Holiday Special Cruz - Barre Portatutto Alu Cargo In Alluminio Per Veicolo Commerciale Nissan Primastar L1h1 (x83) Dal 2002 Al 2016 Kit [wqnfRWF7]

Cruz ALU Cargo Bars for Nissan Primastar L1H1 (X83) 2002-2016

Introducing the Cruz ALU Cargo Bars, the ultimate accessory for your Nissan Primastar L1H1 (X83) from 2002 to 2016. These lightweight aluminum bars are designed to enhance the functionality and aesthetics of your vehicle, providing a robust and versatile solution for your cargo needs. With their aerodynamic design and high-quality construction, these bars offer an exceptional combination of efficiency and style.

Key Features and Specifications

The Cruz ALU Cargo Bars are crafted from high-strength aluminum, ensuring durability and reliability. Each bar features three grooves for easy attachment of various accessories, making it suitable for a wide range of uses. The bars are available in 2, 3, or 4 configurations, depending on your vehicle's requirements. The system includes steel mounting brackets specifically designed for your Nissan Primastar L1H1 (X83), guaranteeing a secure and stable installation. Key features include:

• High-strength aluminum construction for durability
• Three grooves for easy attachment of accessories
• Available in 2, 3, or 4 configurations
• Steel mounting brackets for secure installation

Practical Uses and Benefits

The Cruz ALU Cargo Bars are perfect for a variety of applications, from carrying additional luggage to securing sports equipment. The aerodynamic design not only improves the appearance of your vehicle but also reduces wind noise, ensuring a peaceful journey. The bars can be easily fitted with additional accessories, such as side supports, anchor hooks, and roller slides, making them versatile for any cargo requirement. Key benefits include:

• Enhances the functionality and aesthetics of your Nissan Primastar L1H1 (X83)
• Carries additional luggage or sports equipment
• Reduces wind noise for a peaceful journey
• Easy to fit with additional accessories for versatility