Give Galaxy Watch users full control: Why workout-screen customization matters and how Samsung should fix it

Table of Contents

1. Key Highlights:
2. Introduction
3. Where the current Galaxy Watch workout UI falls short
4. How athletes and active users rely on screen design: real-world scenarios
5. How other platforms handle workout screen customization
6. A phone-based workout screen editor: a practical design
7. Concrete UI flows: step-by-step examples
8. Technical and UX considerations for Samsung
9. Prioritizing features for impact
10. Workarounds for users today
11. Why presentation is as important as measurement
12. The business case for better customization
13. Third-party app and developer opportunities
14. Privacy and data handling
15. Measuring success: what to track post-release
16. Potential objections and responses
17. What Samsung can learn from successful implementations
18. Long-term vision: personalized training interfaces
19. A call to action for users and Samsung
20. FAQ

Key Highlights:

• Galaxy Watches track extensive workout data but restrict users to two configurable workout screens and brief, fleeting segment readouts, limiting real-world usability for runners, cyclists, and multi-sport athletes.
• A phone-based workout screen editor, richer field selection (including persistent segment/lap data), and template sharing would turn existing sensor data into genuinely usable training tools without new hardware.

Introduction

Many Galaxy Watch owners praise the hardware and baseline fitness tracking: accurate heart rate, reliable GPS, and clear visual design. Those strengths matter. Still, a modest software limitation undermines the device’s usefulness during workouts: the lack of flexible, persistent workout-screen customization. When athletes and active users need to glance at precise metrics mid-effort, they require screens organized for how they train — not for how a default layout dictates.

This is not a question of sensors or battery. Samsung already collects the numbers. The problem lies in presentation. Current Galaxy Watches restrict users to a small set of predefined layouts and allow only two screens during an activity. Segment and lap metrics appear for a few seconds but then vanish. That mismatch between data capture and data presentation reduces the watch’s value during the very moments users depend on it most. The remedy is straightforward: better UI decisions and a richer customization tool, ideally on the phone where building and editing screens is faster and clearer.

The following sections examine how this limitation plays out in real training scenarios, compare how other platforms handle workout views, lay out a practical design for a phone-based workout screen editor, and spell out implementation priorities and trade-offs Samsung should consider. The objective: turn the Galaxy Watch from a capable tracker into a practical, configurable training partner.

Where the current Galaxy Watch workout UI falls short

Starting a workout on a Galaxy Watch brings up a default screen with a small selection of metrics — duration, current heart rate, speed, and maybe distance or pace depending on activity type. Users may switch to alternate layouts, but the options are limited: three or four layouts at best, and only two screens can be selected to swipe between during activity. That restriction produces several concrete problems.

First, the two-screen cap forces awkward compromises. Consider a recreational runner who wants a glanceable primary screen with large numbers for distance, elapsed time, current heart rate, and current time; a second screen dense with average pace, average heart rate, maximum heart rate, and current speed; and a third screen dedicated to cadence and step count. The Galaxy Watch cannot host three custom screens. Users must decide which two sets of metrics are most important and sacrifice the rest during active exercise.

Second, segment and lap information is treated as ephemeral. The watch reads out and briefly displays split data — for example, a kilometer split or a 10-minute segment — but the values disappear after a few seconds with no option to pin or review them during the workout. Splits and lap summaries are critical for interval training, pacing strategies, and in-the-moment adjustments. Losing that information shortly after it appears forces athletes either to rely on memory or stop the workout to view details, both of which degrade training quality.

Third, layout choices offer little control over font size, visual hierarchy, or field placement. A runner should be able to make the most critical numbers large and central, with secondary metrics smaller or relegated to a different screen. The current preset layouts provide some variety but not the granular control needed for readability while moving.

Finally, Samsung’s platform already provides heavy customization in other areas — watch faces, tiles, quick panels — which makes the limitations of workout screens feel inconsistent. Users who can craft a bespoke watch face cannot build a similarly tailored workout view, even though the latter is more important during training.

How athletes and active users rely on screen design: real-world scenarios

Design matters most during activity. A training screen that works on a couch might fail on a rainy morning run. The following scenarios show how current constraints create friction.

• Interval runner: A runner performing 6 x 800m repeats needs to monitor elapsed time for the interval, current pace, cumulative average pace, and current heart rate. During the 800m, glanceability is essential; large, single-number displays reduce cognitive load. The runner also wants persistent lap summaries to compare intervals on the fly. Two screens force the athlete to choose between immediate interval metrics and post-interval stats.
• Long-distance road cyclist: Cyclists often need power, cadence, current speed, elapsed time, and distance. Many use an external power meter, which feeds data to the watch. Cyclists position handlebar mounts for quick looks; the screen must show the most critical numbers at a glance, with the ability to switch to a denser data view for deeper analysis. The Galaxy Watch’s limit on screens and lack of dedicated power fields in workout views makes it hard to replicate a bike computer layout.
• Triathlete: Multisport athletes need different metrics for swim, bike, and run segments — stroke rate and pool splits for swim, power and cadence for bike, pace and heart rate for run — plus quick toggles between sports during transitions. Workout screens that cannot be tailored per discipline reduce the watch’s utility in multisport events.
• Casual fitness walker: Walkers may value distance, active minutes, pace, and cadence. They might want to see lap splits for a coded route (e.g., every 1 km) to maintain a brisk, steady effort. Persistent segment data helps keep motivation and pace consistent.

Each case shows the need for more than two screens, the ability to pin or switch quick summaries of segment data, and the option to emphasize certain metrics visually. The default one-size-fits-few approach misses practical training needs.

How other platforms handle workout screen customization

Comparing to competitors clarifies what users expect from a modern fitness watch and where Galaxy Watches can improve.

• Garmin: Known for athlete-focused devices, Garmin allows extensive customization of data screens. Users can create multiple data pages for each activity, set the number of fields per screen (from one large field to several small ones), and drag-and-drop fields into place. Lap and split data can be displayed persistently, and advanced metrics (power, training load, cadence, etc.) are supported. For many athletes, Garmin watches are the default because they prioritize information architecture for training.
• Apple Watch: Apple provides more flexibility than Galaxy Watches in workout views. Users can customize workout metrics via the Watch app on iPhone, choosing which metrics appear during which workout types. Workouts can display multiple metrics and can be rearranged to prioritize big, glanceable numbers. Apple’s integration between iPhone and Apple Watch makes the phone the logical place for a workout editor, lowering friction when configuring complex displays.
• Polar and Coros: Both brands target athletes and offer configurable data screens and advanced telemetry. Coros, for instance, supports multiple data screens per activity with large-number options and lap histories. Polar integrates detailed training views and supports persistent lap data for interval workouts.

The pattern across these vendors is clear: detailed, phone-based customization and the ability to create multiple data screens are standard for performance-oriented wearables. Galaxy Watches already match competitors on raw tracking but fall short on in-activity presentation.

A phone-based workout screen editor: a practical design

Editing workout screens on a small watch display is frustrating. Samsung should move the primary editing experience to the Samsung Health app on phones, where drag-and-drop, larger previews, and template management are practical. A phone-based editor enables complex configurations without fiddly taps on a watch.

Key elements of a strong phone-based workout screen editor:

1. Template gallery
   • Pre-built templates for running, cycling, triathlon, indoor rowing, and strength training.
   • Templates showing different priorities: "Glanceable" (big single fields), "Performance" (dense with averages and maxima), "Cadence-focused," "Power-focused."
   • Ability to save custom templates and share them publicly or with friends.
2. Screen management interface
   • Add unlimited screens (or a high practical cap based on hardware, e.g., up to 8 screens) and re-order via drag-and-drop.
   • Select the number of fields per screen with layouts: 1 large, 2 large, 3 small, 4 grid, etc.
   • Preview in simulated watch dimensions so users see how data reads while running or cycling.
3. Field selection and customization
   • Full list of available metrics: current pace/speed, average pace/speed, distance, elapsed time, lap pace, lap time, lap distance, heart rate (current/avg/max), cadence, steps, power (if supported), elevation, gradient, oxygen saturation (if available), temperature, and time of day.
   • Ability to pin segment/lap field with options for live update and persistent display.
   • Per-field settings: units (metric/imperial), decimal precision, threshold coloring, visual emphasis (font size, bold), and whether to show trend indicators (up/down arrows).
4. Graph and gauge widgets
   • Small sparklines for pace and heart rate.
   • Live bar or circle gauge for power or heart rate zones.
   • Option to swap between numeric and graphical representation per field.
5. Interaction behavior
   • Swipe-to-cycle screens, auto-advance after a lap or interval, tap to toggle between condensed/detailed view, crown rotation to scroll additional fields.
   • Custom actions mapped to buttons: lap button to mark intervals, back button to quickly review last lap summary.
6. Segment and lap management
   • Persistent segment widget that shows last split, best split, and average split; optionally shows cumulative segment results.
   • Live countdown/timer for interval workouts, with audible and haptic cues configurable by segment.
7. Sync and per-activity application
   • Save screen sets per activity type; when launching a run, the watch loads the matching configuration automatically.
   • Cloud sync for templates across devices and backup.
8. Accessibility and contrast modes
   • High-contrast color schemes, colorblind-friendly palettes, large-number presets for easier glanceability.
9. Battery-friendly options
   • Preview estimated battery impact per template based on GPS sampling and screen update frequency; allow users to select low-power view that updates less often.

This phone-based editor gives users the power to organize data in training-centric ways without having to manipulate tiny touch targets on the wrist.

Concrete UI flows: step-by-step examples

To make the editor feel tangible, here are two example flows showing how a user would create and apply workout screens.

Example A: Building a three-screen run layout

1. Open Samsung Health on the phone and go to "Workout Screens."
2. Tap "New Template" > choose "Running."
3. Add Screen 1: Select layout "2 large fields + time." Drag "Distance" and "Elapsed Time" into place. Set Distance precision to 2 decimals and make fields large.
4. Add Screen 2: Choose layout "4 small fields grid." Drag "Current Heart Rate," "Average Pace," "Maximum Heart Rate," and "Current Speed." Set heart rate to show beats and zone coloring.
5. Add Screen 3: Choose layout "1 large + 1 small." Drag "Cadence" into the large slot and "Steps" into the small slot. Enable "Show instantaneous cadence" toggle.
6. Save as "3-Screen Run" and mark as default for outdoor run.
7. Sync to watch. When starting a run, the watch loads the three screens; a long press on the crown toggles condensed/expanded views.

Example B: Creating an interval workout with persistent split field

1. In the editor, create a new "Interval Run" template.
2. Under Segment Options, set auto-splits at 400 meters with an audible chime at each split.
3. Add Screen 1: layout "1 large field." Drag "Current Pace" to center. Enable "Show Last Split" in the lower corner.
4. Add Screen 2: layout "3 small fields." Drag "Elapsed Time," "Lap Time," and "Average Pace."
5. Enable "Auto-Advance to Split Summary" after each lap and set "Hold Split Details On Screen" to 10 seconds or persistent until dismissed.
6. Save and apply to interval workouts.

These flows demonstrate how powerful a phone-based editor becomes when users can tailor workouts to real training patterns.

Technical and UX considerations for Samsung

Implementing a robust editor requires trade-offs and integration work. Key considerations:

• Sync architecture: Templates should be small JSON payloads synced efficiently over Bluetooth or Wi-Fi. Samsung Health already syncs workouts and settings; adding templates fits existing infrastructure.
• Watch firmware limits: Legacy models with constrained memory or older firmware may need a reduced-capability configuration mode. Samsung could gate features by model class (e.g., full editor for current-gen watches, limited screens for older units).
• Performance: More widgets and persistent lap updates mean more frequent UI updates. Developers must optimize rendering and update intervals to avoid janky animation and undue battery drain.
• Battery transparency: Provide an estimated battery cost per template based on GPS sample rate and update frequency, allowing users to choose trade-offs.
• Third-party app integration: Expose an API for third-party fitness apps to use custom screen layouts or for apps like Strava or Runkeeper to push live workout views. That would open the ecosystem and reduce feature duplication.
• Backward compatibility: Any editor should be designed so that templates are readable by older watches, albeit with degraded fidelity, to maintain a consistent user experience.
• Accessibility: Ensure the editor supports text scaling, contrast modes, and large-number presets for users with low vision.
• Localization: Metric/imperial preferences and localized naming for metrics should be preserved across templates and devices.

Addressing these technical points keeps implementation realistic and maximizes adoption.

Prioritizing features for impact

Not every requested feature is equal in development cost or user benefit. If Samsung phases rollout, the following prioritization maximizes immediate impact:

1. Persistent split/lap display: High user value, relatively small UI change.
2. Phone-based editor for simple screens (add/edit up to 4 screens with drag-and-drop): High value and quick wins.
3. Templates and per-activity defaults: Low friction and big UX improvement.
4. Per-field visual emphasis (font size/weight, trend arrows): Medium effort, high usability gain.
5. Graph and gauge widgets: Medium to high effort, useful for cyclists and power users.
6. Advanced third-party APIs and template sharing: Longer-term, expands ecosystem but requires coordination.
7. Unlimited or high-number screen support: Could require more firmware optimization; adopt a practical cap based on performance testing.

This roadmap provides immediate improvement areas while keeping longer, more complex features on the horizon.

Workarounds for users today

Until Samsung adopts a richer editor, users can employ several workarounds to get more value from their watches.

• Use third-party apps: Some third-party fitness apps offer their own workout screens and may provide different customization options. Explore options like Strava, MapMyRun, or specialized interval apps to see whether their live screens match your needs.
• Choose activity-specific presets: When starting a workout, check all available layouts for that activity and pick the two most useful. Some activities present different layout options; switching the activity type (e.g., "Outdoor Run" vs. "Trail Run") may surface another preset with preferred metrics.
• Use voice or haptic cues: Configure audible or vibration alerts for cadence, pace thresholds, or heart rate zones. Even without persistent on-screen metrics, well-tuned alerts can keep you in range.
• Save templates in head units: Cyclists who rely on dedicated bike computers can pair those devices with the watch and rely on the dedicated screen for in-ride metrics while keeping the watch for heart rate and notifications.
• Post-workout review: If in-activity display is limited, build a habit of checking splits immediately after stopping the workout while the data is fresh; that reduces memory-dependent analysis.

These approaches are imperfect but can bridge some of the current functionality gap.

Why presentation is as important as measurement

Collecting accurate metrics is only half the problem. Presentation determines whether those metrics shape behavior during workouts. Training requires real-time decisions: slow down to stay in a heart rate zone, push a bit more during a tempo segment, maintain cadence on climbs. Those decisions depend on clear, prioritized information.

Human factors research shows that glanceable displays reduce cognitive load and improve performance during high-exertion tasks. Large, well-placed numbers and consistent layouts allow athletes to make split-second adjustments without breaking rhythm. When the presentation forces users to remember or pause, training quality suffers.

The Galaxy Watch currently captures key performance data but fails to deliver the right information at the right time. Rectifying that gap requires rethinking the UX around training rather than adding new sensors.

The business case for better customization

Improving workout-screen customization has clear strategic benefits for Samsung.

• Differentiation among mainstream smartwatches: Samsung competes on hardware and general ecosystem strength. Software that better serves athletes can position Galaxy Watches as cross-over devices that serve both casual users and performance-oriented customers.
• User retention and loyalty: Athletes invest in routines and devices that support them. Providing a tailored training experience reduces churn to competitor platforms that prioritize training UX.
• Ecosystem growth: Templates and a sharing community can increase engagement in Samsung Health, boosting data aggregation and the value of Samsung’s fitness ecosystem.
• Upsell opportunity: Advanced features — premium templates, advanced analytics, or cloud backup for training plans — could be monetized for power users while basic customization remains free.

The development costs are modest relative to these potential gains, especially since much of the needed data and sync infrastructure already exists.

Third-party app and developer opportunities

Opening the platform to third-party developers would accelerate innovation.

• SDK for live workout screens: Developers could create sport-specific screens optimized for niche disciplines like rowing, cross-country skiing, or power-based cycling.
• Template marketplace: Developers and coaches could sell or distribute specialized templates, making it easy for athletes to adopt coach-designed displays.
• Integrations with training platforms: Allowing platforms like TrainingPeaks or Final Surge to push workout templates to a user’s watch would streamline coached sessions and reduce pre-session configuration.
• Developer tools for low-latency data: Expose APIs that reduce latency for critical fields like power and cadence, ensuring third-party screens receive the same timeliness as Samsung’s native metrics.

Creating an open ecosystem invites innovation and increases platform stickiness.

Privacy and data handling

Workout screens use personal biometric and location data. Samsung must be transparent about how these templates and any shared configurations handle personal data.

• Template sharing should not include personal workout data. Sharing a template should be an anonymous configuration payload without embedded user metrics.
• Sync mechanisms should use end-to-end encryption for personal training plans that are backed up to Samsung’s cloud.
• Third-party templates and coach-provided layouts should require explicit user consent for any cross-account functionality.

Clear privacy guardrails protect users and reduce barriers to template sharing.

Measuring success: what to track post-release

Once Samsung ships richer customization, product teams should monitor these metrics:

• Adoption rate of the editor: How many users create or apply custom templates?
• Retention and engagement: Do users who adopt custom screens use their watches more often for workouts?
• Feature usage by sport: Which sports or templates see the most adoption?
• Battery impact: Track average battery consumption for different template classes to inform future default settings.
• Support ticket trends: Does the number of workout-related complaints fall after release?
• Template sharing activity: Volume of templates shared or downloaded provides a proxy for community engagement.

These metrics help refine features and prioritize next steps.

Potential objections and responses

Some engineers and product managers might raise concerns: "More screens mean more UI complexity." "Users might get lost in configuration." "Battery life will suffer." Addressing these concerns is straightforward.

• Start with sane defaults: Provide curated templates for common sports and recommended layouts. Users can adopt advanced configurations as needed.
• Progressive disclosure: Hide advanced options behind an "Advanced" toggle. Keep the basic editor simple for casual users and deep for power users.
• Battery transparency: Add estimated battery impact and a low-power view. Optimize rendering and sampling rates to minimize impact.
• Performance constraints: Cap the number of active screens on older hardware and flag models with limited resources in the editor.

Design choices can mitigate complexity while still providing power users with the control they need.

What Samsung can learn from successful implementations

A few lessons emerge from platforms that handle workout customization well:

• Phone-based editors win: Users prefer configuring complex displays on larger screens. Apple, Garmin companion apps, and others show this pattern.
• Templates accelerate adoption: Users often start with a preset and tweak; offering high-quality presets dramatically increases initial engagement.
• Community sharing boosts retention: Allowing users to share and download templates fosters community and brand loyalty.
• Prioritize glanceability: Big, bold numbers and a clear visual hierarchy are more valuable than packing many small metrics onto one screen.

Applying these lessons will help Samsung deliver a meaningful improvement quickly.

Long-term vision: personalized training interfaces

Beyond immediate fixes, Samsung could pursue a vision where workout interfaces adapt to the individual:

• Context-aware templates: The watch could auto-adjust display based on conditions — switching to large numbers in rain, or a cadence-focused screen on steep gradients.
• AI-driven recommendations: Analyze a user’s training history to recommend which metrics matter most for their goals, then suggest templates automatically.
• Coach integration: Coaches could push template changes for specific workouts, ensuring athletes see the coach’s prescribed metrics during sessions.
• Adaptive readability: The display could detect motion and adjust refresh and font size to maximize readability during running vs. walking.

These ideas require more development but reflect where a software-first approach can outcompete purely hardware-focused devices.

A call to action for users and Samsung

Users who want these features should report them through official channels: Samsung Members feedback, Samsung Health in-app feedback, and social channels where product teams monitor sentiment. Demonstrating demand helps prioritize feature development.

Samsung can take immediate steps: release a phone-based editor for basic multi-screen editing and persistent lap displays in a near-term update. That move would resonate with both recreational athletes and power users, strengthening the Galaxy Watch proposition for fitness.

FAQ

Q: Can I currently add more than two workout screens on my Galaxy Watch? A: No. Current Galaxy Watch firmware limits users to selecting up to two workout screens per activity. While some preset layouts are available, users cannot configure more than two screens during a single workout session.

Q: Are segment and lap metrics available during the workout? A: Segment and lap metrics are announced and briefly displayed after a split, but the values disappear after a short period. There is no built-in option to pin segment data to a persistent on-screen widget during the workout.

Q: Is there a way to customize workout screens on the watch itself? A: The watch allows selecting from a small number of predefined layouts and toggling fields within those presets, but detailed editing (such as adding multiple custom screens, reordering fields extensively, or creating templates) is limited. A phone-based editor would be much easier, but Samsung has not shipped a full-featured editor as of this writing.

Q: Do other watches support more extensive workout-screen customization? A: Several competitors provide greater flexibility. Performance-focused brands typically allow multiple custom data pages, per-field selection, and persistent lap displays. Examples include brands known for athlete-targeted wearables, which offer deeper on-device or phone-app editors.

Q: Will adding more screens and widgets drain my battery faster? A: More frequent UI updates and additional widgets that sample sensors more frequently can increase power consumption. However, careful engineering — such as allowing users to choose update frequency, offering low-power views, and optimizing rendering — minimizes the impact. Samsung can also provide estimates of battery implications per template to help users choose.

Q: Are there third-party apps that offer better workout screens? A: Some third-party fitness apps provide alternative live screens and may include different customization capabilities. These can be a temporary workaround. Check app descriptions and reviews to find apps that emphasize live data personalization.

Q: How can I request these features from Samsung? A: Submit feedback through the Samsung Members app, Samsung Health’s feedback options, and official Samsung support channels. Participating in community forums and public feature requests can help demonstrate demand.

Q: Could Samsung implement a phone-based workout editor without new hardware? A: Yes. The necessary data (metrics and sensor feeds) already exists. A phone-based editor and improved presentation logic on the watch are primarily software changes and can be implemented via firmware and app updates in many cases.

Q: Will these changes be useful for casual users, or are they mainly for athletes? A: Both. Casual users benefit from glanceable, simplified displays that prioritize essentials like distance and elapsed time. Athletes benefit from richer configurations and persistent segment data. Good design accommodates both through defaults and accessible advanced options.

Q: What is the most impactful single change Samsung could make quickly? A: Enabling persistent segment/lap readouts on a configurable part of the workout screen is the fastest, highest-impact improvement. It directly addresses a frequent pain point for interval and distance training without requiring a complete UI overhaul.

The Galaxy Watch already possesses the sensing and tracking capability needed for serious training. Delivering that capability in the moment — when an athlete glances down between steps or checks the wrist mid-climb — requires better presentation. A phone-based editor, persistent split displays, and richer field control would unlock the value of data already captured, making the watch a more practical and competitive choice for performance-focused users and everyday fitness enthusiasts alike.