.
Are binding pedals necessary for road bikes? No flat pedals?
Binding pedals are widely used among road bike users. This section summarizes the differences between binding pedals/shoes and flat pedals, and why binding pedals are chosen.
How to pair an ANT+ phone with an ANT+ sensor
This is a summary of how to pair an ANT+ phone with an ANT+ sensor. Also how to respond if pairing or data reception does not work.
What kind of brand is "dhb" for sports and cycle wear?
What kind of sports and cycle wear brand is dhb, and what are the characteristics of dhb's clothing and item lineup?
Chest vs Arm Heart Rate Sensors: What's the Difference?
There are two types of heart rate sensors used for road bike training, the chest type and the arm type. The following is a summary of the differences between the two types and their advantages and disadvantages.
How to prevent crotch gap in women on road bikes
One of the major concerns of women who ride road bikes is crotch sores. Women's delicate zones are sensitive and can cause more pain and discomfort than men. In this article, we have compiled a list of ways to prevent crotch sores in women.
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.
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.
ANT+ for Connecting Cycle Computers to External Sensors
The sensor sends a variety of data to the cycle computer. There are many advantages of ANT+ sensors for bicycles, such as no pair required and the ability to connect multiple units simultaneously.
