GRE Ground Run Up Enclosure

gROUND rUN uP eNCLOSURE

Redefining Engine Run-Ups: Sustainable, Smart, and Community-Friendly

Airports have long treated engine run-ups as a necessary disruption—loud, spatially inefficient, and difficult to monitor. Our Ground Run-Up Enclosures (GREs) change the game.

These aren't just sound barriers—they're performance enablers.

Designed for the realities of modern airports, our GREs deliver a threefold advantage:

Superior Jet Blast and Noise Control:
Mitigation technology dramatically reduces sound and jet blast impact—benefiting both operations and surrounding communities.
Smarter Space Utilization:
Our enclosures optimize land use, unlocking previously constrained areas while aligning with broader airport development goals.
Real-Time Operational Intelligence:
Integrated sensors feed actionable data back to aircraft operators, reducing downtime and helping teams make faster, more informed decisions.

Noise control

Better area use

SENSORS

A seamless deflector uses specially designed chambers and noise-absorbing materials to deliver cutting-edge sound control. Its solid and sturdy structure helps reduce noise transmission. There's no need for outdated corrugated designs—just clean, elegant lines that make smart use of acoustics to provide excellent performance

Our design is based on nature and uses special vortex generators that turn fast-moving air into a gentle breeze. This system works twice as well as other options. Because of that, the GRE can be safely placed near buildings, airplanes, or other structures—no extra space needed. What really sets us apart is our deep expertise in aerodynamics. With years of experience as professors, PhDs, and hands-on testing, we custom-tailor every installation for the best possible performance.

Advanced sensors record and provide real-time data to ensure each engine run-up is performed with top efficiency and convenience for everyone involved. Aircraft operators can trust that the engine run follows the official procedures, while the surrounding community benefits from careful monitoring of noise emissions

We learn the best ideas by watching how nature works

Bees create tiny spinning air currents—called vortices—that you can actually hear as their buzzing sound. To keep making these vortices, they have to constantly flap their wings. This creates a strong downward push of air, which helps lift them off the ground.

Our deflectors use the power of jet engines in a smart way. When the engine blast hits our specially designed shape (patent pending), some of the air is diverted into vortex generators. These generators create a strong upward push that slows the fast-moving airflow and turns it into a gentle breeze.

The more powerful the Jet Engine, the greater the resulting force created, turning high-speed airflow into a large, slower-moving (breeze) and stream of air.

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