2025 Hyundai Santa Cruz XRT

Meet the 2025 Hyundai Santa Cruz XRT a vehicle designed for those who value both capability and comfort in their daily drive. This Black beauty combines practicality with modern conveniences offering you the versatility you need without unnecessary complexity.<br><br>- Alloy Wheels<br>- Apple CarPlay Android Auto<br>- Backup Camera Parking Sensors<br>- Bluetooth Hands-Free<br>- Brake Assist<br>- Cruise Control<br>- Heated Seats<br>- Keyless Entry<br>- Keyless Start<br>- Navigation System<br>- Premium Sound System<br>- Satellite Radio Capable<br>- Security System<br>- Stability Control<br>- Steering Wheel Controls<br><br>The 2.5L four-cylinder engine paired with Shiftronic transmission delivers balanced performance achieving 18 MPG in the city and 26 MPG on the highway. The available all-wheel drive provides confidence in various driving conditions while the power steering and independent suspension work together to offer smooth responsive handling. You'll appreciate the practical features like the exterior parking camera and front parking sensors making maneuvering easier in tight spaces. Inside the leatherette seat trim with heated front seats keeps you comfortable through cooler months while the split-folding rear seat adapts to your cargo needs.<br><br>Climate control features include automatic temperature management with front dual-zone air conditioning and a rear window defroster ensuring comfort for all passengers. The steering wheel-mounted audio controls and integrated hands-free Bluetooth allow you to stay connected safely while driving. Power windows mirrors and an illuminated entry system add daily convenience and the leather steering wheel with telescoping adjustment lets you find your ideal driving position. The trip computer and outside temperature display provide helpful driving information at a glance.<br><br>This vehicle comes certified having been inspected to meet rigorous quality standards. You can drive with confidence knowing this Santa Cruz XRT has been thoroughly evaluated and verified t