Auto India Life 
Eicher Pro 2110 7S Front autoindia.life
Powerful Performance, High Payload Capacity, and Superior Fuel Efficiency for Business Needs.
The Eicher Pro 2110 7S is a robust and fuel-efficient heavy-duty truck designed to meet the growing demands of the logistics and transport industry. Built with advanced technology, superior payload capacity, and excellent fuel efficiency, this truck is ideal for long-haul and intercity transportation needs.
Powered by a BS6-compliant 3.8L E494 turbocharged diesel engine, the Eicher Pro 2110 7S delivers 160 hp of power and 500 Nm of torque, ensuring smooth and powerful performance even with heavy loads. The engine is mated to a 6-speed gearbox, providing better fuel efficiency and optimized power delivery.
Eicher Pro 2110 7S Engine:
The truck features a strong and durable chassis with reinforced load-bearing capacity, making it suitable for carrying goods over long distances. The payload capacity ranges between 7-10 tons, depending on the configuration. The high-strength cargo body ensures durability and longevity, while the suspension system with semi-elliptical leaf springs enhances stability, even on rough roads.
With a wheelbase of 4300 mm and multiple cargo body options, the truck is adaptable to various business needs, including FMCG, construction material transport, and agricultural produce. The cabin is ergonomically designed, featuring tiltable power steering, a digital instrument cluster, and comfortable seating to reduce driver fatigue on long journeys.
The Eicher Pro 2110 7S is equipped with modern safety features such as air brakes with ABS, a reinforced bumper, and enhanced visibility lighting, ensuring safe operation in all driving conditions. The fuel tank capacity of 190 liters allows for extended trips with fewer refueling stops, reducing operational costs.
Priced competitively in the ₹22-25 lakh (ex-showroom) range, the Eicher Pro 2110 7S is a reliable choice for fleet owners and transport businesses looking for efficiency, durability, and cost-effectiveness in their operations.
Last Updated on 12 February 2025.
