The Vaagn Auto Beast MX is a next-generation electric cargo vehicle designed to redefine commercial transportation. Built for Indian roads and demanding business operations, it combines powerful performance, long-range capability, and exceptional cost savings in one durable package.
Powered by an advanced PMSM electric motor with 10 kW peak power, the Beast MX delivers smooth acceleration and reliable performance even under heavy loads. Its high-capacity LFP (Lithium Iron Phosphate) battery provides an impressive driving range of up to 210 km on a single charge, allowing businesses to complete more deliveries with fewer charging interruptions.
Designed for logistics, e-commerce, wholesale distribution, municipal operations, and industrial transportation, the Beast MX offers a 1100 kg Gross Vehicle Weight (GVW), making it one of the most capable electric cargo vehicles in its segment.
The rugged metal body, IP67-rated waterproof battery, 220 mm ground clearance, and advanced suspension system ensure dependable performance across city roads and challenging terrains. With integrated GPS fleet tracking, fast charging, and significantly lower running costs compared to diesel vehicles, the Beast MX helps businesses improve efficiency while reducing operating expenses.
Key Features
- Up to 210 km driving range on a single charge
- 10 kW Peak PMSM Motor for powerful performance
- Advanced LFP Battery with IP67 waterproof protection
- 1100 kg GVW for heavy-duty commercial applications
- Fast charging in approximately 4 hours
- GPS fleet tracking for real-time vehicle monitoring
- Up to 70% lower running costs compared to conventional fuel vehicles
- 18% gradeability for smooth performance on slopes
- Rugged metal body with powder-coated finish
- Ideal for logistics, courier services, e-commerce, FMCG distribution, municipal operations, and industrial cargo transport
The Vaagn Auto Beast MX is the perfect solution for businesses seeking a reliable, eco-friendly, and high-performance electric cargo vehicle that maximizes productivity while minimizing operational costs.
