ASUS P718 ROG HARPE ACE EXTREME / BLACK PRICE IN PAKISTTAN

The ASUS ROG Harpe Ace Extreme (P718) represents the pinnacle of performance-focused wireless gaming mice, engineering perfection into an ultralight 47‑gram package. Built with a premium carbon fiber top shell paired with a bio‑nylon structural base, the Extreme offers a level of rigidity and durability typically found only in luxury-grade devices—making it exceptionally strong while maintaining remarkable lightness for precision flick control. At its heart lies ASUS’s elite ROG AimPoint Pro sensor, capable of 42,000 DPI, 750 IPS tracking, and 50 g acceleration, with less than 1% CPI deviation—ensuring pixel-perfect tracking across any surface, including glass.

Outfitted with 70 million‑click ROG Optical Micro Switches and full hot-swap support, the Harpe Ace Extreme delivers crisp, instant actuation and provides the freedom to swap switches without soldering. Connectivity is versatile via tri-mode support—2.4 GHz SpeedNova wireless with optional ROG Polling Rate Booster (up to 8,000 Hz polling), Bluetooth 5.1 for multi-device pairing, or wired USB‑C for direct play and charging. Despite this advanced tech, the mouse remains one of the lightest ambidextrous esports-grade mice available.

What sets it apart is the unmatched attention to detail: Corning® Gorilla Glass and PTFE glide feet ensure frictionless motion, pro‑quality grip tape, and included carry case and cleaning kit elevate the experience from tool to treasure. The minimalist scroll wheel RGB is Aura Sync compatible, offering understated flair. Battery life reaches up to ~70 hours (RF) and ~98 hours (Bluetooth), even with modest lighting enabled. The build quality is described as flawless by reviewers: no rattles, no flex, with materials carefully selected and assembled using an eight-stage carbon fiber process. From the moment of unboxing—including its built-in display stand—to immersive gaming sessions, the Harpe Ace Extreme presents itself as a complete luxury experience, yet one with esports‑grade precision at its core.