The SWITCH EiV22 marks a revolutionary milestone in urban mass transit as India’s first electric double-decker bus, combining a legendary design with advanced electric technology. Engineered to maximize space efficiency, this 9.8-meter powerhouse occupies significantly less road, terminal, and depot footprint per seated passenger while comfortably accommodating a best-in-class seating capacity of 63 to 65 passengers plus the driver. At its core lies a high-performance Permanent Magnet Synchronous AC Motor generating a peak power of 235 kW and a massive 3100 Nm of torque, perfectly paired with advanced Lithium-Ion NMC modular battery packs. Supported by proprietary “SWITCH ION” connected technology, operators gain access to over 100 embedded diagnostic and monitoring features to ensure peak fleet efficiency and an exceptional vehicle uptime of over 98%. With opportunity charging capability, the bus easily achieves an operational range of up to 250 km to 500 km per day, with flexible DC fast-charging systems getting the vehicle ready to roll in just 1.5 to 3 hours.

Designed for city, mofussil, and tourist routes, the SWITCH EiV22 redefines the commuting experience with car-like interior comforts and contemporary styling. It features a sophisticated suspension system—Weveller suspension at the front and air suspension at the rear—ensuring an ultra-smooth ride, complemented by a 900 mm floor height and wide front and rear doors for seamless passenger ingress and egress. Passengers are treated to an optimized, temperature-controlled environment featuring high-efficiency air conditioning, air purifiers, and lightweight cushioned seating. Safety remains paramount in the vehicle’s design; it is meticulously equipped with an integrated fire detection, suppression, and alarm system, dual front disc and rear drum brakes, two staircases for efficient movement, and an emergency door that complies with strict modern safety regulations. This state-of-the-art double decker stands as the ultimate, eco-friendly solution for high-capacity, smart urban commuting.