Range Rover Sport Gets Engine and Driver Tech Upgrade – Drive Safe and Fast

Cars

Published on July 12th, 2018 | by Subhash Nair

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Range Rover Sport Gets Engine and Driver Tech Upgrade

Range Rover Sport has always combined the refinement and capability of a large SUV with the performance of a sports car.

With this latest update, designed to enhance the driving experience and customer convenience, the Range Rover Sport continues to be the benchmark luxurious performance SUV.

The new 249PS 3.0-litre SDV6 twin-turbo engine replaces the 2.0-litre SD4 in European markets, delivering an additional 9PS and an extra 100Nm of torque. This translates into improved acceleration and a 0-60mph sprint of 7.6 seconds (0-100km/h in 7.9 seconds), 0.8 seconds faster than the 2.0 model, while meeting the latest EU emissions standards.

Customers have the option of the diesel engine alongside the efficient P400e plug-in hybrid electric vehicle (PHEV) powertrain launched last year with a 51km all-electric range.

Owners in China now have access to Predictive Energy Optimisation (PEO), not previously available in this market. It uses route data from the navigation system to plan the most energy efficient route.

The dynamic performance and daily usability of the Range Rover Sport is assured with the introduction of Adaptive Cruise Control with Stop and Go. This enables the vehicle to maintain a set distance from the car in front and to follow it to a stop and pull away again, if stationary for less than three seconds.

This is available alongside Adaptive Cruise Control with Steering Assist. This system helps keep the vehicle centred in its lane by applying moderate steering interventions with the driver’s hands on the wheel.

The technology uses lane markings and, or where no lane markings can be detected, the path of the vehicle in front. Switching lanes or braking deactivates the system.

High-speed Emergency Braking is available with both forms of Adaptive Cruise Control, reducing the risk of collision by applying the brakes when an obstruction is detected ahead.


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