Autonomous Counterbalanced Forklift: Reeman HAMMER 2.0

In today’s smart manufacturing era, the autonomous counterbalanced forklift has become the backbone of modern warehouse automation. Combining stability, intelligence, and safety, these driverless forklifts enable companies to move materials efficiently while cutting operational costs.

One standout example is the Reeman HAMMER 2.0 autonomous counterbalanced forklift, a next-generation industrial vehicle engineered to deliver high precision, extended uptime, and seamless AI navigation.
This model is part of Reeman’s intelligent forklift series, offering a scalable automation solution for warehouses, factories, and logistics hubs.

🚀 High Load Capacity and Power Performance

The Reeman HAMMER 2.0 supports a rated load of 1.2 tons and a lifting height of 2.5 meters. Its counterweight structure ensures balance even under full load, preventing tilting during acceleration or sharp turns.
This engineering advantage makes it ideal for heavy-duty industrial logistics and precision pallet handling.

It’s particularly effective in manufacturing workshops, finished goods transfer, and multi-floor storage, where it provides the strength of a traditional forklift with the intelligence of a modern robot.

🧠 AI-Powered Navigation with Laser SLAM

Unlike traditional AGVs that rely on reflectors or magnetic tracks, the HAMMER 2.0 uses laser SLAM navigation, enabling precise positioning without infrastructure changes.
Operators can simply guide it around the workspace once, and it automatically generates a high-accuracy map.

With a turning radius of 1.13 meters, this autonomous counterbalanced forklift navigates smoothly through narrow aisles — making it ideal for small and medium-sized warehouses where space optimization is critical.

It can also integrate with Reeman’s Robot Scheduling System, ensuring multi-forklift coordination and dynamic task assignment.

🔋 Smart Battery System and Auto-Charging

Powered by a LiFePO₄ (lithium iron phosphate) battery, the HAMMER 2.0 supports 6 hours of full-load operation and 8 hours of idle runtime.
It features automatic charging docks that enable round-the-clock autonomous work cycles.

This means the forklift can charge opportunistically between tasks — keeping uptime above 95% without human intervention.

Learn more about Reeman’s intelligent charging system and how it supports continuous warehouse automation.

🛡️ 360° AI Safety Protection

Safety is fundamental in autonomous operation. The HAMMER 2.0 includes a 3D obstacle avoidance radar, safety edge sensors, and an emergency collision system, offering 360° protection.

It can detect obstacles, people, and environmental changes in real time, automatically adjusting speed and path to prevent accidents — ensuring a safe coexistence between humans and robots on the warehouse floor.

⚙️ Versatile Industrial Applications

The HAMMER 2.0 can be deployed in multiple industrial scenarios:

  • Warehousing & Logistics: Pallet transport, storage, and outbound loading

  • Manufacturing: Raw material delivery and semi-finished product transfer

  • E-commerce & Distribution: Handling high-frequency picking operations

  • Cold Chain Logistics: Reliable performance in low-temperature environments

It integrates seamlessly with MES/WMS systems, allowing for a closed-loop logistics workflow — from scheduling to delivery to storage.

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🌍 Why Reeman HAMMER 2.0 Leads the Market

The Reeman HAMMER 2.0 autonomous counterbalanced forklift brings together advanced navigation, safety, and AI fleet control to redefine modern logistics.
Its modular software and hardware design enable rapid customization for various industries, while its SLAM-based navigation ensures stable performance in both new and legacy facilities.

By adopting the HAMMER 2.0, companies can reduce labor dependency by up to 50%, boost productivity by 30%, and achieve ROI within 12 months.


Article Source: Reemanbot – Smart Logistics Robotics Solutions

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