Maserati 981914690

The Kit Campagna Benova is an essential component for maintaining your Maserati's precision engineering. Designed to meet OEM specifications, this kit ensures your vehicle operates at peak performance. Here's how to ensure a seamless replacement process. About the Kit Campagna Benova The Kit Campagna Benova (SKU: ms-981914690) serves as the operational backbone for your Maserati's advanced fuel delivery system. This authentic assembly includes precisely calibrated components that maintain air-fuel ratio stability across all driving conditions, from city cruising to high-speed track performance. Proper installation requires torque specifications of 28-32 N·m for connection points and thorough system diagnostics post-installation. Technical specifications and application SparesUSA.net has been the trusted partner for luxury automotive enthusiasts since 2015, specializing in factory-certified components for premier marques. Our 50,000+ square foot Texas facility stocks every critical assembly for Maserati's current and legacy models, from Quattroporte air suspension modules to MC20 carbon ceramic brake systems. Each Kit Campagna Benova undergoes rigorous inspections matching manufacturer protocols, complete with traceable documentation for collector-grade vehicles. Our team of ASE-certified technicians collaborates directly with Maserati specialist workshops worldwide, ensuring compatibility across VIN ranges and model years. We maintain same-day shipping for 98% of orders through priority logistics partnerships, with customs-cleared delivery to 150+ countries. Complementary components and services Genuine parts for Ferrari Genuine parts for Bentley Genuine parts for Maserati Genuine parts for Lamborghini Contact Expert support network Contact us if you have any questions about the Kit Campagna Benova or require technical documentation for your Maserati's specific configuration. Our master technicians are available 06:00-18:00 CST via live chat, email, or direct hotline to provide OEM-approved installation guidelines and torque sequences.