Boom Lift Financing for Steel Erectors and Structural Contractors

Steel erection is one of the most demanding environments a boom operates in: the machine works tight against a building column while the crew overhead is bolting connections, or it stations between ironworkers as a materials-and-access platform on a multi-story frame. The reach class matters here in a way it does not on a painting or maintenance job. Getting the crew to connection height on a structural steel job means speccing the right machine and getting it funded before the iron arrives on site.

We fund telescopic and articulating booms for structural steel contractors, concrete-frame erectors, pre-engineered metal building crews, and miscellaneous iron contractors. The machines used in steel erection tend to be larger: 80-foot and 100-foot-plus telescopics are common on commercial frames, and they come with price tags that put them in the $150,000-plus range used. We fund that range routinely, and we close deals without pulling two years of financials on every file.

Structural steel contractors typically need one thing from a boom that general construction does not always require: maximum platform height at maximum outreach. On a building frame, the boom is often positioned on a concrete deck or the site slab while the crew works at the top chord of a steel bay. That combination of height and outreach is why telescopics dominate in structural erection. An articulating boom can work around obstructions, but a straight stick reaches farther at height and gives the operator a more predictable envelope to work in.

JLG's 860SJ delivers 85 feet of platform height and 57 feet of horizontal reach, which covers most commercial steel frames in the four-to-six story range. The 1200SJP pushes platform height to 120 feet for taller work. Genie's equivalent range, the S-85 and S-125, covers similar work. Used 860SJ and S-85 class machines in clean condition trade from $120,000 to $175,000 depending on hours, putting them squarely in the range where short-doc financing up to $400,000 handles the deal without a financial-statement review.

On rough or unpaved sites, which is the reality on most ground-up steel jobs before final grading, a four-wheel-drive rough-terrain boom is the safe choice. The 4WD spec adds cost but the alternative is a unit that cannot position safely on soft or graded ground near the structure.

Steel erection is scheduled tightly around the structural steel delivery. The iron shows up, the erection crew mobilizes, and the production pace is set by the crane's picks per day and the connection crew's speed. The access machine is not the bottleneck on a well-run job, but it becomes the bottleneck fast if it is not there when erection starts.

We process boom lift applications and fund the deal inside roughly two weeks in most cases. The file we need is simple: short application, recent operating bank statements, and the equipment details. No tax returns for deals under $400,000. The decision comes back in a day. The funding follows quickly.

If you have a structural steel contract starting in three weeks, apply now. That gives us room to close without rushing anything, and it means the machine is on site before the steel arrives rather than arriving after the crew has already had to improvise access.

New 85-to-100-foot diesel telescopic booms from JLG or Genie list from $200,000 to $280,000. Used units in that class with 1,000 to 2,500 hours range from $120,000 to $180,000. These are the sizes that do real structural work on commercial frames, and the prices reflect that.

A 60-month loan on a $150,000 used 85-foot telescopic produces a monthly payment that one medium-size steel frame job more than covers. Steel erection crews are billing by the connection, by the ton of steel erected, or against a fixed-price contract; the boom payment is a line item that typically represents a small percentage of the total contract value on a meaningful project.

For contractors who prefer to preserve capital, a lease structure spreads the cost and, depending on how it is written, can keep the asset off the balance sheet. The flip side is that a purchase, especially one where you take Section 179 depreciation in year one, can produce a significant tax benefit that changes the effective cost of the machine. Worth modeling both with your accountant before you commit.

Multi-machine purchases for larger erection crews work well as fleet transactions. Two or three machines under one approval, one close, one funding date. The underwrite happens once and the machines deploy together.

Structural steel erectors, pre-engineered metal building contractors, concrete-frame erectors who use booms for form access and connection work, and miscellaneous iron contractors all come to us for boom financing. The common thread is that the work is at height, the machine matters, and the job schedule does not wait on a slow bank.

Credit profiles in structural contracting run the full range. We work with prime-credit contractors who want competitive terms and fast closes. We also work with contractors who have a rough credit year in their history, an open lien, or a tax issue being resolved. B and C credit is a standard program here, not an exception product. The bank statements show us what the business actually does, and that is what drives the underwrite.

Contractors moving from renting to owning are a common customer. The math on a steel job that runs four to six months is almost always compelling: a rental rate on an 85-foot diesel telescopic runs several thousand dollars a week, and a purchase payment on a used unit in the same class is often lower than four weeks of rent. The longer the project, the more obvious the ownership case becomes.

Tell us the machine, the price, and when you need it on site. We apply the same timeline to every file: decision in a day, funded in roughly two weeks. The structure goes up on schedule when the access equipment is already there.