2007 Suzuki XL7 World Debut at 2006 NYIAS

Stainless Steel Dual Exhaust System

The all-new XL7 is fitted with a true dual exhaust system, constructed of durable, long-lasting stainless steel. The system was designed for quiet, refined exhaust tones to achieve "best in class" NVH in terms of quietness and tonal quality. The exhaust system features two downpipes, two catalytic converters, a center muffler, two side mufflers and two 3.5-inch diameter exhaust tips.

Sleek Sophistication and Functionality

Evolved from the Suzuki Concept-X, which debuted at the 2005 North American International Auto Show in Detroit, the all-new XL7 features a modern, sleek and expressive design with Suzuki styling cues, such as triangle-shaped turn lamps, bold three-bar grille with large Suzuki "S," muscular wheel arches, dual exhaust with chrome tips and integrated roof racks.

Plush Interior

The 2007 Suzuki XL7 offers the driver and passengers a spacious, functional interior that provides upscale sophistication and refinement. The unique third-row seat delivers seven-passenger capability and real comfort.

With its six-inch deep footwell, the stretched platform delivers comfortable third-row seating, offering nearly 40 inches of legroom and 38.8 inches of headroom. In addition, the 50/50 split folding third-row seat can be folded flat into the floor for additional cargo carrying room, and the fold-flat front-passenger seat allows room for longer items such as skis, surfboards or even a small kayak.

In addition to the practicality of ample storage consoles and areas and the convenience of four 12-volt power outlets, the interior of the 2007 Suzuki XL7 features upscale wood or satin nickel appliqués on the instrument panel and doors, chrome accents throughout and matte black, low-gloss surfaces. Leather seating surfaces and leather-wrapped steering wheel are also part of certain trim packages.

Safety Features

The XL7's safety features start with the body structure itself － a combination of computer-designed high-strength, dual-phase and galvanized steels. The body structure is computer-designed to manage loads － to effectively transfer energy absorbed during impacts around the interior compartment and occupants － in both front and rear crashes.