For the Jeep Compass, the Altitude trim level features outstanding exterior and interior elements including full LED reflectors with a signature design, chromed DLO, 18-inch alloy wheels, and cloth/vinyl seats while the Summit features 19-inch diamond alloy wheels and a two-tone black roof.
These vehicles represent the pinnacle of Jeep's commitment to sustainability, offering drivers a seamless blend of performance and eco-consciousness.
One of the key highlights of this new lineup is the introduction of an optimized engine and battery calibration.
This enhancement, for the Jeep Compass, is combined with the debut of the new A+ class 18” tires, results in a remarkable improvement in fuel consumption and CO2 emissions of up to 3%.
Moving on to the Jeep Compass e-Hybrid, journalists will discover a vehicle that sets a new standard for safety and security, with an array of advanced features, including autonomous driving at level 2.
This technology enhances safety on all types of roads, providing media members with an extra layer of confidence.
Moreover, it boasts over 80 standard features, and it’s closely connected to the driver through TBM services, enhancing the experience with personalized assistance and information.
The media drive unfolds on a 26-kilometer journey through the scenic outskirts of Balocco, carefully selected to rigorously evaluate the cutting-edge technological advancements and interior design enhancements of the new Jeep Renegade.
Additionally, this route serves as the perfect terrain to put the new L2 autonomous drive system of the Jeep Compass e-Hybrid to the test, showcasing its seamless integration into extra-urban driving scenarios.
Furthermore, the capabilities of the e-Hybrid system undergo thorough examination, presenting journalists with the opportunity to explore its unique features.
As a hybrid technology that seamlessly transitions between mild and full hybrid modes, journalists quickly grasp the art of optimizing battery recharge during braking maneuvers and delicately balancing throttle input to maximize electric motor utilization throughout the drive.
This holistic approach ensures a comprehensive understanding of the vehicles' performance and highlights their adaptability to various driving conditions.