What is the HAMMER Autonomous Forklift?
The HAMMER Autonomous Forklift represents the next generation of automated guided vehicles (AGVs) specifically engineered for modern warehouse and manufacturing environments. As a 1.2-ton capacity laser-guided forklift, HAMMER combines industrial-grade lifting capabilities with sophisticated Laser SLAM navigation technology to deliver fully autonomous material handling operations without the need for magnetic strips, QR codes, or reflective markers.
At the heart of HAMMER's innovation is its revolutionary front-sliding mast mechanism—a feature that distinguishes it from conventional autonomous forklifts. This proprietary design allows the mast assembly to extend forward by 63 centimeters, enabling the forklift to access pallets positioned against walls or in tight racking configurations that would otherwise be inaccessible. This capability is particularly valuable for facilities utilizing cruciform pallet handling systems, where pallet orientation and space optimization are critical operational factors.
Front-Sliding Door Frame Mechanism
The front-sliding door frame is HAMMER's signature engineering achievement. Unlike traditional forklifts where the mast remains fixed relative to the chassis, HAMMER's telescoping mast assembly can project forward independently of vehicle movement. This 630mm forward reach capability transforms warehouse layout possibilities, allowing narrower aisles and higher-density storage configurations. The mechanism operates through precision linear actuators controlled by the forklift's onboard computer, ensuring smooth, accurate positioning within millimeter tolerances.
Automatic Charging Systems
HAMMER incorporates intelligent power management through its automatic charging infrastructure. When battery levels reach predetermined thresholds, the forklift autonomously navigates to charging stations without human intervention. The lithium iron phosphate (Li-FePO4) battery system supports opportunity charging—brief top-up charges during natural operational pauses—eliminating the need for dedicated battery swap procedures or extended downtime. A full charge cycle requires approximately 4 hours for the 120Ah configuration, providing up to 6 hours of continuous operation under typical load conditions.