Pcwizkid’s review of the NZXT Tempest Mid Tower Case. When looking over this case it reminds me a lot of the Thermaltake m9 case. I love the new tool-less design of these cases and their cooling is incredible. The blue led’s are always a nice bonus but again the blue led’s seem to be a bit overdone these days. Click read move for the full video review and specs.
MODEL | Tempest SERIES |
CASE TYPE | MID TOWER |
Colour | Black only |
DIMENSIONS (W x H x D) |
211.5 X 521.5 X 562 mm |
COOLING SYSTEM | FRONT, 2 X 120 mm Blue LED (included) REAR, 1 X 120 mm (included) SIDE PANEL, 1 X 120mm Blue LED (included) TOP, 2 X 140mm Fan (included) |
DRIVE BAYS | 9 DRIVE BAYS 3 EXTERNAL 5.25″ DRIVE BAYS ( up to six 5.25″ ) 1 3.5″ External bracket 8 INTERNAL 3.5″ DRIVE BAYS Screwless Rail Design |
MATERIAL(S) | Steel Construction (except for front panel which is plastic) |
EXPANSION SLOTS | 7 |
Dust Filters |
2 front Fans and front bezel/grill dust filters included |
WEIGHT | 11.2 KGS (W/O Power) |
MOTHERBOARD SUPPORT | Sizes: E-ATX ATX, MICRO-ATX, BABY AT |
Additional functionality
- Dual radiator ready: The NZXT Tempest is pre-drilled for mounting a dual 120mm radiator at the top of the chassis, currently compatible and tested with Swiftech MCR220, Asetek Dual radiator solution, and Thermaltake TMG2.
- Airflow King: Dual 120mm intake, Dual 140mm Exhaust with an additional side 120mm fan and rear 120mm fan all included.
- Maximize Expandability: E-ATX support allows more compatibility with high end components including large graphics cards
- Easier accessibility & cable management: Cable routing is pre-drilled on the motherboard so users can hide cables behind the motherboard tray, allowing more a cleaning look and better airflow. Power, E-SATA, USB and Reset buttons are mounted at the top to give better accessibility.
- Bottom mounted PSU: PSU mounting at the bottom allows for more security and separation of heat from the CPU
- Server-like HDD space: Dual 120mm fans cool cages that hold up to 8 HDDs allowing for large capacity systems while maintaining cool temperatures