Introduction To Forklift Operation (Theory)

Describe the seven forklift classes, from class 1 electric forklifts to class 7 rough-terrain forklifts, noting electric, internal combustion, cushion tyres, and pallet jack variants.

Explore class 1 electric forklifts powered by batteries, ideal for pallet handling in general warehousing; enjoy quiet operation and zero emissions suitable for indoor applications.

Explore the class 2 electric narrow-aisle forklift, noting its smaller size, better maneuverability in tight spaces, and how it helps store more goods without expanding the warehouse.

Explore class three forklifts, including electric pallet jacks, stackers, and tow tractors, with walk-behind and rider-type operation for unloading deliveries and moving to the staging area.

Explore class 4 forklifts, featuring cushion tyres and an internal combustion engine that runs on diesel or gasoline, offering puncture-proof tyres, a more compact size, and indoor use in warehouses.

Class 5 forklifts use internal combustion engines with pneumatic tires, making them larger than class 4 and better suited for outdoor use. They excel in lumberyards and construction sites.

Explore class electric or internal combustion engine tow tractors used indoors or outdoors for towing loads rather than lifting, with capacities up to £50,000.

Explain how class seven forklifts, known as rough terrain forklift trucks, are designed for outdoor use on rough terrain with diesel engines suited for construction sites and lumberyards.

Learn the forklift parts: the lift cylinder lifts the load, the carriage mounts the fork, the fork supports the load, and the overhead protects the driver.

Explore forklift parts including lights for visibility in low light, the steering wheel for control, the counterweight for stability, and the drive and rear wheels for steering.

Wear PPE, obtain approved training and certification, and follow safe practices like no passengers, no standing on forks, and careful slope driving to prevent tip-overs.

Learn how to select and inspect PPE for forklift operators, including safety shoes, gloves, helmet, and safety glasses, with emphasis on proper fitting, hole-free gear, and clear lenses.

Protect loads from damage during forklift operation by securing and packing boxes on pallets, and maintain stability by avoiding overloading, reckless driving, and broken pallets.

Conduct a pre-inspection of the forklift environment, confirming ground conditions are firm and flat with no potholes or slipperiness, no live fires, and sufficient surrounding space and overhead clearance.

Perform forklift pre-inspections by checking steering wheel freedom, drive/neutral/reverse control, accelerator, brakes, rear and side mirrors, secure driver seat, lights, tires, and engine oil level.

Explore key forklift cargo symbols, including fragile handling, center of gravity planning, sling points, eight tonnes stack limit, and keep dry, avoid heat, light, and radioactive sources for safe transport.

Explore how weight, size, and position affect forklift stability. Understand how the center of gravity distance from the fork governs max load and how closer gravity enables heavier lifts.

this lecture explains stability triangle and the combined center of gravity of load and forklift. keep combined center of gravity inside the triangle; lifting the load higher increases tipping risk.

Wear seat belts, never jump off, stay seated, and hold on firmly to prevent tipping; keep the load stable, drive slowly, tilt backward, and face uphill on inclines.

Explain how palletized loads permit forklift lifting while non-palletized items require manual placement, and emphasize proper stacking, safe lifting, and keeping long loads low for stability.