Fitness Technology

Strava App: Step Counting, GPS vs. Accelerometer, and Holistic Tracking

By Alex 6 min read

The Strava app does not directly count steps as its primary function, instead focusing on GPS-based tracking for athletic activities, while step counting relies on accelerometer-based devices.

Does Strava App Count Steps?

While Strava is a premier platform for tracking performance-based activities like running and cycling, its core functionality does not inherently include direct step counting. Strava primarily relies on GPS data for distance and pace, rather than the accelerometer-based systems used by dedicated step trackers.

Understanding Strava's Core Functionality

Strava has established itself as the leading social fitness platform, primarily renowned for its robust tracking and analytical capabilities for GPS-dependent activities. Its design centers around recording and analyzing metrics crucial for endurance sports: distance, pace/speed, elevation gain, heart rate (via connected sensors), and power output (for cycling). Users leverage Strava to log runs, bike rides, swims, and a variety of other outdoor activities, often competing on "segments" and sharing their progress within a global community. The data collected by Strava's app or synced devices is predominantly GPS-driven, providing precise mapping and performance metrics for structured workouts.

How Step Counting Works

In contrast to Strava's GPS-centric approach, step counting relies on a different technological foundation: inertial sensors. Most modern smartphones and dedicated fitness trackers (like Fitbit, Garmin, Apple Watch, etc.) contain accelerometers and gyroscopes. These sensors detect the motion and orientation of the device. When you walk, your body undergoes subtle movements and impacts, which the accelerometer registers as changes in acceleration. Sophisticated algorithms then interpret these patterns of movement as individual steps. The accuracy of step counting can vary based on sensor quality, algorithm sophistication, and how the device is worn (e.g., wrist, pocket).

Strava and Step Data: The Nuance

Given their distinct operational mechanisms, it's important to clarify Strava's relationship with step data:

  • Direct Step Counting: The Strava app itself, when used to record an activity, does not directly count your steps through your phone's accelerometer in the same way a dedicated step tracker would. When you record a run on Strava, it's measuring your distance and pace via GPS, not the number of foot strikes.
  • Integration with Wearables and Health Platforms: This is where the confusion often arises. Strava can import step data, but it doesn't generate it. If you use a dedicated fitness tracker (e.g., Garmin, Fitbit, Apple Watch, Coros) that counts steps, and you have that device synced with a health platform (like Apple Health, Google Fit, Garmin Connect, Fitbit app), Strava can often pull daily activity data (which might include steps) from these connected platforms. However, this is a secondary function of data aggregation, not Strava's primary method of activity tracking. Your "daily steps" displayed on Strava (if enabled and synced) are sourced from another application or device.

Why the Discrepancy? GPS vs. Accelerometer

The fundamental difference lies in the purpose and method of data collection:

  • GPS (Global Positioning System): Ideal for outdoor activities where precise location, distance covered, and speed are paramount. It tracks your movement across geographical space.
  • Accelerometers/Gyroscopes: Best suited for detecting repetitive movements, regardless of location, making them perfect for counting steps, monitoring sleep, or tracking general daily activity levels.

A GPS signal can be inconsistent indoors or in dense urban environments, making it unsuitable for reliable step counting throughout the day. Conversely, an accelerometer alone cannot accurately map your running route or determine your exact pace over a long distance.

When is Step Counting Important?

While Strava focuses on structured exercise, step counting serves a vital role in monitoring overall daily physical activity and promoting general health:

  • Baseline Activity: Helps individuals understand their baseline movement levels outside of dedicated workouts.
  • Non-Exercise Activity Thermogenesis (NEAT): Steps contribute significantly to NEAT, the energy expended for everything we do that is not sleeping, eating, or sports-like exercise. Increasing NEAT is crucial for metabolic health and weight management.
  • Health Guidelines: Many public health guidelines recommend a minimum number of steps (e.g., 10,000 steps per day) for maintaining health and reducing sedentary behavior.
  • Motivation: Provides a simple, quantifiable metric to encourage more movement throughout the day, even short walks.

Maximizing Your Fitness Tracking

For a truly comprehensive view of your activity, a multi-faceted approach is often best:

  • For Performance-Focused Activities: Continue to use Strava for your runs, rides, and other structured workouts. Its GPS accuracy, segment leaderboards, and social features are unparalleled for these purposes.
  • For Daily Activity and Steps: Utilize a dedicated fitness tracker or smartwatch that excels at continuous step counting and general activity monitoring. These devices are designed to be worn all day and integrate seamlessly with health platforms.
  • Synergy: Link your dedicated fitness tracker's app (e.g., Garmin Connect, Fitbit, Apple Health) to Strava. This allows Strava to pull in your daily step data, giving you a more holistic picture within the Strava app without it being its primary data source. This way, you get the best of both worlds: precise workout analytics from Strava and comprehensive daily activity insights from your step tracker.

Conclusion: A Complementary Approach

In summary, the Strava app does not directly count steps as its primary function. Its strength lies in GPS-based tracking for specific athletic endeavors. Step counting, a crucial metric for general daily activity and overall health, is handled by accelerometer-based devices. For the knowledgeable fitness enthusiast or professional, understanding this distinction is key to leveraging the strengths of each technology. By integrating data from dedicated step trackers with your Strava account, you can achieve a more complete and insightful overview of your physical activity and progress.

Key Takeaways

  • Strava's core functionality relies on GPS data for tracking performance-based activities like running and cycling, not direct accelerometer-based step counting.
  • Dedicated step counting relies on inertial sensors (accelerometers and gyroscopes) in smartphones and fitness trackers to detect and interpret body movements.
  • While the Strava app doesn't generate step data, it can import daily step counts from synced third-party wearable devices and health platforms.
  • GPS is optimal for precise outdoor distance and pace tracking, whereas accelerometers are best for detecting repetitive movements like steps, even indoors.
  • For a comprehensive fitness overview, it is best to use Strava for structured workouts and a dedicated fitness tracker for continuous daily step and activity monitoring, syncing data between them.

Frequently Asked Questions

Does the Strava app directly count steps?

No, the Strava app does not directly count steps through your phone's accelerometer; it primarily uses GPS for distance and pace tracking in activities.

How do dedicated fitness trackers count steps?

Dedicated fitness trackers and smartphones use inertial sensors like accelerometers and gyroscopes to detect subtle body movements and impacts, interpreting these patterns as individual steps.

Can Strava display my daily step count?

Yes, Strava can display your daily step count if it's integrated and synced with data from a dedicated fitness tracker or health platform that generates step data.

What is the main difference between GPS tracking and step counting technology?

GPS is ideal for tracking outdoor activities where location, distance, and speed are crucial, while accelerometers are best suited for detecting repetitive movements like steps, regardless of location.

Why is daily step counting important for overall health?

Step counting helps monitor baseline activity, contributes to Non-Exercise Activity Thermogenesis (NEAT), aligns with public health guidelines for movement, and provides motivation for increased daily physical activity.