AirJet Cross-Flow Fan Series

AIRJET

AirJet 360 / 480

Crossflow fan combines high-speed operation with minimal noise, delivering thorough airflow that penetrates the entire chassis for superior cooling efficiency.

A new way to play heat dissipation. AirJet replaces point-source airflow with a long, straight cross-flow path across the build.

Cross-Flow Cooling

Wide, linear airflow for large heat sources.

Ordinary axial fans push air from separate circular zones. AirJet uses a long barrel-style impeller to create a continuous airflow band that is easier to aim across GPU, motherboard, and memory areas.

Traditional chassis fan layout with separated circular fan positions

Traditional Axial Fans

Separated airflow cones.

Air spreads quickly and can miss elongated heat zones near the end of the chassis.

AirJet Cross-Flow

One full-length cooling curtain.

Air remains organized into a wide band that covers more of the system interior.

Long-Reach Airflow

Push a wide airflow field deep into the chassis.

AirJet sends air from a long side outlet instead of separate circular fan cones, helping the stream travel across GPUs, memory, VRM heatsinks, and the far end of the build.

3-Phase 6-Pole Motor.

Smoother drive control at high speed.

Full Metal Construction.

Ensure 7x24 long-term stable work, and be a server or a high-performance host.

6 sets of Dual Ball Bearings.

Motor-side and terminal support for the full-length rotor.

AirJet cross-flow impeller and metal frame close-up

Full Metal Construction

A rigid chassis for a long rotating system.

AirJet uses a metal body to reinforce the long frame, reduce mechanical resonance, and give the product the structural feel expected from a premium chassis component.

7x24 hours workingdual ball bearingsLow-resonance body

Radiator-Mount Fit

Built around standard 360 and 480 radiator spaces.

AirJet installs through familiar radiator mounting positions and can be used as front, top, or side airflow depending on chassis layout. Plan around the 60 mm thickness before final assembly.

AirJet installed in a complete high-end PC build

Installed Build

Wide chassis airflow in a real high-end system.

AirJet installed below the graphics card inside a PC chassis

GPU Zone Coverage

Move air through the long heat zone below the graphics card.

AirJet side installation close-up inside a PC chassis

Side Air Path

Keep the airflow path organized along the chassis wall.

Measured Airflow Advantage

More even cooling at the same speed or the same noise target.

In internal testing with an ATX airflow chassis, Intel 14900K at 260W, RTX5090, and NK620 dual-tower air cooling, replacing front 3 x 120 mm fans with AirJet 360 improved both CPU and GPU delta temperature.

Same 3000 RPM dual-stress test

AirJet CPU delta

47.2

AirJet GPU delta

64.8

3 x 120 CPU delta

50.2

3 x 120 GPU delta

66.0

Same 40 dBA noise target

AirJet CPU delta

48.2