Introduction
Designing a connected-TV app for sports fans is a fundamentally different discipline from designing a mobile app. The interaction model, the viewing context, the hardware constraints, and the viewer expectations are all different. A design that works beautifully on a phone can be confusing, inaccessible, or visually broken on a television.
This guide covers the practical design considerations for connected-TV sports apps — from the foundational principles of 10-foot UI design through the specific challenges of live sports content, personalization, and device testing. It is written for product designers and product managers who are building or evaluating connected-TV sports products.
10-Foot UI Design Principles
The term "10-foot UI" refers to the design challenge of creating an interface that is readable and usable from approximately 10 feet away — the typical viewing distance for a living-room television. At this distance, the design constraints are significantly different from mobile or desktop.
Do
- Use minimum 18sp body text; 24sp or larger for primary content titles
- Maintain high contrast between text and background
- Use generous padding and spacing between elements
- Keep the primary content area in the center of the screen
- Use large, clearly labeled focus indicators
- Limit the number of items visible at once
Don't
- Use small text for any user-facing content
- Place important content in the corners or edges of the screen
- Use subtle focus indicators that are invisible at distance
- Rely on hover states — there is no hover on a remote
- Use dense information layouts designed for desktop
- Assume the viewer can read fine print
Safe zone margins — typically 5–10% on each side of the screen — are important for older televisions that may overscan. Content placed outside the safe zone may be cut off on some devices. Modern televisions are less likely to overscan, but the safe zone convention is still worth following for broad device compatibility.
Remote Navigation and Focus States
Remote control navigation is the defining interaction model for connected TV. Users navigate with a D-pad (up, down, left, right) and a select button. There is no mouse, no touch, and no keyboard. Every interactive element in the app must be reachable and operable with these controls.
Focus management — determining which element is focused at any given moment and how focus moves when the user presses a directional button — is one of the most technically challenging aspects of connected TV development. Poor focus management creates situations where the user cannot reach certain elements, where focus jumps unexpectedly, or where the user gets trapped in a modal or overlay.
Do
- Design focus states that are clearly visible at 10 feet
- Test every navigation path with a physical remote
- Ensure modals and dialogs trap focus correctly
- Provide a clear visual indication of the focused element
- Make the back button behavior predictable and consistent
Don't
- Use the default platform focus indicator without customization
- Create dead ends where the user cannot navigate back
- Place focusable elements so close together that navigation is confusing
- Assume that focus will move in the direction the user expects without testing
Content Layout: Horizontal Shelves and Live Tiles
The horizontal shelf — a row of content cards that the user scrolls left and right — is the dominant layout pattern for connected TV content discovery. It is familiar to viewers from Netflix, Hulu, and other major streaming services, and it maps well to D-pad navigation.
For sports apps, the horizontal shelf works well for categories like "Live Now," "Upcoming Games," "Recent Replays," and "Your Teams." The first shelf on the home screen should show the most time-sensitive content — live games in progress, games starting soon — because sports viewers are often opening the app specifically to watch something that is happening now.
Live tiles — content cards that show real-time information like the current score, time remaining, or "LIVE" indicator — add significant value for sports apps. A viewer who opens the app and immediately sees that their team is winning by 10 points in the third quarter is more likely to start watching than a viewer who sees a static thumbnail. Live tile data requires a real-time data feed and careful design to ensure the information is readable at 10 feet.
Schedules, Replays, and Highlights
A schedule view — showing upcoming games with dates, times, and teams — is a core feature of any sports streaming app. On connected TV, the schedule must be navigable by remote and readable at distance. A dense grid layout that works on a desktop browser is often unusable on a television.
Replays require careful design around availability and discoverability. Viewers who missed a live game want to find the replay quickly. The replay should be clearly labeled with the final score (or with a spoiler-free option for viewers who want to watch without knowing the outcome), and it should be accessible from the same place in the app where the live game was listed.
Highlights — short clips of key moments from games — are increasingly important for sports apps. They serve viewers who want to catch up quickly and can drive engagement with the full replay. On connected TV, highlights work well in a dedicated shelf or section, but they require the same metadata and artwork quality as full-length content.
Favorite-Team Personalization
Favorite-team personalization — surfacing content related to the teams the viewer cares about — is one of the highest-value features in a sports streaming app. A viewer who has selected their favorite team should see that team's games, replays, and highlights prominently, without having to search for them.
On connected TV, personalization should be set up during or immediately after the authentication flow, not buried in settings. A simple onboarding step — "Select your favorite teams" — significantly improves the first-session experience and increases the likelihood that the viewer will return.
Personalization data should be stored server-side and synced across devices. A viewer who sets up their favorite teams on mobile should see the same personalization when they open the app on their television.
Artwork Sizing and Image Readability
Artwork on connected TV must be designed for the television context. Images that look sharp on a phone may appear pixelated on a large television. Text overlaid on artwork must be readable at 10 feet. Team logos must be large enough to be recognizable at the card sizes used in horizontal shelves.
Do
- Use high-resolution source images (at least 1920px wide for hero images)
- Design artwork at the actual display size, not scaled down from a larger asset
- Test artwork on an actual television at normal viewing distance
- Use sufficient contrast between text overlays and background images
- Keep team logos large enough to be recognizable in shelf cards
Don't
- Reuse mobile artwork without reviewing it on a television
- Use small text in artwork overlays
- Use low-contrast color combinations for text on images
- Scale up low-resolution images — pixelation is more visible on large screens
Login Friction and Device Pairing
Entering a username and password with a remote control is one of the most friction-filled experiences in connected TV. The on-screen keyboard is slow to navigate, easy to make mistakes with, and frustrating for viewers who just want to watch a game.
Device activation — where the viewer visits a short URL on a phone or computer and enters a code to authenticate the TV — is the standard solution to this problem. The viewer sees a code on their television screen, visits a URL on their phone, enters the code, and the television is authenticated. This flow is significantly faster and less error-prone than on-screen keyboard entry.
QR codes can also be used for device pairing — the viewer scans a QR code displayed on the television with their phone camera, which opens the authentication page directly. This reduces the friction of typing a URL. Both approaches are worth implementing; different viewers prefer different methods.
Performance and Testing on Consumer Devices
Connected TV devices vary enormously in processing power, memory, and graphics capability. A high-end Apple TV or NVIDIA Shield has significantly more resources than an entry-level Roku or Amazon Fire Stick. An app that performs well on premium hardware may be slow, janky, or crash-prone on the inexpensive devices that many viewers actually own.
Testing on inexpensive consumer devices is not optional — it is where the real performance constraints become visible. Animation that is smooth on a development device may drop frames on a $30 streaming stick. Image loading that is fast on a high-end device may be slow enough to cause visible layout shifts on a low-end device.
Do
- Include at least one entry-level device in your test matrix
- Profile performance on low-end hardware, not just premium devices
- Optimize image loading and caching for slow hardware
- Reduce animation complexity if it causes frame drops on low-end devices
- Test memory usage over extended viewing sessions
Don't
- Test only on premium or development hardware
- Assume emulator performance reflects real device performance
- Use complex animations without testing on low-end hardware
- Ignore memory leaks — they are more impactful on constrained devices
Accessibility
Accessibility on connected TV is often overlooked, but it matters. Viewers with visual impairments, motor impairments, or hearing impairments use connected TV products, and the design choices made for the general audience often create barriers for these viewers.
The most impactful accessibility improvements for connected TV sports apps are: closed captions (required for most sports content under FCC rules), audio description for visually impaired viewers, sufficient color contrast for viewers with color vision deficiencies, and support for platform accessibility features like large text and high contrast modes. These are not edge cases — they are baseline requirements for a professional product.
Conclusion
Designing a connected-TV sports app well requires treating it as a distinct product from the mobile app — not as a responsive adaptation of the same design. The interaction model, the viewing context, and the hardware constraints are all different, and the design must reflect those differences.
The sports fans who use connected TV products are watching on their living-room televisions, often with other people, often during live events. They want to find their content quickly, watch it without friction, and feel like the product was designed for them. Getting the fundamentals right — navigation, focus states, artwork, performance, and personalization — is what separates a product that viewers return to from one they abandon after the first session.
About the Author
Ryland Reed
Co-Founder & Chief Executive Officer
Ryland Reed is Co-Founder and CEO of VideoStream Interactive Partners. He brings extensive experience in sports media strategy, direct-to-consumer platform development, and the operational realities of building and launching streaming products for rights holders.
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