OnePlus 13T Sets New AnTuTu Record with Over 3 Million Score

The OnePlus 13T is just weeks away from its official launch, but it has already made an impressive appearance on AnTuTu. Well, according to reports, the smartphone had achieved a benchmark score, which crosses the three-million mark, which could make this the most powerful Android phone ever tested on the platform.

OnePlus 13T Breaks AnTuTu Records with 3 Million+ Score, Packs Snapdragon 8 Elite & 16GB RAM

The OnePlus 13T is set to be announced later this month, as confirmed by OnePlus recently. The device has now shown up on AnTuTu’s benchmarking platform ahead of its official debut, with excellent performance. As per AnTuTu’s official Weibo post, the OnePlus 13 T features a total score of an astronomical 3,006,913, listed under the model number of “PKX110.” For reference, the OnePlus Ace 5 Pro currently takes the top spot on AnTuTu’s official ranking, producing a score of 2,890,600. This implies that, in reality, the OnePlus 13T has surpassed it by a wide margin.

While pre-launch benchmarks can sometimes pretend, this list still shows off the smartphone’s incredible ability. Earlier leaks pointed at “radical performance” from the OnePlus 13T, with improved thermal management and Qualcomm’s potent Snapdragon 8 Elite chipset. And OnePlus’s teaser campaign for the phone has heavily leaned on its speed and efficiency, and these benchmark numbers suggest those claims might not be just talk.

In addition to the performance numbers, the benchmark listing also gives us confirmation for major specifications of the upcoming OnePlus 13T, which is now confirmed to feature up to 16GB LPDDR5X RAM and up to 512GB UFS 4.0 storage for better performance and seamless multitasking. The OnePlus 13T is set to be officially launched in China by the end of the month, with an international release expected to follow. If these benchmark results are accurate, the OnePlus 13T could become one of the most powerful Android smartphones of 2025, setting new standards for flagship performance.

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