AngryMiao AM Infinity.97 mouse review

ANGRYMIAO AM INFINITY.97 MOUSE REVIEW

Angry Miao Delivers a Unique and High-Performance Gaming Mouse Experience

The year 2026 is shaping up to be an exciting time for high-end gaming mice, with innovative designs pushing the boundaries of what’s possible. The AngryMiao AM Infinity.97 promises a sub-50g weight, a 30,000 DPI sensor, and 8000 Hz wireless polling, all wrapped in a distinctive package.

AngryMiao is known for its unique designs, often leaning towards sci-fi aesthetics, similar to Gravastar. The AM Infinity.97 continues this trend with a holey chassis designed for lightness and visual impact. It’s intentionally smaller than typical mice, shaving three percent off the standard size – hence the “97” in its name.

Design and Specifications:

The mouse features a distinctive aesthetic, available in black, white, or pink. The one tested was white, offering a pleasant look. While it might seem like there’s limited surface area for hand contact due to the numerous holes, the mouse is surprisingly comfortable.

AngryMiao positions this mouse primarily for claw-grip users, but it proved comfortable for palm and fingertip grips as well. Its sub-50g weight (47g with the battery) makes it exceptionally nimble. Removing the battery allows wired use, reducing the weight to a mere 39g.

Key Features:

Buttons: 5
Feet: PTFE
Connectivity: 2.4 GHz receiver/Bluetooth, USB-C to USB-A wired
Sensor: PixArt PAW3950
Max DPI: 30,000
Max acceleration: 50g
Max speed: 750 IPS
Polling rate: 8000 Hz (2.4 GHz)
Battery life: Up to 165 hours
RGB lighting: 1-zone
Warranty: 1 year
Price: $189

The button placement is logical, with two main buttons, a scroll wheel, and navigation buttons on the side. A selector switch allows toggling between Bluetooth and 2.4 GHz wireless connectivity. The absence of a dedicated DPI switch button is a minor drawback.

The TTC Orange Dot Optical V2 switches offer a snappy and positive feel, providing faster response times compared to standard mechanical buttons.

Software and Performance:

The accompanying software features a web-based UI and a downloadable executable that runs in the background, potentially consuming system resources. While lightweight and easy to use, it lacks the depth of customization found in competing products.

Performance is driven by the 30,000 DPI PixArt PAW3950 sensor, providing ample sensitivity and responsiveness. While using the full DPI range might feel jittery, adjusting it between 1600 and 3200 DPI provides a comfortable experience for Counter-Strike 2 aiming and Windows navigation.

Connectivity is reliable via Bluetooth or 2.4 GHz wireless, with the latter supporting the 8000 Hz polling rate. The ability to switch between methods adds versatility.

The combination of lightweight design and powerful internals makes the AM Infinity.97 exceptionally responsive, rivaling the Razer Viper V4 Pro and Logitech G Pro X2 Superstrike. It excels in delivering core performance without unnecessary features like haptic feedback.

Unique Feature: Swappable Batteries:

The most distinctive aspect is the swappable battery system. The batteries magnetically attach to the underside and can be replaced with a spare located within the wireless receiver. This allows for extended use, although it does require purchasing additional batteries.

Battery life varies depending on usage. With 8000 Hz polling enabled, expect 20-30 hours per battery, totaling 40-60 hours. Dropping to 1000 Hz extends the endurance up to 165 hours.

Value and Conclusion:

The AngryMiao AM Infinity.97 retails for $189, placing it at the higher end of the ultralight gaming mouse market. While offering exceptional performance and a unique design, the price point might be a barrier for some.

However, if you’re seeking a distinctive and high-performing gaming mouse that stands out from the crowd, the AngryMiao AM Infinity.97 is worth considering. It delivers on its promise of lightweight agility and responsive performance, making it a compelling option for gamers who value both aesthetics and functionality.