Suzuki has unveiled its highly anticipated e-Vitara, marking its first-ever born electric vehicle that will enter production. This groundbreaking model is inspired by the EVX concept and embodies Suzuki’s commitment to electrification and innovation. The e-Vitara is set to make its debut in India by early 2025, where it will compete in the growing EV market, with the added benefit of Suzuki’s extensive expertise in small SUV design and utility.
Built on Suzuki’s new HEARTECT-e platform—its dedicated electric vehicle architecture—the e-Vitara is designed from the ground up as an EV, maximising efficiency, space, and performance. A key feature of the e-Vitara is Suzuki’s advanced ALLGRIP-e electric 4WD system, which employs independent motors on both the front and rear axles to provide optimal traction and stability across varied terrains.
The e-Vitara will be available in two battery configurations: a 49 kWh option for the entry-level front-wheel-drive variant and a more powerful 61 kWh battery for both 2WD and 4WD models. The 2WD 49 kWh variant delivers 142 HP and 189 Nm of torque, while the 2WD 61 kWh variant increases output to 172 HP with the same torque. For those seeking enhanced performance, the 4WD 61 kWh version provides 181 HP and a notable 300 Nm of torque.
The e-Vitara is bigger than the Brezza that we have on sale, measuring 4275 mm in length, 1800 mm in width, and 1635 mm in height, with a wheelbase of 2700 mm. It also offers a practical ground clearance of 180 mm and a turning radius of 5.2-meters. While Suzuki has not yet revealed the official range, early estimates suggest a competitive 500 km on a single charge.
In line with Suzuki’s global partnership with Toyota, the e-Vitara will also be supplied to Toyota, potentially broadening its reach in international markets. This partnership aligns with Suzuki’s strategy to leverage Toyota’s global distribution network and reinforces both companies’ commitment to developing advanced EV technology. As Suzuki’s first production EV, the e-Vitara is a significant step forward.
