ANGRY MIAO Infinity Wireless Mouse (Basalt Black)
- Standard with two-colored batteries, black and orange.
- Hot-swap magnetic battery — change in 1.2s for uninterrupted gaming.
- Peak Performance-Dual 8K+3950
- Inspired by Lotus Evanora Concept
- 39g Wired, 49g Wireless
- 2.4G Receiver, Also a Battery Charging Station
- Programmable via AM Master
- Custom Accessory for Small Hands with a Firm Palm Grip
Basalt Black Inspired by Lotus Evanora Concept
The Lotus Evanora Concept, designed by Maitreya Dhanak, forms the soul of the AM INFINITY MOUSE with its hollowed-out magnesium-aluminum alloy skeleton.
This design embodies the philosophy of "integrating appearance and structure", maintaining rigidity while reducing weight.
39g Wired / 49g Wireless
Full magnesium-aluminum alloy structure achieves ultra-lightweight design while maintaining strength and rigidity.
Engineering & Design Process
Through user testing and structural optimization, non-essential areas were hollowed out to achieve balance between weight, strength, and ergonomics.
Original: $137.25
-70%$137.25
$41.17
Description
- Standard with two-colored batteries, black and orange.
- Hot-swap magnetic battery — change in 1.2s for uninterrupted gaming.
- Peak Performance-Dual 8K+3950
- Inspired by Lotus Evanora Concept
- 39g Wired, 49g Wireless
- 2.4G Receiver, Also a Battery Charging Station
- Programmable via AM Master
- Custom Accessory for Small Hands with a Firm Palm Grip
Basalt Black Inspired by Lotus Evanora Concept
The Lotus Evanora Concept, designed by Maitreya Dhanak, forms the soul of the AM INFINITY MOUSE with its hollowed-out magnesium-aluminum alloy skeleton.
This design embodies the philosophy of "integrating appearance and structure", maintaining rigidity while reducing weight.
39g Wired / 49g Wireless
Full magnesium-aluminum alloy structure achieves ultra-lightweight design while maintaining strength and rigidity.
Engineering & Design Process
Through user testing and structural optimization, non-essential areas were hollowed out to achieve balance between weight, strength, and ergonomics.
