ASUS P718 ROG Harpe Ace Extreme Wireless Gaming Mouse

A new benchmark in competitive gaming performance has been introduced with the ASUS ROG Harpe Ace Extreme Wireless Gaming Mouse, engineered for esports precision and ultra-light control. A 47-gram carbon fiber composite structure has been utilized to achieve an exceptionally light form factor while maintaining structural rigidity and durability. A pro-tested ergonomic shape has been preserved to ensure consistent comfort during high-intensity gameplay sessions.

Next-generation responsiveness has been delivered through advanced wireless engineering, allowing near-instant input recognition with up to 8000Hz polling rate support via the ROG Polling Rate Booster. Precision tracking is enhanced through the ROG AimPoint Pro optical sensor, enabling consistent accuracy across fast and unpredictable movements. A design philosophy centered on performance, endurance, and elite-level competitive play has been applied throughout the entire build.

Key Features Explained

Ultra-Light Carbon Fiber Construction
A full carbon fiber composite shell has been implemented to achieve an extremely low weight of approximately 47g. High strength and impact resistance are maintained while reducing fatigue during long gaming sessions. A unique woven pattern finish is applied, ensuring each unit carries a distinct visual texture.

Esports-Level Wireless Performance
Low-latency wireless communication is enabled through ROG SpeedNova technology, delivering stable and responsive input transmission. A polling rate of up to 8000Hz is supported when paired with the ROG Polling Rate Booster, allowing ultra-fast signal reporting for competitive scenarios.

High-Precision Optical Tracking
The ROG AimPoint Pro optical sensor is utilized to deliver pixel-level accuracy and consistent tracking performance. High DPI responsiveness is maintained for both rapid flicks and controlled micro-adjustments.

Durable Optical Micro Switches
ROG 100M Optical Micro Switches are integrated to ensure long-lasting click durability and fast actuation. Consistent tactile feedback is maintained even under heavy usage conditions.

Versatile Connectivity Options
Connectivity is supported through RF 2.4GHz wireless, Bluetooth 5.1, and USB Type-C wired mode. Seamless switching between devices and platforms is enabled.

Premium Accessories and Customization Kit
A complete accessory set is included, featuring PTFE mouse feet, Corning® Gorilla® Glass mouse feet, grip tape, receiver extender, charging cable, display stand, and a protective carrying case for enhanced usability and personalization.

Full Specifications

Product Name: ASUS ROG Harpe Ace Extreme Gaming Mouse

Design & Build

• Carbon Fiber Shell
• Ultralight Design
• Weight: ~47g
• Dimensions: 127.5(L) x 63.7(W) x 39.6(H) mm
• Color: Black

Sensor & Performance

• ROG AimPoint Pro Optical Sensor
• ROG 100M Optical Micro Switch
• Polling Rate: up to 8000 Hz (with ROG Polling Rate Booster)

Connectivity

• RF 2.4GHz Wireless
• Bluetooth 5.1
• USB 2.0 (Type-C to Type-A)

Software & Compatibility

• Armoury Crate Support
• OS: Windows® 10 / Windows® 11

Lighting & Sync

• Scroll Wheel Lighting
• AURA Sync Support: Yes

Cable

• 2-meter ROG Paracord

Included Contents

• 1 x ROG Harpe Ace Extreme
• 1 x Omni Receiver
• 1 x ROG Polling Rate Booster
• 1 x Wireless Receiver Extender
• 1 x ROG Paracord
• 1 set x Mouse grip tape (4pcs, one-time stick)
• 1 set x Glass Mouse Feet
• 1 set x 100% PTFE Mouse Feet
• 1 x Mouse case
• 1 x Display stand
• 1 x Cleaning kit
• 1 x Thank you card
• 1 x Warranty Card
• 1 x Quick Start Guide
• 1 x ROG logo sticker

Conclusion

A performance-focused gaming tool has been engineered to meet the demands of competitive esports environments. Lightweight construction, advanced wireless responsiveness, and high-precision tracking have been combined into a single premium device. A comprehensive accessory package has been included to support customization and long-term usability, making it suitable for players seeking consistent high-level performance across different gaming scenarios.