The 2026 Chevrolet Silverado 2500HD 4WD Crew Cab 159 Custom is a powerful and versatile truck designed to handle both heavy-duty tasks and provide a comfortable driving experience.

Exterior and Design:

• Exterior Color: Summit White, giving it a clean and robust appearance.
• Body Type: Crew Cab Pickup, ideal for those needing ample passenger space without compromising on cargo capacity.
• Wheels: 20-inch machined aluminum with Grazen Metallic painted accents and 10-spoke design, offering both style and durability.

Performance:

• Engine: Turbocharged Diesel V8 6.6L with Duramax technology.
• Horsepower: 470 hp at 2800 rpm.
• Torque: 975 lb-ft at 1600 rpm, ensuring impressive towing capabilities.
• Transmission: 10-speed automatic, providing smooth and efficient gear shifts.
• Drivetrain: 4WD with a two-speed electronic shift transfer case, perfect for handling diverse terrains.

Interior and Comfort:

• Interior Color: Jet Black, providing a sleek and modern aesthetic.
• Seating: Cloth seats that balance comfort and practicality.
• Technology: Equipped with a Wi-Fi Hotspot and wireless phone projection for Apple CarPlay and Android Auto, keeping you connected on the go.

Convenience and Features:

• Push to Start and Keyless Entry enhance convenience and ease of access.
• Backup Camera and GPS Navigation for improved safety and guidance.
• Tow Hitch, essential for towing needs whether for work or recreation.
• Autonomy Features, providing driver assistance for a safer journey.

Additional Amenities:

• Windows: Power rear express down and front passenger express down, with driver express up/down for easy operation.
• USB Ports: Two charge/data ports located on the instrument panel for device connectivity and charging.

This new Silverado 2500HD is ready to meet your demands with outstanding power and sophisticated features, delivering both reliability and advanced technology to make your driving and hauling experiences better than ever. Please note that if you need the vehicle shipped, there is an additional charge based on distance.