DC2’s Mercury eTanq Redefines Automotive Design and Performance
The DC2 Mercury eTanq, unveiled at the Bharat Mobility Global Expo, has reimagined the boundaries of automotive design by blending the dynamism of a supercar with the rugged aesthetics of an SUV. Based on the Mahindra Thar platform, this futuristic Battery Electric Vehicle (BEV) offers an unparalleled combination of style, functionality, and performance.
Innovative Design Meets Functionality
The eTanq boasts a striking cab-forward design, maximizing interior space without compromising its commanding road presence. A deeply curved windshield and rear backlite amplify its aerodynamic silhouette, while almost non-existent front and rear overhangs enhance its aggressive stance.
With push/pull sliding doors on each side, the vehicle ensures easy access, combining futuristic design elements with practical usability. Laser and LED lighting on the exterior seamlessly transition to direct and indirect passenger compartment illumination, creating a cohesive aesthetic both inside and out.
Material and Craftsmanship
Constructed with carbon composite body panels and metal doors, the eTanq stands on a robust 2870 mm wheelbase. Its three-stage pearlescent paint finish adds a touch of sophistication to its bold exterior, making it a true showstopper.
Power and Performance
Under the hood, the Mercury eTanq is powered by twin electric motors delivering a staggering 650 BHP to both axles. With a 180 kWh battery pack, it promises exceptional range and off-road capabilities. Coupled with large 33-inch tires, the vehicle is equipped to tackle both urban landscapes and rugged terrains with ease.
A Glimpse into the Future
The Mercury eTanq isn’t just a vehicle; it’s a statement of intent from DC2. By marrying cutting-edge technology with unparalleled design, the eTanq sets a new benchmark in the EV space.
The unveiling at the Bharat Mobility Global Expo highlights India’s growing prowess in the global automotive landscape, signaling a bold leap forward in innovation and sustainability.
