Installing a BendPak XPR-10 for Seasonal Storage: An Iowa Case Study

Last winter we walked into a detached garage outside eastern Nebraska, just across the river from our usual Iowa territory, to survey a site for a BendPak XPR-10 install for a builder who rotates three off-road rigs through seasonal storage every year. He needed one truck up in the air holding his summer overlanding build while his daily driver and winter rig shared the floor below — a classic seasonal storage problem that a 10,000 lb two-post lift solves better than any stack of jack stands ever could. Here’s what that site survey and install actually looked like, step by step.

The Site Survey: Ceiling Height and Slab Condition

Every BendPak XPR-10 install starts the same way for us: a tape measure, a level, and an honest look at the concrete. For this eastern Nebraska garage, ceiling height was the first checkpoint — with a lifted overlanding rig on standard configuration arms, we needed enough clearance for the vehicle plus roof rack and rooftop tent hardware to clear the header without modification. We measured twice and confirmed the owner’s tallest build would clear with margin, which isn’t always the case with heavily modified rigs and standard-height garages.

Slab condition mattered just as much. The BendPak XPR-10 requires a minimum concrete thickness and cure strength to anchor safely, and older detached garages built decades ago don’t always meet that bar without reinforcement. We cored test spots, checked for control joints running through the planned column footprint, and confirmed the slab depth met spec before we ever ordered equipment. Skipping this step is the single most common reason a lift install gets delayed mid-job, and we’ve seen it happen on jobs where another installer didn’t check first.

Column Placement for Seasonal Storage Use

Because this owner needed the lift primarily for storage rather than daily service work, we approached column spacing differently than we would for a working service bay. The expandable top beam on the BendPak XPR-10 let us dial in a wider drive-thru configuration, giving enough clearance to drive the stored vehicle straight through without threading around columns positioned for a smaller daily driver. For seasonal storage use, that clearance difference between a tight configuration and a generous one matters every single time the vehicle goes up or down.

We also considered floor space around the lift for the two vehicles staying on the ground. Clear floor design on the symmetric XPR-10S configuration meant no base plate running between the columns, so the owner could park his winter rig directly under the raised vehicle’s overhang without a tripping hazard underfoot. For a garage juggling three vehicles in a footprint built for two, that kind of planning made the difference between a workable seasonal rotation and a cramped mess.

Electrical and Power Unit Placement

The BendPak XPR-10’s hydraulic power unit needs a dedicated circuit, and in older garages that means either running new electrical or confirming existing service can handle the draw without tripping breakers shared with other tools. In this eastern Nebraska install, the existing panel had capacity, but the run from the panel to the planned lift location required new conduit across an unfinished section of garage. We coordinated that portion with a licensed electrician before mechanical installation began, which kept the whole project on schedule instead of stalling out waiting on a trade.

Power unit placement itself matters for a storage-focused install too — we set it where it wouldn’t be in the way of vehicle doors opening on the parked rigs below, and where the owner could hear the motor cycle without it being obnoxiously loud near a workbench or lounge area some overlanding builders set up in their garage space. Small placement decisions like these are exactly why a proper site survey pays for itself before the first bolt goes into concrete.

Anchoring and Torque Verification

Once column placement was finalized, anchoring the BendPak XPR-10 followed BendPak’s specified bolt pattern and torque values exactly — no shortcuts, no eyeballing. We used a calibrated torque wrench on every anchor and documented the readings, because a seasonal storage lift holding a vehicle for months at a stretch needs anchoring just as solid as one cycling a dozen times a day in a commercial shop. Undertorqued anchors are one of the most common failure points we find when inspecting used lifts, and it’s entirely preventable with the right tools and patience during install.

We also checked for rebar and utility lines before drilling, using a scanner across the planned footprint. In an older garage slab, you never assume what’s underneath without checking first. That thoroughness during anchoring is what let us confidently sign off on this BendPak XPR-10 holding a vehicle safely for extended stretches rather than just brief service cycles.

Calibration and the First Storage Cycle

After mechanical installation, we ran the BendPak XPR-10 through multiple empty cycles to confirm smooth column travel, even cable tension side to side, and proper safety-cam engagement at several heights before ever putting a vehicle on it. Cable adjustment on a new two-post lift almost always needs fine-tuning in the first weeks of use as everything settles, so we scheduled a 30-day follow-up specifically to recheck tension rather than leaving the owner to guess when something felt off.

The first actual storage cycle — raising the summer overlanding build for its winter rest — went smoothly, arms positioned on the frame rails per the owner’s vehicle-specific pad placement notes we documented during install. For seasonal storage use, we always recommend photographing and noting exact arm positions the first time, since getting that placement dialed in correctly on day one saves guesswork on every rotation for years afterward.

What We’d Tell Other Builders Planning a Similar Install

If you’re an off-road or overlanding builder considering a BendPak XPR-10 for seasonal storage rather than daily service work, the biggest lesson from this install is that the survey matters more than the equipment. The lift itself performs exactly as specified once it’s properly anchored and calibrated — the variables that actually determine success are ceiling height, slab condition, electrical capacity, and column placement matched to how you actually plan to use the space. Skip any of those steps and you end up retrofitting after the fact, which costs more time and money than getting it right during the survey.

We tell every eastern Nebraska and Iowa customer the same thing before they commit to a purchase: let us walk the space first. A garage built for two vehicles can often support a third through smart lift placement, but only if someone measures twice before anything gets bolted down. That’s the whole philosophy behind how we approach every BendPak XPR-10 install, storage-focused or otherwise.