A HIAB delivery can look straightforward on a programme: arrive, unload, lift into position and leave. On a live construction, maintenance or infrastructure site, the detail is rarely that simple. This guide to HIAB transport logistics explains how to plan the vehicle, lifting operation and site access together, so materials arrive safely, the work stays on programme and the team is not left managing avoidable disruption.
HIAB transport is particularly useful where a load must be delivered and placed without arranging a separate mobile crane. Steelwork, generators, cabins, plant, palletised materials, welfare units and awkward site equipment can often be moved efficiently by a lorry-mounted crane. The right result depends on early, accurate information – not just booking a vehicle with enough payload.
Start with the load, not the vehicle
The load determines almost every logistics decision. Before arranging transport, establish its confirmed weight, dimensions, centre of gravity, lifting points and how it will be secured for travel. Estimated weights can create problems quickly, particularly with fabricated steel, machinery or items supplied with additional components.
Length and width matter as much as weight. A long load may be within the lorry’s carrying capacity but still require more space to turn, position and deploy stabiliser legs. An item lifted close to the crane has a very different capacity requirement from the same item placed over a fence, around stored materials or onto an upper level.
Provide photographs, drawings and the intended set-down position wherever possible. This gives the transport provider and appointed lifting team the information needed to select a suitable HIAB lorry, crane configuration and lifting accessories. It also avoids the common situation where a vehicle reaches site but cannot safely achieve the required radius.
Plan HIAB transport logistics around the lift
HIAB transport logistics is not only about getting from depot to site. It is a lifting operation, and it must be planned accordingly. The person responsible for the lift needs to consider the load, the crane’s capacity at the working radius, ground conditions, exclusion zones, proximity hazards and the competence of everyone involved.
For routine, straightforward lifts, a proportionate lift plan may be sufficient. More complex work, such as lifting near live services, over occupied areas, onto restricted-access sites or at significant radius, may need a more detailed assessment and method statement. The complexity of the job should dictate the level of planning.
The lift should have clear roles. Depending on the operation, this can include an appointed person, crane supervisor, HIAB operator, slinger/signaller and site representative. On smaller planned lifts, one competent person may undertake more than one compatible role, but responsibilities should never be assumed. Everyone needs to know who controls the lift and who has authority to stop it.
Check lifting capacity at the real working radius
A crane chart is not a flat yes-or-no answer. Capacity reduces as the boom extends, and the usable figure can also be affected by the need for lifting accessories, fly-jibs or an uneven setup. The critical measurement is the actual radius from the crane’s slew point to the load’s final position.
Do not measure only to the kerbside or site entrance. Measure to where the load needs to land. If the lorry has to stand further away because of parked vehicles, a pavement, fencing or a weak access road, the required radius may change substantially. Honest site information allows the right equipment to be sent first time.
Make the site accessible before delivery day
A well-planned HIAB delivery can still fail if the lorry cannot enter, turn or set up safely. Review the full route from the public road to the lifting position. Consider gate widths, headroom, sharp corners, overhead branches, temporary works, scaffold, stored materials and other vehicles using the site.
Ground bearing pressure is a major consideration. HIAB cranes use stabiliser legs to create a stable lifting base, but those legs transfer significant loads into the ground. Soft verges, recently backfilled trenches, service chambers, cellars, drainage runs and suspended slabs may not be suitable. Suitable spreader pads or mats can help distribute loads, but they do not make unknown or structurally inadequate ground safe.
The delivery area should be cleared before the vehicle arrives. That means removing parked plant and skips, controlling pedestrian movements and ensuring the unloading zone is available for the agreed time. On constrained urban sites, a delivery booking slot and a banksman at the entrance can save hours of lost time.
Where the operation affects a public highway, pavement or public space, check whether a permit, parking suspension, traffic management arrangement or local authority consent is required. Requirements vary by location and the nature of the works. Leaving this until the day of delivery risks a cancelled lift, enforcement action or an unsafe attempt to work around passing traffic.
Control overhead and underground hazards
Overhead power lines are one of the most serious hazards for lorry-mounted crane work. Identify them during the survey, including lines that may be hidden by trees or visually confusing against buildings. Safe clearances and control measures must be established before work begins. If the planned lift could encroach on the danger zone, the operation should not proceed without the appropriate arrangements with the network operator.
Other overhead restrictions include building eaves, gantries, scaffolding, street lighting, trees and telecoms cables. These may limit boom movement even when there is sufficient crane capacity.
Below ground, do not assume a hard surface is a sound lifting base. Tarmac can conceal weak ground, voids or services. Site drawings, service plans and local knowledge should be checked, especially where outriggers will be positioned. A short pre-lift discussion at the vehicle is useful, but it cannot replace a proper review of known site conditions.
Build realistic timings into the programme
Transport time is only part of the booking. Allow for arrival checks, vehicle positioning, stabiliser deployment, rigging, the lift itself, de-rigging and safe departure. A delivery that appears to take 20 minutes on paper may need considerably longer where access is tight, several items require placing, or the load must be handled in sequence.
Programme the HIAB when the receiving area, labour and follow-on works are ready. If steel arrives before the erection team, or a generator is placed before its base is complete, the lorry may need to wait or the load may be put down in the wrong location and moved again later. Double handling adds cost, risk and programme pressure.
Weather also needs consideration. High winds can affect crane operations and the stability of large surface-area loads. Heavy rain may change ground conditions, while poor visibility can make signalling and exclusion-zone control more difficult. There is no benefit in pressing ahead simply because the vehicle has arrived. The operator and lift team must be able to stop work if conditions are unsafe.
Choose operated hire when accountability matters
For many projects, operated HIAB hire is the practical choice. A certified operator brings the working knowledge to set up the crane, carry out pre-use checks and operate it within its limits. This is particularly valuable where the site team needs materials placed precisely but does not have in-house lifting capability.
The site still has an active role. It must provide accurate information, suitable ground, controlled access and competent people for agreed duties such as slinging and signalling. The division of responsibilities should be confirmed before the job, rather than debated at the gate.
JBL Group supports HIAB crane hire with modern equipment, certified operatives and practical advice for projects across London and the South of England. For jobs involving unusual loads, restricted access or difficult lifting positions, an early conversation can identify whether a HIAB is the right answer or whether another lifting solution is safer and more efficient.
Give the transport provider a useful brief
A clear booking brief prevents most avoidable issues. Include the collection and delivery addresses, contact names and numbers, load details, lifting points, required set-down location, access restrictions, available dates and any permit or induction requirements. Add photographs and a simple marked-up site plan when access is constrained.
It also helps to state what is not yet confirmed. If the load weight is provisional, the ground is being prepared, or a road closure is awaiting approval, say so. Honest guidance depends on honest information, and it is far easier to adjust a plan before a vehicle is dispatched than after it reaches site.
The best HIAB operations are usually the least dramatic. The route is clear, the ground has been checked, the lift team understands the plan and the load is placed exactly where it is needed. Treat the delivery as a planned lifting operation from the outset, and your next programme-critical load has a far better chance of arriving ready to work.
