The transfer to a ‘segment-straddling’ bodystyle may additionally assist the mannequin compete extra successfully in a phase by which many rivals discipline a technically equivalent saloon and SUV, such because the BMW i3 and iX3, the Mercedes GLC and C-Class EVs and the Audi A6 and Q6 E-tron.
Regardless of having a silhouette and footprint which can be just like the present Velar’s, nevertheless, it isn’t but confirmed whether or not the brand new mannequin will use that title, as has been extensively speculated.
JLR is working to construct its best-performing and longest-standing nameplates – Discovery, Vary Rover, Defender and Jaguar – into manufacturers in their very own proper, and it’ll start to introduce distinct, stand-alone mannequin traces underneath every of these 4 banners.
It isn’t but clear, nevertheless, how ‘Velar’, which has solely been used for a manufacturing automotive since 2018, suits into that technique.
The way it can win
The brand new mid-sized Vary Rover crossover is about to develop into one in every of JLR’s best-sellers and positively one in every of its hottest EVs within the medium terrm, together with the smaller and probably cheaper Defender Sport. However it’s going to have to be suitably technically geared up whether it is to compete with its German and Swedish rivals.
The BMW, Volvo and Mercedes every supply a most vary of round 500 miles of their longest-legged kinds, and they’re able to charging at effectively over 300kW, which considerably enhances their attraction as long-distance government fashions.
JLR has not but launched the specs of any of its EMA-based fashions, however it’s more likely to equip the EV structure with the identical 800V {hardware} that’s mentioned to permit the bigger electrical Vary Rover to prime up as rapidly because the fastest-charging EVs on sale.
It isn’t but identified if the smaller Vary Rover EV, which is considered roughly so long as the present combustion Velar, at 4.8m, may take the identical substantial 118kWh battery pack as its greater sibling.
Nevertheless, the EMA is known to have been engineered as an ‘electric-first’ structure.
