What To Know
- While the company didn’t provide an explanation for its decision, it may have something to do with the fact that tracking blood oxygen levels may not be as accurate as you think.
- Fitbit’s oxygen saturation monitor used a red LED to illuminate the blood flowing through your wrist, and an infrared LED to measure the light absorbed by the blood.
If you’re a Fitbit user, you may have noticed that the company no longer tracks your blood oxygen levels. While the company didn’t provide an explanation for its decision, it may have something to do with the fact that tracking blood oxygen levels may not be as accurate as you think. In fact, the FDA recently warned consumers against relying on pulse oximeters, including those found in Fitbits, to provide accurate readings.
Why Fitbit Stopped Tracking Oxygen?
In December 2019, Fitbit announced they were ending support for oxygen tracking in their devices. The company cited a lack of demand for the feature as the reason for the discontinuation.
Fitbit was one of the first companies to introduce pulse oximetry to their devices, allowing users to track their blood oxygen levels. However, the feature was not widely used and many users found it was inaccurate.
The company said the decision to discontinue oxygen tracking was a difficult one, but they believe it is best to focus on their core products.
Fitbit will continue to support heart rate tracking and other health features in their devices.
When Did Fitbit Stop Tracking Oxygen?
- * The decision to discontinue oxygen tracking was due to regulatory issues
- * Users were still able to track heart rate and sleep patterns
- * Other fitness trackers, such as the Apple Watch, offer oxygen tracking as a feature
- * Fitbit continues to work on improving its fitness trackers and adding new features
Why Did Fitbit Stop Tracking Oxygen Levels?
In 2017, Fitbit announced it would be discontinuing its oxygen-saturation monitor feature, which measured oxygen levels in the blood using red and infrared LEDs. While this feature was useful, it did not live up to the standards set by medical-grade devices.
Fitbit’s oxygen saturation monitor used a red LED to illuminate the blood flowing through your wrist, and an infrared LED to measure the light absorbed by the blood. By comparing the ratio of red to infrared light, the device could estimate the percentage of oxygen in the blood.
However, medical-grade devices use different methods to measure oxygen levels, such as spectroscopy or electrodes. These methods are more accurate and reliable than Fitbit’s method.
In addition, Fitbit’s oxygen saturation monitor was not FDA-approved, and it could not be used to diagnose or treat any medical conditions. The device was only designed to provide general information about a person’s overall health.
Ultimately, Fitbit decided to discontinue its oxygen saturation monitor feature because it did not meet the standards set by medical-grade devices. While this feature was useful, it was not accurate or reliable enough for medical use.
Did Fitbit Ever Track Oxygen Levels?
Yes, Fitbit did track oxygen levels at one point. In 2017, Fitbit released the Ionic, its first smartwatch, which included an SpO2 sensor. This sensor was used to measure blood oxygen levels, which could be useful for tracking respiratory health. However, Fitbit discontinued the Ionic in 2020 and has not released another smartwatch with an SpO2 sensor since then.
The Ionic was Fitbit’s first attempt at making a smartwatch, and it received mixed reviews. Some users were impressed by the blood oxygen sensor, while others found it to be inaccurate or unreliable. Additionally, the Ionic did not have many other features that were commonly found on other smartwatches, such as GPS or mobile payments.
Fitbit has not released any information about plans to include an SpO2 sensor in a future smartwatch. However, the company did release a new fitness tracker in 2020, the Fitbit Charge 4, which includes an oxygen saturation sensor. This sensor is used to measure blood oxygen levels, but it is not intended to be used for medical purposes. Instead, it is designed to provide users with information about their general health and wellness.
Overall, Fitbit did track oxygen levels with the Ionic, but the company has not released another smartwatch with an SpO2 sensor since then.
Are There Other Fitness Trackers That Track Oxygen Levels?
Yes, there are other fitness trackers that track oxygen levels. These fitness trackers use different types of technology to measure oxygen levels, such as pulse oximetry, which measures the amount of oxygen in the blood. Some fitness trackers that use pulse oximetry include the Fitbit Charge 3, the Garmin Vivosmart 4, and the Samsung Galaxy Watch Active 2. Other fitness trackers, such as the Oura Ring, use other technologies, such as infrared spectroscopy, to measure oxygen levels.
Are There Any Benefits To Tracking Oxygen Levels?
The benefits of tracking oxygen levels are numerous, and can provide valuable insight into a person’s overall health. Here are a few of the most significant benefits:
1. Improved Athletic Performance: For athletes, tracking oxygen levels can provide valuable information about their bodies’ ability to utilize oxygen during exercise. By monitoring oxygen levels, athletes can optimize their training and performance, leading to improved endurance and overall performance.
2. Early Detection of Health Issues: Oxygen levels can indicate the presence of certain health conditions, such as anemia or chronic obstructive pulmonary disease (COPD). By tracking oxygen levels, individuals can identify potential health issues early on, allowing for early intervention and treatment.
3. Better Sleep Quality: Oxygen levels can also affect sleep quality. By tracking oxygen levels, individuals can identify patterns in their oxygen levels that may be affecting their sleep quality. This information can be used to make necessary adjustments to their sleep habits, such as improving ventilation or using a CPAP machine.
4. Improved Recovery: For individuals who have undergone surgery or experienced an injury, tracking oxygen levels can provide valuable information about their recovery process. By monitoring oxygen levels, individuals can gauge the effectiveness of their rehabilitation program and identify any potential complications early on.
The Bottom Line
In conclusion, while Fitbit’s decision to stop tracking oxygen may have been met with some disappointment, it’s important to remember that the company’s primary goal is to provide accurate and reliable fitness tracking to its many users. By focusing on its core strengths and continuously innovating, Fitbit remains a trusted name in the world of health and fitness.