For modern warehouse and logistics scenarios that adopt 24-hour operation modes, multi-shift electric forklift rotation systems can give full play to the use value of handling equipment and improve overall operation throughput. However, unreasonable training arrangements for rotation operators may lead to inconsistent operation standards, missing handover links, and potential safety hazards, which will affect the long-term stable operation of the whole site. A systematic, stage-by-stage training framework is necessary to ensure every operator involved in the rotation system can master required skills and comply with unified management rules.

The first core training module is baseline competency validation before formal rotation deployment. All trainees need to complete unified theoretical learning covering basic characteristics of electric forklifts, rated load parameters, operation forbidden rules, and emergency response guidelines for unexpected situations. After passing the theoretical assessment, they will take part in at least 8 hours of no-load and load practical training under the guidance of certified instructors, to get familiar with the operation sensitivity of the steering system, lifting system and power output structure of electric forklifts. Only trainees who pass both assessment items can obtain the qualification to participate in the follow-up rotation system.

The second critical part of the training is shift handover protocol drilling. Different from single-shift operation modes, multi-shift rotation puts forward higher requirements for information transmission between adjacent shifts. The training will guide every operator to form the habit of completing full pre-shift and post-shift inspection: they need to record remaining power level, abnormal wear traces of key components, uncompleted special operation tasks and other key information on the public handover log. Trainees will take part in simulated handover drills for abnormal scenarios, to master the correct process of reporting hidden dangers, and avoid operating electric forklifts with unprocessed faults. The handover confirmation mechanism requires the next-shift operator to check all recorded items on site before starting the equipment, to eliminate information deviation.

The third module aims at unifying cross-shift operation standards. Due to different operation habits of operators in different shifts, targeted regular joint drills are needed to unify the response rules for common scenarios including narrow aisle turning, high-position cargo stacking, pedestrian avoidance in busy channels, to eliminate operation deviation between shifts. It is also recommended to set up a regular feedback collection channel, to collect the actual difficulties encountered by operators in daily rotation work, and update the training content dynamically, so as to make the training system always fit the actual operation demands. After completing all the above training links and periodic recheck, the operation safety level of the whole multi-shift electric forklift rotation system can be effectively guaranteed, and the service life of the equipment can also be extended reasonably, creating stable value for the daily operation of the logistics site.