FS2004 Zoom Boeing 767-328 ER

The Zoom Boeing 767-328ER is a mid-size wide-body jetliner originally crafted for efficient long-haul operations. This particular freeware package brings together a complete AI-friendly model by AI Aardvark and a detailed repaint by Shane Strong, bundled into one installation. Its 767-300 design, equipped with General Electric powerplants, focuses on shaping an optimized experience for those who demand seamless frame rates alongside a realistic AI presence during both departures and arrivals.

Key Aircraft Characteristics

Developers: Model by AI Aardvark; Repainted by Shane Strong.

This 767 features six distinct LOD (Levels of Detail) elements that dynamically streamline the model as the jet moves farther from the viewer. By progressively reducing polygon count, the add-on remains gentle on performance when numerous AI aircraft appear simultaneously. Zoom Airlines, once a transatlantic carrier, frequently utilized Boeing 767s for higher-capacity routes, and this livery recreates that distinctive branding in simulator form.

Screenshot showing the aircraft on airport ramp.

Installation Steps

1. Place the folder named AIA_767_300_GE_Alitalia inside your Flight Simulator aircraft directory.
2. Assign this Boeing 767 to AI flightplans, ensuring it appears in traffic rotations.

If you are not familiar with flightplan insertion, consult standard tools and guidelines for populating AI traffic.

Adapting for FS2002 Flight Dynamics

1. The included files default to FS2004-specific FDE (Flight Dynamics Engine). To switch them out, make a backup of the FS2004 aircraft.cfg and .air files.
2. Copy the FS2002 FDE from the supplied data in this package, and overwrite the FS2004 versions.
3. These modifications originated from Koji (Mr Hiro) Tanaka, optimizing ground handling and in-flight behavior for FS2002.

Reflective Structure Option

This package defaults to a non-reflective model. To enable reflectivity, change the model=no_refl line in aircraft.cfg to model=reflective. Keep in mind that this repaint does not include a dedicated reflective texture layer, so the aircraft’s visual aspect may remain similar even with a reflective model activated.

Performance Enhancements with LOD

The model employs six LOD variations to optimize frame rates by displaying fewer polygons at greater viewing distances. This is particularly helpful when multiple AI aircraft populate the same scene. In cases where certain models consume more resources, the lack of LOD stages can be a primary cause of performance drops—this AI Aardvark design avoids that issue.

AI Flight Handling

These flight dynamics are fine-tuned for active traffic environments, prioritizing efficient runway usage during departures and arrivals. An AI aircraft often needs to vacate runways quickly to make room for trailing traffic, so this configuration ensures minimal runway occupancy. For users seeking extended flare during touchdown, you can manually adjust the cruise lift, parasite drag, and induced drag sections within the aircraft.cfg to discover the desired landing characteristics.