APNX C1-R Mid-Tower Gaming Case - Black
Engineered for enthusiasts, the APNX C1-R Mid-Tower chassis (model C1-R-BK-v3) provides a robust and versatile foundation for your next high-performance gaming PC. Constructed with a durable SGCC body and a SECC front panel, all reinforced by a substantial 0.8mm steel thickness, this case is built to withstand the demands of powerful components.
Superior Thermal Performance
Experience optimal cooling right out of the box with four pre-installed 120mm PWM fans – three at the front and one at the rear. The C1-R is designed for extensive airflow, supporting up to 11 fan mounts and accommodating radiators up to 360mm on the top and side panels, ensuring your high-end hardware remains cool under load. Maximum GPU clearance of 395mm and CPU cooler height of 166mm allow for installation of top-tier components.
Optimized Build Experience
The APNX C1-R prioritizes a streamlined building process and efficient system management. With an internal cable management depth of 40mm, achieving a clean and professional build is made simple, improving airflow and aesthetics. The case supports a wide range of motherboards, including ATX, Micro-ATX, and Mini-ITX, offering broad compatibility. The front panel I/O features 2x USB 3.0, 1x USB-C, and HD Audio for convenient connectivity. Storage flexibility is provided with ample space for 3.5” and 2.5” drives.
Key Features
- Robust SGCC and SECC construction with 0.8mm steel thickness.
- Includes 4x 120mm PWM fans for immediate, effective cooling.
- Extensive cooling support: up to 11 fans and 360mm radiators.
- Generous GPU clearance (395mm) and CPU cooler height (166mm).
- Easy system building with 40mm cable management depth.
- Front I/O panel with USB 3.0 x 2, USB-C x 1, and HD Audio.
- Supports ATX, Micro-ATX, and Mini-ITX motherboards.
For gamers and PC builders in Oman seeking a durable, high-airflow mid-tower case with excellent component compatibility, the APNX C1-R offers a compelling solution for building a powerful and reliable gaming system.
