About VO2 Max. Estimates
VO2 max. is the maximum volume of oxygen (in milliliters) you
can consume per minute per kilogram of body weight at your
maximum performance. In simple terms, VO2 max. is an
indication of athletic performance and should increase as your
level of fitness improves. The fēnix device requires wrist-based
heart rate or a compatible chest heart rate monitor to display
your VO2 max. estimate. The device has separate VO2 max.
estimates for running and cycling. You must run either outside
with GPS or ride with a compatible power meter at a moderate
level of intensity for several minutes to get an accurate VO2
max. estimate.
On the device, your VO2 max. estimate appears as a number,
description, and position on the color gauge. On your Garmin
Connect account, you can view additional details about your
VO2 max. estimate, including your fitness age. Your fitness age
gives you an idea of how your fitness compares with a person of
the same gender and different age. As you exercise, your fitness
age can decrease over time.
Purple
Superior
Blue
Excellent
Green
Good
Orange
Fair
Red
Poor
VO2 max. data is provided by FirstBeat. VO2 max. analysis is
provided with permission from The Cooper Institute
®
. For more
information, see the appendix (
), and go to
Getting Your VO2 Max. Estimate for Running
This feature requires wrist-based heart rate or a compatible
chest heart rate monitor. If you are using a chest heart rate
monitor, you must put it on and pair it with your device (
).
For the most accurate estimate, complete the user profile setup
(
), and set your
maximum heart rate (
).
The estimate may seem inaccurate at first. The device requires
a few runs to learn about your running performance.
1
Run for at least 10 minutes outdoors.
2
After your run, select
Save
.
3
Select to scroll through the performance measurements.
Getting Your VO2 Max. Estimate for Cycling
This feature requires a power meter and wrist-based heart rate
or a compatible chest heart rate monitor. The power meter must
be paired with your fēnix device (
). If you are using a chest heart rate monitor, you must
put it on and pair it with your device.
For the most accurate estimate, complete the user profile setup
(
) and set your maximum
heart rate (
). The
estimate may seem inaccurate at first. The device requires a few
rides to learn about your cycling performance.
1
Ride at a steady, high intensity for at least 20 minutes.
2
After your ride, select
Save
.
3
Select to scroll through the performance measurements.
Viewing Your Predicted Race Times
For the most accurate estimate, complete the user profile setup
(
), and set your
maximum heart rate (
).
Your device uses the VO2 max. estimate (
) and your training history to provide a target
race time. The device analyzes several weeks of your training
data to refine the race time estimates.
TIP:
If you have more than one Garmin device, you can enable
the Physio TrueUp
™
feature, which allows your device to sync
activities, history, and data from other devices (
Activities and Performance Measurements
).
1
From the watch face, select
UP
or
DOWN
to view the
performance widget.
2
Select to scroll through the performance measurements.
Your projected race times appear for 5K, 10K, half marathon,
and marathon distances.
NOTE:
The projections may seem inaccurate at first. The
device requires a few runs to learn about your running
performance.
About Training Effect
Training Effect measures the impact of an activity on your
aerobic and anaerobic fitness. Training Effect accumulates
during the activity. As the activity progresses, the Training Effect
value increases. Training Effect is determined by your user
profile information and training history, and heart rate, duration,
and intensity of your activity. There are seven different Training
Effect labels to describe the primary benefit of your activity.
Each label is color coded and corresponds to your training load
focus (
). Each feedback phrase,
for example, "Highly Impacting VO2 Max." has a corresponding
description in your Garmin Connect activity details.
Aerobic Training Effect uses your heart rate to measure how the
accumulated intensity of an exercise affects your aerobic fitness
and indicates if the workout had a maintaining or improving
effect on your fitness level. Your excess post-exercise oxygen
consumption (EPOC) accumulated during exercise is mapped to
a range of values that account for your fitness level and training
habits. Steady workouts at moderate effort or workouts involving
longer intervals (>180 sec) have a positive impact on your
aerobic metabolism and result in an improved aerobic Training
Effect.
Anaerobic Training Effect uses heart rate and speed (or power)
to determine how a workout affects your ability to perform at
very high intensity. You receive a value based on the anaerobic
contribution to EPOC and the type of activity. Repeated high-
intensity intervals of 10 to 120 seconds have a highly beneficial
impact on your anaerobic capability and result in an improved
anaerobic Training Effect.
You can add Aerobic Training Effect and Anaerobic Training
Effect as data fields to one of your training screens to monitor
your numbers throughout the activity.
Training Effect Aerobic Benefit
Anaerobic Benefit
From 0.0 to 0.9 No benefit.
No benefit.
From 1.0 to 1.9 Minor benefit.
Minor benefit.
From 2.0 to 2.9 Maintains your aerobic
fitness.
Maintains your anaerobic
fitness.
From 3.0 to 3.9 Impacts your aerobic
fitness.
Impacts your anaerobic
fitness.
From 4.0 to 4.9 Highly impacts your
aerobic fitness.
Highly impacts your
anaerobic fitness.
5.0
Overreaching and
potentially harmful without
enough recovery time.
Overreaching and
potentially harmful without
enough recovery time.
14
Heart Rate Features
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