The forklift stands as one of the most indispensable material‑handling pieces of equipment in modern industry.

Towards the end of the 19th century and the start of the 20th century, industrial cargo movement depended almost entirely on human manpower and rudimentary hand‑operated hoists, winches and trolley tools. Dock and factory labourers manually lifted, carried and stacked heavy crates, sacks and bulk goods. Such working patterns consumed enormous labour hours, delivered very low throughput, and exposed staff to frequent injuries from falling loads and overexertion. As factory output expanded and international trade grew rapidly, there was an urgent, unmet market need for mechanical equipment that could safely lift, transport and stack heavy cargo efficiently. The very first forklift prototypes emerged around 1910. These early units were modified platform trucks fitted with basic lifting mechanisms, mostly driven by gasoline internal‑combustion engines. Their lifting height and load capacity were quite restricted by today’s standards. Primarily deployed for dockside loading and unloading tasks, they represented the first step away from pure manual cargo handling, yet they lacked masts for high‑level stacking and offered limited operational flexibility. The First and Second World Wars acted as powerful catalysts for forklift technological advancement. Mass quantities of ammunition, military hardware, food rations and field supplies required rapid sorting, stacking and loading under tight wartime timelines. Equipment manufacturers re‑engineered core components: they boosted lifting capacities, reinforced mast assemblies, optimised wheel layouts for better manoeuvrability, and strengthened chassis durability. For the first time, forklifts were capable of vertical high‑stacking of palletised goods. This pivotal capability laid the technical groundwork for the high‑rack warehouse storage systems that dominate modern supply‑chain facilities. Following the end of World War II, worldwide manufacturing activity and global logistics experienced explosive growth. Forklift production shifted from wartime military supply toward large‑scale civilian mass manufacturing. Diversified product lines came into being to match varied working conditions. Robust internal‑combustion forklifts were built for heavy‑duty outdoor applications, such as construction yards, port terminals and lumber yards. Meanwhile, battery‑powered electric forklifts gained popularity for indoor warehouses, food‑processing plants and enclosed workshops, thanks to zero local exhaust emissions and low noise levels. A wide range of specialised attachments‑including bale clamps, hydraulic rotators, side shifters and fork positioners‑were introduced. These accessories enabled forklifts to handle drums, rolls, cartons and irregular‑shaped cargo, extending usage far beyond ordinary pallet‑only operations. From the late 20th century onwards, stricter global industrial safety regulations, growing focus on operator ergonomics, and rising digital‑technology adoption pushed forklift design through another major round of upgrades. Operator overhead guards, load‑weight display monitors, anti‑rollover protection, seat‑sensor safety interlocks and improved visibility masts gradually turned into standard factory‑fitted features. Cabin comfort also advanced, with shock‑absorbing seating, adjustable control levers and noise‑reduction measures to ease operator fatigue during long shifts. In more recent decades, industrial automation has reshaped the sector. Automated Guided Vehicles (AGVs) and fully autonomous forklifts have entered practical service. Linked to warehouse management software, these smart machines complete material picking, transporting and stacking tasks with minimal or zero human intervention. In the present day, forklifts maintain an irreplaceable position within global supply‑chain networks. Ongoing innovation concentrates heavily on energy transition. Lithium‑ion battery technology is widely adopted for electric forklifts for faster charging and longer service life. For internal‑combustion models, cleaner engine emissions technologies reduce carbon footprints. Hybrid power solutions are also being developed. As e‑commerce, cold‑chain logistics and smart‑warehouse construction keep expanding, forklift manufacturers keep refining load performance, safety intelligence and environmental‑friendly performance to satisfy increasingly complex material‑handling requirements worldwide.