Large Artificial Trees Crane and Lifting Equipment David Hurtado Oct 20, 2026 Table of Contents A facilities director reviewing a lobby renovation proposal has already approved the design for a twenty-foot feature tree, picked the trunk finish, and signed off on the canopy spread. Then the general contractor asks a question the design package never answered: how is the piece actually getting into the building, up past the mezzanine railing, and onto its base. That question, not the product price, is usually what resets the schedule and the budget for an oversized installation. Specifying a large-scale artificial tree built for a commercial lobby or atrium means specifying the lift, the rigging crew, and the access plan right alongside it. A single section delivered through a loading dock and assembled by hand is a different cost line than a one-piece trunk that has to clear a six-foot door opening or travel forty feet overhead. Skipping that question until install week is the single most common reason a project’s equipment line comes in over the number the owner expected. This is a budgeting question first and a mechanical one second. The goal here is to walk through how crane, lift, and rigging costs actually get built up for a project like this, what pushes labor hours higher, and how site conditions change both the price and the install date. Matching Equipment to the Tree’s Size and Weight Equipment selection starts with three numbers: overall height, assembled weight, and whether the piece ships in one section or several. A tabletop or floor-standing tree under roughly ten feet typically moves on a hand truck or a pallet jack and sets with two installers. Once a tree clears twelve to fifteen feet or carries a steel-reinforced trunk, the math changes, and a powered lift or crane becomes part of the install rather than an option. Indoor jobs most often call for a scissor lift or a rough-terrain forklift with a boom attachment, sized to the ceiling height and the floor’s load rating. Taller atriums or pieces that need to travel over a balcony or railing usually require an articulating boom lift instead, since it can reach up and over an obstruction rather than only straight up. True crane lifts are rare for interior work and show up mainly when a tree has to come in through a window opening, a roof hatch, or a space under construction before the curtain wall is finished, where a mobile crane sets the piece from outside the building envelope. A custom-engineered trunk or branch assembly adds its own cost pressure here, because a one-piece custom frame cannot always be broken down for a standard freight elevator or stairwell, which can push the job toward a larger lift or an exterior crane pick that a modular, multi-section tree would never need. This is also the main dividing line from smaller potted plants and planters, which almost never require powered lifting equipment at all. What Drives Crew and Labor Costs Equipment rental is only part of the number. The crew running it is usually the larger line item, and three factors drive that cost up or down. First is certification. Operating a boom lift, forklift, or crane on a commercial job site requires a trained and, in many cases, licensed operator, and a general labor crew cannot legally substitute in. Second is crew size: a tall or heavy tree typically needs a lift operator plus a two- or three-person rigging and assembly team working together, not a single installer. Third is timing. Lobbies, retail floors, and occupied office buildings frequently restrict heavy equipment work to overnight or weekend hours to avoid disrupting tenants and the public, and after-hours or weekend labor rates run meaningfully higher than a standard weekday shift. None of these costs show up on a simple day-rate quote for the lift itself, which is why an equipment estimate that only prices the machine is almost always incomplete. How Site Conditions Change the Price and the Schedule Two installs with an identical tree and an identical lift can land at very different prices once the site itself is factored in. Overhead obstructions such as chandeliers, sprinkler heads, ductwork, or a mezzanine railing can force a slower, more deliberate lift path and add hours to the install. Doorway and elevator dimensions determine whether equipment can be driven to the install point at all or has to be staged and partially assembled on site, which adds labor time either way. Indoor versus outdoor placement matters just as much. An outdoor plaza or courtyard install usually allows a larger machine to pull directly alongside the base, while an interior lobby install often means a smaller, slower machine working through a confined path, with floor protection laid down first to prevent damage to finished surfaces. None of this replaces a physical site survey of clearances and access points, which is its own separate step in planning a project like this; the point here is simply that every one of those physical constraints has a direct dollar and schedule cost attached to it once equipment and crew are booked. Building an Accurate Equipment Budget The most reliable way to avoid a budget surprise is to price equipment and labor against the actual site and the actual tree, not a generic allowance carried from an earlier project. A few line items consistently belong in that number: the rental or crane charge itself, delivery and pickup fees, a rigging crew supervised by an operator who meets federal crane operator certification standards, permits where a public right-of-way or an outdoor lift is involved, and a contingency for after-hours labor if the building restricts work hours. A rough comparison of the equipment types involved helps frame where that budget typically goes: Equipment TypeTypical UseRelative CostBest Suited For Pallet jack / hand truckFloor-level placement, no liftingLowTrees under 10 ft, single-section pieces Scissor liftStraight vertical access to a fixed pointLow to moderateIndoor installs with flat, open floor space Rough-terrain forklift with boomVertical lift plus horizontal reachModerateLoading dock to install point moves, moderate height Articulating boom liftReach up and over an obstructionModerate to highAtriums, balconies, mezzanine railings Mobile craneExterior pick, window or roof openingHighPieces too large for interior routes, pre-enclosure installs Pricing out each row against the actual tree, the actual building, and the actual install window, rather than assuming the lowest-cost option on the list will work, is what keeps an equipment budget from becoming the reason a project goes over. Conclusion Crane and lift equipment is rarely the headline item on an oversized artificial tree project, but it is consistently one of the first places a budget drifts once the scope is locked in. Sizing the right equipment to the tree’s actual height, weight, and section count; pricing in a qualified operator and rigging crew rather than general labor; and accounting for how the specific site’s access and clearance conditions affect both equipment choice and working hours together produce a number that holds up once the install date arrives. FAQ Does every large artificial tree installation require a crane? No. Most interior installs are handled with a scissor lift, a boom lift, or a forklift with a boom attachment. A true crane is typically reserved for pieces that have to be set from outside the building envelope, such as through a window opening or before a curtain wall is finished. Who typically pays for the lift or crane on an installation project? That depends on how the contract is structured. On some projects the equipment and rigging crew are included in the installer’s quoted price; on others, particularly when a general contractor is managing the overall renovation, the lift is billed separately as part of the construction schedule. Either way, it should be itemized and confirmed before the install date, not assumed. How far in advance should lift or crane equipment be reserved? Specialized equipment such as large boom lifts or mobile cranes is often booked out several weeks in advance, especially during peak construction seasons. Reserving equipment as soon as the tree’s dimensions and the site’s access conditions are confirmed, rather than waiting until the install date is set, avoids both a scheduling conflict and a last-minute rate increase. Does an indoor installation ever need the same equipment as an outdoor one? Sometimes, but the machine is usually smaller and slower-moving indoors because of door widths, floor loading, and finished surfaces that need protection. An outdoor plaza or courtyard install can often use a larger, faster piece of equipment since there is more room to maneuver around the base of the tree.