Moto G67 Power benchmark results surprise fans
Early performance scores show strong capability for a mid-range phone
The Moto G67 Power 5G has made its way into performance benchmark listings following its official announcement, and the results are impressing many smartphone enthusiasts. While the device is positioned as a mid-range option focused on battery endurance, the latest scores indicate that it can also deliver stronger performance than many expected. These early numbers suggest the phone may compete more closely with higher-priced models in the same category.
On the popular Geekbench benchmarking platform, the Moto G67 Power 5G has recorded single-core scores of around 1,000 points and multi-core results nearing 2,900. These figures place the new Motorola device ahead of many mid-range phones using older chipsets, which typically score lower in both categories. The results reflect the efficiency of its Snapdragon 7s Gen 2 processor, which is built using a 4nm architecture designed for better speed and reduced power consumption.
The AnTuTu benchmark scores for the phone are also gaining attention, with listings showing an overall result of around 678,000 points. This score indicates a noticeable jump in all-round performance including CPU and GPU tasks, memory operations and general responsiveness. In real-world scenarios, this should help users experience smoother app multitasking, quicker response times and improved stability during extended usage.

Motorola’s combination of the Snapdragon chipset with 8GB of RAM plays a major role in the smooth performance shown in these benchmark tests. The company has also enabled virtual RAM expansion, which can add additional memory when needed. The inclusion of a 120Hz display further supports a fluid user experience, allowing animations, scrolling and gaming visuals to appear more seamless. These hardware and software optimizations together help justify the strong benchmark numbers.
The Moto G67 Power 5G stands out especially because it prioritizes battery endurance with its massive 7,000mAh battery. Typically, phones with such a large battery focus primarily on longevity and compromise performance to keep costs lower. However, Motorola seems to have made a clear effort to balance long running time with capable processing power, making the phone more appealing to users who want both longevity and speed.
Benchmark performance also matters when it comes to gaming, particularly as more players in India rely on mid-range devices to enjoy popular titles. While the Moto G67 Power 5G does not feature a flagship-level GPU, the tested scores suggest that it can comfortably handle most mainstream games at stable frame rates. The results also indicate that users could expect fewer slowdowns when switching between apps or running background tasks.
Although the numbers are impressive, experts note that benchmarks are just one part of evaluating overall performance. Sustained workload tests, thermal management and power efficiency under stress are expected to provide a more complete picture once the phone reaches more users. The large battery and efficient chipset may help it maintain stable performance over longer periods without overheating, but full testing will reveal how well it handles heavy usage daily.
The strong benchmark results have helped build early excitement around Motorola’s latest Power-series device. Fans who were initially attracted by the battery size are now showing more interest due to the unexpected performance advantages. This gives the Moto G67 Power 5G a stronger competitive edge against rival smartphones in the budget-friendly 5G category.
Overall, the Moto G67 Power 5G’s benchmark numbers suggest that Motorola has delivered a device that offers more than just extended battery life. With its modern chipset, high refresh rate display and balanced memory configuration, it shows clear potential to perform well beyond basic everyday tasks. As more testing becomes available after sales begin, users will have a clearer idea of how these promising early results translate into real-world performance.
