Description
The PowerColor Reaper series is designed for gamers who demand reliable performance and unwavering endurance. With a robust cooling architecture and precision engineering, the Reaper chassis is built for intense gaming sessions without compromise. Designed with a focus on consistent performance, it's a dependable ally for those ready to conquer any challenge. The Reaper series is gaming, pure and simple — nothing more, nothing less.
Master gaming with the Reaper series
The PowerColor Reaper series delivers stable, reliable performance for gamers. Featuring high-quality Japanese dual ball bearings and high-efficiency ring-blade fans, the durable triple-fan design ensures optimal airflow and longevity. A copper base provides direct contact with the GPU and VRAM, maximizing cooling efficiency during intense gameplay. The Reaper series is built for those who value unmatched performance in every battle.
High-quality Japanese dual ball bearings
Dual ball bearings reduce rotational friction, improving heat dissipation and doubling the expected lifespan of the fans.
Intelligent fan controller
Using temperature-sensing technology via an intelligent chip, the fans activate when GPU temperature reaches 60°C and turn off when it drops below 50°C. This precise temperature control delivers efficient cooling, reduced fan noise, and extended product lifespan.
High-efficiency ring-blade fans
High-efficiency ring-blade fans are designed for serious gamers, delivering maximum cooling. The exclusive 9-blade ring-blade design increases fan speed while maintaining low noise levels. It enhances air pressure and airflow, ensuring optimal cooling performance.
Direct-contact copper base
A smooth copper base makes direct contact with the GPU, ensuring exceptional heat transfer and improved cooling for VRAM, maintaining optimal thermal conditions.
High thermal conductivity Honeywell PTM7950
Thanks to the phase-change properties of PTM7950, microgaps between the GPU and heatsink are quickly filled under high load, significantly improving thermal efficiency.