HAMMER Autonomous Forklift: Heavy-Duty Intelligence for Modern Logistics
Next-generation autonomous material handling with 10 years of Reeman robotics expertise. Zero infrastructure modifications required—deploys in hours, not months.
Engineered for Industrial-Grade Performance
The HAMMER Autonomous Forklift represents the culmination of Reeman's 10-year journey in mobile robotics. Developed by our 100-engineer R&D team with 200+ patents in autonomous navigation, HAMMER delivers unmatched reliability in demanding logistics environments.
Industrial-Grade Autonomy
Laser SLAM + visual fusion navigation requiring no magnetic tape or QR codes. Deploys in any facility without infrastructure modifications.
10-Year Engineering Legacy
Developed by Reeman's 100-engineer R&D team with continuous firmware updates and 24/7 technical support ensuring long-term reliability.
Safety-First Design
360° intelligent obstacle avoidance with emergency braking systems. Certified for first-class warehouse operations with millisecond-level response.
Sustainable Power
Eco-friendly lithium iron phosphate (LiFePO4) batteries deliver 8-hour continuous operation with 2-hour fast charging and 3,000+ cycle life.
Technical Specifications
Precision-engineered specifications for demanding industrial applications
Intelligent Multi-Robot Coordination
HAMMER seamlessly integrates into your existing warehouse management infrastructure. Our advanced fleet management system enables multiple units to operate in perfect coordination, automatically managing traffic flow, optimizing routes, and dynamically allocating tasks based on real-time priorities.
- Real-time WMS/ERP integration via REST API
- Automatic traffic management and deadlock prevention
- Dynamic task allocation based on priority and proximity
- Centralized monitoring dashboard with analytics
Open SDK for Custom Workflows
Every facility has unique requirements. HAMMER's open SDK architecture provides complete flexibility for customization, allowing your engineering team to build bespoke integrations and workflows. With comprehensive Python and C++ SDKs, RESTful APIs, and detailed documentation, the possibilities are limitless.
- Full Python & C++ SDK with sample code
- RESTful API with comprehensive endpoints
- Custom behavior scripting for unique operations
- Extensive developer documentation & support
Dynamic Obstacle Avoidance
Safety is paramount in autonomous operations. HAMMER employs a multi-layered safety architecture combining 3D vision cameras, LiDAR sensors, ultrasonic detectors, and mechanical bumpers. AI-powered recognition distinguishes between humans, pallets, and dynamic obstacles, enabling intelligent path recalculation in milliseconds.
- AI-powered human detection with predictive tracking
- Millisecond-level emergency braking response
- Real-time path recalculation around dynamic obstacles
- Audible and visual warning systems
True Out-of-Box Deployment
Time is money. HAMMER is engineered for rapid deployment without the need for magnetic tape, QR codes, or reflector installation. Our intelligent mapping system automatically generates facility maps within hours, while the intuitive tablet-based interface ensures your team is operational with minimal training.
- Under 2-hour initial setup time
- Automatic SLAM map generation
- Zero infrastructure modifications required
- Intuitive tablet-based control interface
Proven Across Industries
HAMMER delivers measurable ROI across diverse manufacturing and logistics environments
Electronics Manufacturing
Precision handling for PCB factories and component assembly lines. HAMMER's ±10mm accuracy ensures delicate component transport without damage.
View Dongguan Case Study
Garment & Textile
Efficient roll handling and warehouse transfer operations. Optimized for soft goods with specialized fork attachments and gentle acceleration profiles.
View Garment Factory CaseHeavy Industry
Raw material transport and finished goods logistics in demanding environments. Heavy-duty variant handles up to 2,000 kg with industrial-grade reliability.
Explore All ApplicationsHAMMER in Action
Seamless System Integration
HAMMER connects to your existing infrastructure through industry-standard protocols and APIs, ensuring smooth data flow between your warehouse management systems and autonomous fleet.
Supported Protocols
Compatible Systems
Downloads & Documentation
Comprehensive technical resources for evaluation and implementation
Frequently Asked Questions
HAMMER is designed for heavy-duty industrial applications with a 1,500kg standard load capacity (up to 2,000kg in the heavy-duty variant), making it ideal for manufacturing facilities and warehouses handling substantial payloads. The Mini Autonomous Forklift is optimized for compact spaces and lighter loads (500kg), perfect for narrow aisles, retail backrooms, and small-scale operations. Both share the same Laser SLAM navigation technology and safety systems, but HAMMER features enhanced motor power, larger battery capacity, and industrial-grade construction for 24/7 operations.
HAMMER's advanced Laser SLAM + Visual SLAM fusion system continuously scans the environment at 10Hz, creating and updating maps in real-time. When encountering dynamic obstacles (moving personnel, temporary equipment, or changing layouts), the AI-powered path planning algorithm recalculates routes within milliseconds. The system distinguishes between permanent structures (which update the base map) and temporary obstacles (which trigger immediate avoidance). This dual-layer approach ensures HAMMER operates safely and efficiently even in highly dynamic facilities with constantly changing floor layouts.
LiFePO4 batteries require minimal maintenance compared to traditional lead-acid batteries. No watering, equalization charging, or acid handling is necessary. We recommend monthly visual inspections of battery connections and quarterly cleaning of the battery compartment. The Battery Management System (BMS) automatically handles cell balancing and thermal management. With 3,000+ charge cycles and an 8-year expected lifespan, the total cost of ownership is significantly lower than conventional batteries. Automatic opportunity charging during idle periods maximizes uptime and battery longevity.
The standard HAMMER model operates in temperatures from 0°C to 45°C. For cold storage applications (0°C to -25°C), we offer a specialized Cold Storage variant with heated battery compartments, condensation-resistant electronics, and low-temperature lubricants. This variant maintains full performance in freezer environments while preserving battery efficiency and component reliability. Contact our sales team to discuss your specific cold chain requirements and facility conditions.
Most customers achieve full ROI within 12-18 months, depending on operational parameters. Key factors include: labor cost savings (1 HAMMER replaces 2-3 shifts of manual forklift operators), reduced product damage (AI precision reduces incidents by 85%), increased throughput (24/7 operation without breaks), and elimination of infrastructure costs (no magnetic tape or QR code installation). Our downloadable ROI Calculator helps you model specific savings based on your facility's labor rates, shift patterns, and operational volume. Several customers report payback periods as short as 8 months in high-throughput environments.
Ready to Automate Your Material Handling?
Join 10,000+ enterprises worldwide that trust Reeman's autonomous solutions. Our team of robotics engineers is ready to design a custom automation solution for your facility.
