2007 Ski Nautique 196

HIN: CTC70272D707

The Ski Nautique 196 is widely considered one of the finest tournament slalom ski boats ever produced, renowned for its track-straight precision handling and virtually non-existent wakes. Engineered by Correct Craft for the purist who demands perfection, this legendary machine holds a permanent place in tournament history for delivering track-straight tracking, blistering throttle response, and the softest, flattest wakes ever engineered.

Key Specs & Features

• Length: 19 ft 6 in
• Beam: 7 ft 7 in
• Dry Weight: Approx. 2,640 lbs
• Fuel Capacity: 29 Gallons
• Seating Capacity: 6 persons

Engine: Typically powered by a PCM Excalibur 330 HP (5.7L) engine

Hull & Wake Technology

• TSC3 Hull Technology: The total Surface Control 3 hull design integrates specialized spray relief pockets and reversed chines, channeling water tightly under the boat to completely eliminate face spray and flatten out the wake table.
• HydroGate with SportShift: Take command of your wake shape instantly from the helm. Flip the SportShift level to the slalom setting to run a dead-flat wake, or engage it to alter the running attitude for a crisp trick-skiing lip.
• Direct-Drive Configuration: The center-mounted engine bay preserves a perfect 50/50 front-to-back weight distribution, maximizing hull agility and eliminating stern drag.
• PerfectPass Cruise Control: Digital GPS or paddlewheel speed management that locks in tournament-precise pulling speeds within a tenth of an mph.

Deck & Trim Configurations

• Ergonomic Helm Station: Features a high-back helm seat, a competition-grade rearview mirror, and clear-sight analog gauges paired with multi-functional digital telemetry.
• Removable Swim Platform: A durable, composite boarding platform that sits completely flush with the water surface to make putting on skis effortless.
• Functional Storage: Equipped with a wide-opening rear trunk locker for skis, a locking glovebox, and a removable composite boarding platform that sits completely flush with the water surface.