Range Rover 1.37 ⏰

Uses cameras to create a "transparent hood" view, allowing drivers to see exactly where the front wheels are placed on the ground, which is essential when navigating deep ruts or rocks.

The Range Rover uses a suite of "deep" features specifically for water crossings: RANGE ROVER 1.37

The instrument panel and touchscreen provide warning messages as the vehicle approaches its maximum wading limit. Additional "Deep" Technical Features Uses cameras to create a "transparent hood" view,

Provides a comprehensive view around the vehicle to avoid submerged obstacles during deep-water maneuvers. The "deep" features of a Range Rover most

The "deep" features of a Range Rover most commonly refer to its industry-leading and advanced Wade Sensing technology, which allow it to navigate water depths up to 900 mm (approximately 35.4 inches). While "1.37" is not a standard model designation, it may refer to a specific software version or a user's shorthand for a particular configuration or depth measurement. Advanced Wading Technology

Uses cameras to create a "transparent hood" view, allowing drivers to see exactly where the front wheels are placed on the ground, which is essential when navigating deep ruts or rocks.

The Range Rover uses a suite of "deep" features specifically for water crossings:

The instrument panel and touchscreen provide warning messages as the vehicle approaches its maximum wading limit. Additional "Deep" Technical Features

Provides a comprehensive view around the vehicle to avoid submerged obstacles during deep-water maneuvers.

The "deep" features of a Range Rover most commonly refer to its industry-leading and advanced Wade Sensing technology, which allow it to navigate water depths up to 900 mm (approximately 35.4 inches). While "1.37" is not a standard model designation, it may refer to a specific software version or a user's shorthand for a particular configuration or depth measurement. Advanced Wading Technology