At present, when purchasing electric handling equipment in many warehousing and manufacturing plants, it is often torn how to choose between stand-by and ride-by electric forklifts. In fact, there is no absolute advantage or disadvantage between the two types of equipment. The core needs to be matched with its own daily operation scenarios in order to maximize the value of the equipment. First, look at the basic space adaptability. The stand-by electric forklift does not need to reserve the driver's seating operation space. The overall fuselage is more compact, and the passage requirements are lower. Many narrow-channel storage shelf areas and narrow workshop production line next to the material transfer scene allow the stand-by forklift to travel flexibly, greatly improving the utilization rate of storage space. The operation of this type of equipment is also more convenient, suitable for drivers who need to get on and off frequently to complete cargo picking and unloading and inventory, and the efficiency of short-distance and high-frequency transshipment is higher. The advantage of the ride-on electric forklift is reflected in the comfort of long-term operation. The driver has seat support throughout the process, and the fatigue of long-term continuous operation is lower. It is suitable for scenarios with long daily operation hours and a high proportion of medium and long-distance transshipment, such as long-distance transfer of whole pallets in large logistics parks and cross-regional material transfer in large-scale factories. In such scenarios, the operator with the ride-on forklift has a better experience and can also reduce the safety hazards caused by long-term operation. In terms of procurement and operation and maintenance costs, the overall cost of a stand-up electric forklift with the same load parameters is lower, and it does not require complex seat shock absorption and control of the protective cockpit structure. The follow-up daily maintenance is also less difficult. Small and medium warehouses with limited budgets and high-frequency and short-haul operation scenarios can be given priority. The fuselage counterweight design of a ride-on forklift is more abundant, and the upper load limit and lifting height performance under the same body specifications are often better, and it is more adaptable to the scene of high-frequency handling of heavy goods. When shopping, don't blindly follow the trend and choose popular models. First, sort out the core dimensions of your own operating channel width, daily average operating time, average transshipment distance, and weight of conventional handling goods, so that you can easily match the most suitable electric forklift products to achieve cost reduction and efficiency in handling.