Undertake post operational checks for fork lift trucks — Lantra Awards Vocational Warehousing & Logistics

The Lantra Awards Level 2 Award in Fork Lift Truck (Counter Balance) Operations is a vocational qualification designed for individuals who operate or intend to operate counterbalance forklift trucks in warehousing, logistics, and industrial environments. This award covers the essential knowledge and practical skills required to safely and efficiently handle loads, manoeuvre in confined spaces, and comply with relevant health and safety legislation, such as the Health and Safety at Work Act 1974 and PUWER 1998. It is a nationally recognised certification that demonstrates competence to employers and is often a mandatory requirement for forklift operators in the UK.

The qualification is structured around both theoretical understanding and practical application. Key topics include pre-use checks, stability principles, load handling, stacking and de-stacking, refuelling/recharging, and safe driving techniques. Students learn to assess risks, identify hazards, and apply safe systems of work. The course typically involves a combination of classroom-based learning and hands-on training, culminating in a practical test and a multiple-choice theory assessment. Mastery of this award not only enhances employability but also contributes to reducing workplace accidents and improving operational efficiency.

Within the broader context of Warehousing & Logistics, this award sits alongside other Lantra qualifications such as the Level 2 Award in Safe Use of MEWPs or Level 2 Award in Manual Handling. It is a foundational skill for roles like warehouse operative, logistics assistant, or forklift driver. Understanding counterbalance operations is critical because these trucks are the most common type in UK warehouses, and improper use can lead to serious injuries or damage. This qualification ensures operators are competent to work in compliance with LOLER and PUWER, making it a key component of any logistics training pathway.

• →Stability triangle and load centre: The stability of a counterbalance forklift depends on the 'stability triangle' formed by the front wheels and the pivot point of the rear axle. The load centre (distance from the front face of the forks to the load's centre of gravity) must be within the truck's rated capacity; exceeding it causes tip-over.
• →Pre-use checks: Daily inspections are mandatory under PUWER. Operators must check tyres, forks, hydraulics, brakes, steering, lights, horn, and safety devices (e.g., seatbelt, overhead guard). Any defect must be reported immediately.
• →Safe load handling: The 'three-point contact' rule (always have both hands and one foot, or both feet and one hand, in contact with the truck when mounting/dismounting). When lifting, keep the mast vertical and load low while travelling (tilt back, forks 100-150mm off ground).
• →Manoeuvring in confined spaces: Use the 'rear-wheel steering' principle – the rear wheels turn, so the tail swing is significant. Operators must look in the direction of travel, use mirrors, and be aware of blind spots. Always travel with the load uphill on gradients.
• →Refuelling/recharging safety: For LPG trucks, turn off engine before refuelling, check for leaks, and store cylinders upright. For electric trucks, use correct charger, avoid water near batteries, and wear PPE (gloves, goggles) when handling electrolyte.

• Award credit for correctly identifying the main components to be checked, such as forks, mast, hydraulic systems, tyres, and safety devices.
• Award credit for demonstrating a logical sequence of checks, following the manufacturer's guidelines or a standard checklist.
• Award credit for accurately completing the post-operational check documentation, including recording any defects and reporting them to the appropriate person.
• Award credit for explaining the importance of post-operational checks in maintaining safety and compliance with regulations.

• 💡Memorise the standard post-operational checklist sequence: park on level ground, lower forks, apply parking brake, switch off engine, and then conduct visual checks.
• 💡Practice completing defect report forms to ensure accuracy and speed during assessments.
• 💡Be prepared to explain the reasons behind each check, linking them to safety and legal requirements.
• 💡During the practical test, examiners look for smooth, controlled movements. Avoid jerky starts/stops and sudden turns. Show that you constantly scan your surroundings, including mirrors and blind spots. Verbalise your checks (e.g., 'I am checking the load is stable') to demonstrate awareness.
• 💡In the theory test, focus on the 'why' behind procedures. For example, understand why the stability triangle is important, not just that it exists. Questions often ask about consequences of unsafe actions, so link rules to risks (e.g., 'If you travel with the load raised, the centre of gravity rises, increasing tip-over risk').
• 💡Memorise the key legal references: Health and Safety at Work Act 1974 (employer/employee duties), PUWER 1998 (equipment safety), LOLER 1998 (lifting equipment), and RIDDOR 2013 (reporting incidents). You may be asked to identify which regulation applies to a given scenario.

• Confusing post-operational checks with pre-operational checks, leading to omission of key steps such as parking the truck correctly and lowering the forks.
• Failing to document defects or not reporting them to the supervisor, which can lead to safety hazards and non-compliance.
• Overlooking visual checks on tyres, forks, and hydraulic leaks, focusing only on mechanical functions.
• Misconception: 'The forklift can lift any load as long as it fits on the forks.' Correction: The load must be within the truck's rated capacity, which is based on the load centre. Overloading or an off-centre load can destabilise the truck, causing tip-over. Always check the data plate.
• Misconception: 'You don't need to wear a seatbelt on a forklift.' Correction: Seatbelts are mandatory under PUWER and are critical for preventing the operator from being thrown from the cab during a tip-over. The overhead guard and seatbelt work together to protect the operator.
• Misconception: 'It's okay to travel with the load raised high for better visibility.' Correction: Travel with the load as low as possible (100-150mm off ground) to maintain stability. Raising the load raises the centre of gravity, increasing tip-over risk. If visibility is blocked, travel in reverse.

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