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Knowledge base
A structured WRMH knowledge base covering equipment choice, repairs, hire, parts, LOLER, operator training, safety, compliance and fleet cost control.
Core hubs
10 core hubs and 450 practical articles, organised for managers who need clear answers before they act.
No matching knowledge base articles found. Try a broader forklift topic.
Browse by hub
Use the hubs below when you want to browse by subject rather than search for a specific answer.
01 · 40 articles
What forklifts are, common truck types, key terminology, capacities, lift heights, masts, attachments, tyres and fuel types.
02 · 60 articles
New versus used equipment, hire, lease and purchase routes, specification, finance, total cost and replacement timing.
03 · 40 articles
Short-term hire, long-term hire, seasonal cover, emergency replacement trucks and how to choose the right hire specification.
04 · 43 articles
Breakdowns, fault diagnosis, service intervals, engineer attendance, first-time fix planning and common forklift faults.
05 · 67 articles
Parts identification, serial numbers, filters, chains, forks, tyres, batteries, brakes, hydraulics and warranty questions.
06 · 40 articles
Thorough examinations, inspection frequency, defects, record keeping, PUWER responsibilities and audit readiness.
07 · 40 articles
Novice, refresher and conversion training, pedestrian pallet trucks, reach trucks, counterbalance, records and competence.
08 · 40 articles
Pedestrian segregation, mobile phones, blind spots, pre-use checks, speed control, loading bays and site rules.
09 · 40 articles
Downtime, utilisation, damage, fuel efficiency, battery care, tyres, fleet reviews, whole-life cost and better decisions.
10 · 40 articles
Food and beverage, logistics, engineering, packaging, energy, local authorities, cold stores, yards and site-specific needs.
Practical forklift FAQ
Use these short answers as a fast doorway into the full WRMH articles. Each FAQ links to the source guide so managers can move from question to practical detail.
No matching FAQ found. Try a broader forklift question.
Start with the load, lift height, aisle width, surface, gradients, shift pattern and charging or fuel arrangements. Those details decide whether counterbalance, reach, pallet truck, sideloader or specialist equipment is the safest and most cost-effective route.
Read the full guideCapacity is not just the headline truck size. It depends on load centre, lift height, mast, attachments and stability limits, so the safe working capacity can be lower than managers expect once the real application is considered.
Read the full guideLoad centre is the distance from the fork face to the centre of the load. If the load is longer, uneven or handled with an attachment, the truck may need more capacity than the pallet weight alone suggests.
Read the full guideCounterbalance trucks are flexible for general lifting and loading, reach trucks suit racking and narrow warehouse aisles, and pallet trucks move pallets at low level. The right choice comes from matching the truck to the job, not the name on the quote.
Read the full guideIndoor and yard work place different demands on tyres, ground clearance, weather protection, turning space, visibility and power source. A truck that works well in a clean warehouse may struggle on rough surfacing or gradients outside.
Read the full guideCheck the load, lift, route, surface, operator competence, compliance duties, service support, warranty, parts availability and total cost. A good choice should make the operation easier to run, not just satisfy a purchase request.
Read the full guideThe right route depends on cashflow, expected hours, how long the need will last, maintenance appetite and replacement risk. Hire gives flexibility, purchase can protect long-term cost, and contract routes can bundle support into a clearer monthly commitment.
Read the full guideUsed equipment often works well for low-to-medium hours, backup trucks, capital-sensitive purchases and sites that need proven capability without new-truck cost. The key is buying with inspection, warranty, service support and a realistic view of condition.
Read the full guideCompare specification, warranty, maintenance route, battery or charger details, attachments, delivery, training implications and aftercare. The lowest headline price is not always the best value if it creates downtime, repair risk or operational compromise.
Read the full guideA useful quote should make the truck specification, capacity, lift height, mast, tyres, power source, warranty, maintenance option, delivery, inspection status and support route clear enough for a manager to defend the decision.
Read the full guideMaintenance can turn an equipment decision from a one-off purchase into a managed uptime decision. Planned support, inspection records, parts availability and repair response all affect whole-life cost and confidence.
Read the full guideUse the real site application as the test: heaviest load, highest lift, tightest turn, busiest shift, worst surface and likely future need. Overspecification ties up capital, while underspecification increases damage, downtime and safety risk.
Read the full guideShort-term hire is useful for breakdown cover, peaks, stock builds, trials, site moves and temporary projects. It protects output when waiting for repair or replacement would slow the operation down.
Read the full guideThe hire decision needs truck type, lift height, capacity, surface, route, operating hours, site location, fuel or charging access, delivery window and any attachments. Better information usually means faster, safer hire matching.
Read the full guideChoose hire equipment by the job it must perform, not by the nearest available truck. Capacity, lift height, mast type, tyres, power source, site restrictions and operator training all need checking before delivery.
Read the full guideHire with maintenance suits sites that want simpler cost control and less repair admin. Rent-only can work when a site wants flexibility and is comfortable managing repair decisions separately.
Read the full guideReview hire when the job changes, hours increase, the truck is underused, costs drift or the original reason for hire has passed. Active hire should solve a defined operational need, not become invisible spend.
Read the full guideYes. If a LOLER defect removes a truck from use, hire cover can protect production, dispatch or yard movement while repairs are planned. The replacement still needs to match the site duty and operator competence.
Read the full guideStop using the truck if safety is uncertain, capture the symptoms, location, make, model, serial number and any warning codes, then route the issue quickly. Clear information helps an engineer prepare for a better first visit.
Read the full guideUseful attendance information includes truck identity, fault symptoms, recent events, photos, operator notes, site access constraints and whether the truck can be moved safely. This reduces wasted time and improves first-time fix potential.
Read the full guideDiagnosis separates the symptom from the cause. Without it, sites can replace parts, lose hours and still face the same breakdown because the underlying issue was battery, hydraulic, controller, operator or application related.
Read the full guideA truck should be stopped when the fault affects brakes, steering, hydraulics, mast control, tyres, safety systems, stability or operator confidence. Continuing to use it can turn a repair issue into a safety and compliance issue.
Read the full guideService history shows patterns: repeat faults, missed maintenance, parts already fitted, inspection findings and usage pressure. That context helps managers decide whether to repair, review, hire cover or plan replacement.
Read the full guideRepeat faults need more than another callout. Managers should look at application, operator habits, parts quality, maintenance intervals, charging, site conditions and whether the truck is being asked to do the wrong job.
Read the full guideMake, model, serial number, part number, photos, symptoms and where the part fits all help identify the right item. Small model differences can change the correct part, especially on brakes, hydraulics, chains, rollers and controllers.
Read the full guideSerial numbers identify the exact build and model variant. That matters because two similar trucks from the same manufacturer can use different parts depending on mast, year, drive system or factory specification.
Read the full guideAvoid ordering by description alone. Confirm the truck identity, photograph the old part and markings, check whether it is safety critical, and ask for expert identification where the variant is uncertain.
Read the full guideExpress delivery matters when a part controls uptime, safety, dispatch, production flow or customer service. The decision should balance speed, quality, warranty and whether the part can be fitted correctly once it arrives.
Read the full guideOEM parts are supplied to manufacturer specification, while aftermarket parts can vary in quality and value. The best choice depends on the part, risk level, warranty, availability and how critical the truck is to the operation.
Read the full guideEngineer fitting is usually the better route for safety-critical, diagnostic, hydraulic, brake, steering, electrical or mast-related parts. It protects warranty, records and confidence that the truck is safe to return to work.
Read the full guideA LOLER thorough examination is an independent inspection of lifting equipment and safety-critical lifting components. It is not the same as servicing, and it helps managers evidence that lifting equipment remains fit for use.
Read the full guideMany forklifts require thorough examination at least every 12 months, but frequency can be shorter depending on use, attachments, lifting people, environment and risk. Managers should follow the written scheme or competent advice.
Read the full guideServicing maintains the truck. LOLER examines lifting safety and records whether the equipment is fit for continued use. Both matter, but one cannot simply replace the other.
Read the full guideDefects must be understood, prioritised and controlled. Immediate defects can remove equipment from use, while timed defects need planned action before the deadline becomes a compliance and operational problem.
Read the full guideManagers should keep LOLER reports, service history, defect actions, training records, pre-use check evidence, repair records and hire documentation. Good records make audits, insurance questions and operational decisions easier.
Read the full guideUse a visible compliance calendar, clear ownership, reminder dates and a route for repairs after inspection. Missed LOLER dates are usually a management visibility problem before they become a site disruption.
Read the full guideOperators need training matched to truck category, experience, site conditions and the work they perform. Novice, refresher, conversion and familiarisation each solve different competence and evidence needs.
Read the full guideNovice training builds competence from the start, refresher training updates existing operators, and conversion training moves a trained operator onto a different truck type. Choosing correctly protects time, cost and records.
Read the full guideTraining records show what the operator was trained on, when, by whom and when refreshers may be due. They help managers evidence competence and spot gaps before they become operational or audit issues.
Read the full guideRefresher dates help prevent competence from becoming assumed rather than evidenced. They also give managers a planned route to address bad habits, site changes, near misses and new equipment.
Read the full guideGood training improves observation, load handling, positioning, speed control, battery or truck care and confidence. That reduces impacts, tyre abuse, racking damage and avoidable repair spend.
Read the full guideTraining should be planned around production peaks, operator availability, cover, course type and expiry risk. A clear calendar prevents urgent bookings from disrupting the operation.
Read the full guidePhones can distract operators, pedestrians and supervisors at the exact point where attention matters. The risk is often hidden because no damage occurs until a near miss, route conflict or load movement exposes it.
Read the full guideSegregation means controlling how people and trucks share space through routes, barriers, crossings, rules, visibility and supervision. It works best when it reflects how the site really moves goods and people.
Read the full guidePre-use checks catch faults before a truck starts work. They also create a record of ownership, showing whether brakes, tyres, forks, hydraulics, lights and warning devices were checked before the shift began.
Read the full guideNear misses should be reviewed for route design, visibility, training, supervision, speed, load handling, layout and pressure. The aim is to remove the repeat condition, not just remind people to be careful.
Read the full guidePoor housekeeping creates slipping, tripping, collision, load stability and tyre damage risks. Debris, packaging, spillages and blocked routes can quickly turn normal pallet movement into uncontrolled risk.
Read the full guideManagers should walk the routes, watch real movements, check records, speak to operators, review incidents and compare rules with actual behaviour. The useful question is where trucks, people, time pressure and poor visibility meet.
Read the full guideDowntime costs more than the repair invoice. It can delay loading, stop production, increase labour time, force emergency hire and affect customer service, especially when one truck supports a critical movement.
Read the full guideUtilisation shows whether trucks are overworked, underused or poorly matched to the operation. It helps managers see where hire, replacement, redeployment or maintenance decisions could release cost or protect uptime.
Read the full guideTyre wear can reveal floor issues, poor routes, turning habits, overloading, outdoor abuse or the wrong tyre choice. Treating tyres as a cost signal helps managers fix causes, not just replace rubber.
Read the full guideTraining protects budgets by reducing impact damage, tyre wear, battery abuse, unsafe handling and avoidable breakdown pressure. Better operators usually give managers fewer surprise repair decisions.
Read the full guideReview dates stop temporary hire becoming permanent background cost. They prompt managers to ask whether the truck is still needed, whether the specification is right and whether purchase or contract options now make more sense.
Read the full guideA forklift cost review compares utilisation, downtime, hire, repair history, tyre spend, training records, LOLER status, replacement timing and site pressure. It gives managers a clearer route to reduce waste without weakening the operation.
Read the full guideFood and beverage sites often need clean, audit-aware, time-sensitive support around production, ingredients, packaging, dispatch, BRC pressure and hygiene-sensitive areas. Uptime matters, but so does evidence and supply chain confidence.
Read the full guideLogistics operations are exposed to dispatch deadlines, loading bay pressure, multi-shift use, yard movements, tyre wear, hire peaks and operator availability. Support needs to protect flow as much as individual trucks.
Read the full guideEngineering sites often handle heavier, awkward or high-value loads, so capacity, stability, attachments, service records and operator competence matter. The support route should reflect the risk of damaged product and stopped production.
Read the full guidePackaging and printing sites need careful movement of reels, pallets, printed stock and production materials. The right trucks, attachments, tyres, training and repair response help reduce waste, delays and avoidable handling damage.
Read the full guideLocal authorities and depots often run mixed equipment across stores, waste, parks, facilities and seasonal work. Practical support helps manage compliance, uptime, hire cover and records without adding unnecessary admin.
Read the full guidePorts and yards need equipment suited to weather, surfaces, heavy loads, visibility, traffic flow and urgent repair pressure. Truck choice, tyres, maintenance and hire cover all affect operational resilience.
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