New 2026 Hyundai Tucson Hybrid SEL Convenience

Discover exceptional value with this 2026 Hyundai Tucson Hybrid SEL AWD, located in Evansville, IN – priced to sell and offering the best deal in the area. This efficient 4-cylinder, 1.6L Full Hybrid Electric (FHEV) SUV combines confident all-wheel drive traction with outstanding fuel economy, making it ideal for daily commutes and weekend adventures. The sleek exterior and refined interior deliver comfort and style, while advanced hybrid power ensures responsive performance and reduced emissions. Inside, the Hyundai Tucson Hybrid SEL is loaded with modern tech and convenience. Stay connected on the go with Apple CarPlay and Hands-Free Bluetooth for seamless smartphone integration and voice-controlled calling. The intuitive back-up camera enhances safety and visibility during parking and tight maneuvers. Automatic climate control keeps the cabin comfortable in every season, and remote start offers convenience and comfort before you even step inside. This Hyundai Tucson Hybrid SEL AWD balances efficiency, capability, and tech-packed comfort at the best price in Evansville, IN. Whether you're navigating city streets or exploring rural roads, this hybrid SUV delivers a refined driving experience with lower fuel costs and advanced features. Don't miss this opportunity to own a 2026 Hyundai Tucson Hybrid SEL – contact us today to schedule a test drive and secure this unbeatable offer.

• Lane departure
• Automatic temperature control
• Emergency communication system
• Wireless phone connectivity
• Exterior parking camera rear
• Front dual zone A/C
• Auto high-beam headlights
• Split folding rear seat
• Heated front seats
• Remote keyless entry
• Steering wheel mounted audio controls
• Rear window wiper
• Roof Rack Cross Rails
• Carpeted Floor Mats
• Cargo Tray
• Roadside Assistance Kit
• Cargo Net
• Cargo Blocks
• Apple CarPlay & Android Auto smart device wireless mirroring
• Lane Following Assist hands-on cruise control
• Forward Collision-Avoidance Assist w/Pedestrian Detection

Location