HomeNewsGalaxy S25 Ultra Transforms Skateboarding Broadcasting at SLS Championship

Galaxy S25 Ultra Transforms Skateboarding Broadcasting at SLS Championship

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Summary: Samsung has integrated Galaxy S25 Ultra smartphones directly into the SLS Super Crown World Championship skateboarding course in São Paulo, Brazil. The phones capture multi-angle cinematic footage and feed live broadcasts, leveraging the device’s 200MP camera system, 8K video recording, and advanced stabilization technology. Three-time world champion Rayssa Leal collaborated with Samsung to design camera angles that capture skateboarding’s most dynamic moments. This marks a shift toward mobile-first professional sports broadcasting, with plans to expand throughout the 2026 SLS season.

Samsung has mounted Galaxy S25 Ultra smartphones directly onto skateboarding competition courses at the SLS Super Crown World Championship in São Paulo, Brazil transforming how professional skateboarding is captured and broadcast. Rather than relying solely on traditional broadcast cameras, the tech giant is using its flagship phone’s advanced camera system to deliver cinematic, multi-angle footage during live competition.

What Samsung Just Announced

Galaxy S25 Ultra Integration at SLS Super Crown

On December 7, 2025, Samsung Electronics revealed its latest collaboration with Street League Skateboarding (SLS), integrating Galaxy S25 Ultra devices within the competition course itself. The phones capture footage from unique vantage points angles impossible for traditional camera crews to access safely and feed that content directly into live broadcasts.

Samsung has positioned Galaxy S25 Ultra smartphones onto the SLS Super Crown skateboarding course in São Paulo to capture cinematic footage from fresh angles. These devices support live broadcasts and deliver dynamic replays of tricks, turning the course into a creative lens for the sport.

Why Mount Smartphones on Skate Courses?

Traditional Broadcasting Limitations

Skateboarding poses unique filming challenges. Skaters move unpredictably across courses, performing aerial tricks that happen in split seconds. Traditional broadcast cameras even with skilled operators struggle to capture ground-level intensity without interfering with athletes.

Mobile Cameras in Action Sports Evolution

Smartphones offer compact form factors, durability, and increasingly professional-grade video capabilities. Mounting them directly on courses eliminates safety concerns while opening creative angles that put viewers “on the board” with athletes.

Galaxy S25 Ultra Camera Specs That Make This Possible

200MP Main Sensor and Stabilization Tech

The Galaxy S25 Ultra features a quad-camera system headlined by a 200MP main sensor with f/1.7 aperture. The phone includes optical image stabilization (OIS) across multiple lenses, critical for capturing smooth footage of fast-moving skateboarders.

8K Video Recording Capabilities

The device records 8K video at 30fps and UHD 4K at 60fps, delivering broadcast-quality resolution. Slow-motion capabilities reach 240fps at Full HD, perfect for analyzing technical tricks frame-by-frame.

Pro-Grade Video Features for Fast Motion

With its Snapdragon 8 Elite processor running at 4.47GHz and 12GB RAM, the S25 Ultra handles intensive real-time video processing without thermal throttling during extended recording sessions. The phone’s advanced autofocus system tracks subjects across the frame, maintaining sharp focus as skaters move through complex sequences.

How the Integration Works at SLS Brazil

Course-Mounted Camera Placement

Samsung strategically positioned multiple Galaxy S25 Ultra units at ground level, on ramps, and near rails areas where human camera operators can’t safely stand during competition. The phones are secured in protective housings designed to withstand impacts from boards and feet.

Live Broadcast Integration Process

Footage streams wirelessly from the S25 Ultra devices to SLS’s broadcast production team, who integrate it with traditional camera feeds in real-time. Producers can cut to unique mobile-captured angles during replays, giving commentators fresh perspectives on each trick.

Rayssa Leal’s Role in Shaping the Experience

Three-time SLS Super Crown World Champion Rayssa Leal, a Team Samsung Galaxy athlete, actively collaborated on camera placement and angle selection. “Skateboarding has always been about sharing moments, from tricks to emotions,” Leal explained. Her insight as a competing skater ensured cameras capture what athletes and fans both want to see the precise moments when tricks succeed or fail.

What This Means for Sports Broadcasting

Democratization of Pro-Grade Capture

Samsung’s SLS integration demonstrates that mobile technology has reached broadcast standards. The same $1,299 phone consumers buy can produce footage that airs on professional sports broadcasts.

Future Applications Beyond Skateboarding

Gustavo Assunção, Samsung Brasil’s SVP of Mobile eXperience, indicated this is just the beginning. The partnership will expand throughout the 2026 SLS global tour, with potential applications in other action sports like BMX, surfing, and freestyle motocross.

Samsung and SLS plan to continue integrating Galaxy innovation across the 2026 skateboarding season, expanding camera technology and fan touchpoints to create immersive, tech-driven experiences that showcase skateboarding’s creativity and culture.

Technical Comparison: Galaxy S25 Ultra vs Traditional Broadcast Cameras

FeatureGalaxy S25 UltraTraditional Broadcast Camera
Resolution8K @ 30fps, 4K @ 60fps 4K-8K standard
Weight218g 5-15kg typical
StabilizationOIS + Digital Mechanical gimbal required
Form Factor162.8 x 77.6 x 8.2mm Bulky, requires operator
Real-time Streaming5G + Wi-Fi 7 Dedicated RF equipment
Cost per Unit~$1,299 retail$20,000-$100,000+
Mohammad Kashif
Mohammad Kashif
Senior Technology Analyst and Writer at AdwaitX, specializing in the convergence of Mobile Silicon, Generative AI, and Consumer Hardware. Moving beyond spec sheets, his reviews rigorously test "real-world" metrics analyzing sustained battery efficiency, camera sensor behavior, and long-term software support lifecycles. Kashif’s data-driven approach helps enthusiasts and professionals distinguish between genuine innovation and marketing hype, ensuring they invest in devices that offer lasting value.

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