Rhino 2838EV 6X4 Tipper : India’s 1st 28-Ton Electric Tipper Truck Propelling the Future of Low Mining & Construction

Introduction

The heavy-duty transport industry, particularly in low mining, construction, and infrastructure, is undergoing a major transformation with a growing focus on sustainability and operational efficiency.

The Rhino 2838EV 6X4 Tipper by IPLTech Electric is India’s first 28-ton electric tipper truck, built to redefine the future of heavy-duty logistics with zero tailpipe emissions.

As India propels towards cleaner energy solutions, industries are switching to electric logistics to align with global sustainability and ESG goals.

Table of Contents

• Introduction
• Zero Tailpipe Emissions & Environmental Impact
• Operational Efficiency & Cost Savings
• Rhino 2838EV 6X4 Tipper: A Game Changer in Electric Trucking
• Enhanced Driving Experience & Comfort
• Conclusion

Zero Tailpipe Emissions & Environmental Impact

The Rhino 2838EV 6X4 Tipper is engineered for zero tailpipe emissions, making it an environmentally friendly solution for heavy-duty applications.

By switching to electric tippers, businesses can contribute to:

• Lower air pollution and improved air quality in mining and construction zones.
• Reduced dependence on fossil fuels, leading to long-term cost benefits.
• Sustainability compliance, ensuring alignment with global clean energy policies.

Operational Efficiency & Cost Savings

Beyond environmental benefits, the Rhino 2838EV 6X4 Tipper delivers major cost savings:

• Up to 70% reduction in operational expenses compared to diesel tippers.
• Lower maintenance costs due to an EV powertrain with fewer moving parts.
• Likely Government incentives and subsidies for EV Truck adoption.

Rhino 2838EV 6X4 Tipper: A Game Changer in Indian Trucking

IPLTech Electric has introduced the Rhino 2838EV 6X4 Tipper, designed to offer unparalleled efficiency, power, and sustainability.

With advanced battery technology, a high-torque motor, a robust chassis and a very heavy duty aggregates assuring up-time & performance in off road applications, this electric tipper is ideal for demanding terrains, steep gradients and heavy loads.

• Permanent Magnet Synchronous Motor (PMSM) for superior efficiency.
• 282 kWh Lithium Iron Phosphate Battery Assembly for long-lasting power.
• Peak Power: 280 kW (380 HP) | Peak Torque: 2,000 Nm.
• 240 kW Fast Charging capability for quick turnaround time.
• AMT Gearbox for clutchless driving and easy maneuverability.
• 28-Ton GCW for heavy-duty logistics.
• 47% Gradability (continuous) for steep terrain and demanding applications.
• 4-Point Suspended, Spacious Day Cabin for enhanced driver comfort.
• Versatile Applications: Supports 16 Cubic Box Body and 14 Cubic Rock Body configurations.

As industries move toward electrification and sustainability, electric tippers will play a key role in reducing costs and emissions while improving efficiency.

With continuous advancements in battery technology, infrastructure support and fleet management, the Rhino 2838EV 6X4 Tipper is paving the way for the next-generation transport needs.

Enhanced Driving Experience & Comfort

The Rhino 2838EV 6X4 Tipper is engineered to provide an exceptional driving experience, ensuring effortless maneuverability and superior control.

With its clutchless AMT gearbox, drivers enjoy a smooth, fatigue-free ride, even in challenging terrains.

The truck’s power-packed acceleration ensures instant pickup, delivering the required torque for heavy-duty applications.

Additionally, the 4-point suspended cabin enhances driver comfort by minimizing vibrations, providing a stable and relaxed driving environment for long hours on the road.

Conclusion

The Rhino 2838EV 6X4 Tipper is more than just an electric truck. It is a game changer for heavy-duty applications in low mining, construction and infrastructure development projects.

With its zero tailpipe emissions, Rigid & Reliable Heavy Duty Driveline and high-performance engineering, it delivers an unmatched combination of power, efficiency and sustainability.