It has been a long and winding road for Apex Legends Mobile players who have craved the buttery smooth gameplay that high frame rates provide. Back in 2022, shortly after the mobile port launched, data miners uncovered tantalizing evidence inside the game’s code that hinted at upcoming 90 and 120 frames per second support. Now, in 2026, those early leaks have finally materialized into a fully polished feature, much to the delight of competitive mobile gamers around the world.

A Promise Delayed but Not Forgotten

When Apex Legends Mobile first dropped in May 2022, it immediately became a sensation, bringing the fast-paced hero shooter experience to iOS and Android devices. Despite its visual fidelity and tightly tuned controls, one glaring omission was the lack of support for anything beyond 60 FPS. At the time, even the console and PC versions of Apex Legends had not fully embraced high refresh rate gaming—the next-gen console update earlier that year omitted 120Hz support, leaving players disappointed. Respawn Entertainment acknowledged the gap and promised future improvements, but the community was left waiting.

The mobile version’s journey toward high frame rate gaming was first hinted at when files referencing 90 FPS and 120 FPS modes were discovered within the app. Leaker ThatOneGamingBot shared the findings, sparking hope. However, the development cycle proved more complex than anyone anticipated. Device fragmentation on Android, Apple’s strict Metal API performance thresholds, and the sheer engineering challenge of maintaining competitive integrity across different screen refresh rates all contributed to the delay.

The Technological Hurdles

Achieving a stable 120 FPS on mobile is no small feat. Apex Legends Mobile is a visually demanding title with large maps, dynamic lighting, and up to 60 players in a single match. Pushing that many frames requires not just raw GPU power but also efficient thermal management—overheating can throttle performance and ruin the experience. In 2023 and 2024, several flagship smartphones began shipping with 120Hz or even 144Hz displays and powerful chipsets like the Snapdragon 8 Gen 3 and Apple’s A17 Pro, which made the dream more attainable.

Behind the scenes, Respawn’s mobile team worked on a dedicated "Performance Mode" that separates rendering pipelines for high refresh rates. This mode includes dynamic resolution scaling, reduced shadow quality at a distance, and an optional frame interpolation technique that helps maintain smoothness during intense firefights. The result is a consistent 90 FPS on a wide range of devices, with 120 FPS reserved for the absolute top-tier hardware.

Official Rollout in Early 2026

After a lengthy beta period that began in late 2025, the global rollout of 90 and 120 FPS modes started in February 2026. The update arrived alongside a new season called “Overdrive,” which also introduced a futuristic battle pass and map changes to Olympus. Players who updated the game were greeted with a new graphics settings menu that clearly lists the available frame rate options, complete with a compatibility checker that scans the device’s capabilities.

Supported devices for 120 FPS include the iPhone 16 Pro and Pro Max, iPad Pro models with M2 chips and later, Samsung Galaxy S25 series, OnePlus 13, and ASUS ROG Phone 9. A much broader list of mid-range and older flagship phones can access the 90 FPS mode, provided they have a display that supports at least 90Hz. This tiered approach ensures that a huge portion of the player base can feel the upgrade, not just those with the most expensive hardware.

Community Reactions and Competitive Impact

The response from the Apex Legends Mobile community has been overwhelmingly positive.

🎯 Smoother Aim and Tracking – Players report that aiming feels far more responsive, especially when using touch controls. The reduced input lag at 120 FPS makes flick shots and tracking moving targets noticeably easier.

⚡ Competitive Edge – In ranked matches, the difference is even more pronounced. High-level players on capable devices now have a distinct advantage, leading to discussions about whether frame rate caps should be standardized in tournaments. Some community-run competitions have already mandated a 90 FPS limit to keep the playing field more level.

🔥 Streamer Adoption – Content creators who moved away from the mobile version due to choppy performance are returning. Live streams of 120 FPS gameplay on portable devices are gathering massive views, showcasing just how far mobile gaming has come.

Of course, there are also voices of frustration. Users of older devices that cannot handle even 90 FPS are calling for better optimization, and some Android users have noted that the feature took longer to arrive on their platform compared to iOS. Respawn has promised ongoing performance patches to bring the high frame rate option to more phones over time.

What This Means for Mobile Esports

The introduction of 120 FPS support elevates Apex Legends Mobile’s status in the competitive scene. With major tournaments like the ALM Championship offering larger prize pools each year, the ability to play at a professional level on a phone or tablet is now a reality. Analysts predict that 2026 will see a surge in mobile-specific esports investments, as the gap between PC and mobile performance continues to narrow.

Looking ahead, the developers have hinted at even more ambitious technical features. Unreal Engine 5 migration rumors are circulating, and that could unlock further visual and performance enhancements. For now, the long-awaited 90 and 120 FPS modes stand as proof that Respawn listened to its community and adapted to the ever-evolving mobile hardware landscape.

The journey from a leaked game file to a full global launch has taken nearly four years, but Apex Legends Mobile now sits proudly among the handful of AAA mobile shooters that can truly compete with their console siblings in terms of fluidity and responsiveness. As 2026 unfolds, one thing is clear: high frame rate gaming on mobile is no longer a distant promise—it’s the new standard.