A collector in Sioux City called us in the spring of 2025 wanting a car lift for what he described as “the CV axle project from hell” — a garage-stored AWD sedan with a bad inner joint on both sides and clicking that had gotten loud enough to embarrass him in his own driveway. That single job started a first-year ownership story that touched everything from three-phase panel wiring to seasonal storage of his other four vehicles. What follows is what actually happened, month by month, and what he learned along the way. If you’re a collector eyeing your first lift, this is the honest version.
10K and 12K symmetric two-posts with three-stage arms, ALI-Gold certified, financed 12 months no interest. Ships and installs across Iowa.
Month Zero: The Electrical Reality Check
He wanted a two-post car lift because CV axle work is a wheel-off job and he was tired of jack stands. What he didn’t know was that his garage electrical panel was 100-amp single-phase, and while a two-post lift will run on 220 single-phase happily, he was already at 80-percent panel load with a welder, compressor, and a heated floor. We had two options: upgrade his panel to 200-amp, or run a dedicated 220 circuit and physically lock out the compressor when the lift was in use. He chose the 200-amp upgrade for $1,800 through his electrician, and that ended up being the smartest single dollar he spent all year.
Lesson from month zero: check your electrical capacity before you order a lift. A 10K car lift draws around 25 amps at startup on 220 single-phase. That’s not big, but it’s on top of whatever else you’re running. If your panel is small or your run to the lift location is over 60 feet, the wire gauge matters and voltage drop under load will burn contactors early. Get the panel and the wire right first.
Month One: Install Day and the First Cycle
Our crew installed the lift on a Tuesday morning in April. Four-inch reinforced concrete, drilled and cored the anchor pads, torqued to spec, level-checked all four column feet, cycled the lift five times empty, then five times with his daily driver on the arms. Total install: about 5 hours including the ALI-required load test. He hovered the whole time, took photos, asked good questions. That afternoon he did his first CV axle job on the AWD sedan and reported the whole thing took under three hours per side, versus a full weekend on jack stands the previous time he’d tried it in his old driveway.
The one hiccup on install day: our first anchor pull-test showed one of the anchor points cracked out slightly under torque, meaning the concrete was thin in that spot. We stopped, cored a fresh 12-inch diameter, filled with epoxy grout, waited overnight for cure, and re-anchored the next morning. Add-on cost was $180. Bigger lesson: don’t rush an anchor. If concrete quality is borderline, the extra day is cheap insurance.
Month Two: Learning the Arm Geometry
He’d bought a symmetric 10K two-post car lift with three-stage arms because we recommended it for the mixed collection — a couple of European sedans, a classic Corvette, a Suburban, and the AWD sedan that started the whole project. In month two he learned how much arm placement matters. On the Corvette, arm pads under the frame rails were fine but he had to swing the front arms into their longest reach to clear the ground effects. On the Suburban, front arms were tucked in at their shortest reach so the tires didn’t hit the columns.
He asked us for a laminated diagram, which we sent, showing OEM lift-point locations for common collector cars. If you have a diverse fleet like his, request or find OEM lift points before your first job on each new vehicle. Modern cars often have pinch-weld lift pads, older cars want frame contact, unibody vehicles need pad adapters for square structural crossmembers. Getting the arms and pads right on the first try is the single biggest safety and productivity habit for a new collector-garage lift owner.
Month Four: The First Weep and How We Fixed It
End of July he noticed a small hydraulic seep from the hose fitting at the base of the driver-side column. Not a full leak, just a wet spot. He called us on a Friday afternoon, we shipped a new fitting overnight from our Iowa warehouse, he swapped it Saturday morning, and reported the seep gone. Total cost: zero, covered under the two-year hydraulic component warranty on the car lift. Total downtime: not even a full day.
Compare that to the story we hear regularly from customers who bought lifts from mail-order sellers with no local presence: a weep becomes a return-authorization number, then a 10-day wait for a $30 fitting to ship, then out-of-warranty because they can’t produce the receipt. If nothing else convinces you to buy from a regional dealer, that first weep will. Also: on any hydraulic lift, do a monthly walk-around looking for wet spots, and address them the day you see them. A seep becomes a leak becomes a failure, in that order.
Month Six: Storage Season and the Multi-Vehicle Question
By October he was thinking about winter storage. His garage had room for four vehicles on the floor plus two on lifts if he’d wanted a four-post. He didn’t. His conclusion after six months: for a collector who is actively working on the cars, a two-post is the right call. For a collector who wants to stash cars on top of each other for six months of winter, add a separate four-post storage lift. Trying to do both jobs with one lift compromises both.
He ended up scheduling us for a four-post install for the following spring, keeping the two-post as his working lift. That’s a common collector-garage progression, and it’s more efficient than trying to force one lift into two jobs. Cost the second time around was easier because he already knew his electrical, his concrete, and his workflow. A returning customer install is often 30 percent quicker than a first install, which is worth mentioning if you’re planning a two-lift garage over a couple of years.
Month Eight: CV Axle Round Two, and a Timing Belt
Eight months in, his AWD sedan needed the outer CV boots done (he had done the inner joints in month one) and one of the European sedans needed a timing belt. Both went on the lift, both were completed in a Saturday. He estimated that if he’d tried either job on jack stands he’d have needed two full weekends per car. Real dollar value: at his estimated shop-rate equivalent of $80 an hour, the lift saved him roughly 20 hours across those two jobs, or $1,600 in equivalent labor time.
He’d financed the lift at 0% APR over 12 months. By month eight he was three payments from being paid off, and had already banked more “saved labor” hours than the lift plus install cost. That’s the collector math nobody puts in a brochure: a car lift pays for itself in a home garage in under a year if you actually use it. If you’re the kind of collector who does one project a year, it takes longer. Either way, it beats jack stands.
Month Twelve: First Annual Service and Lessons Learned
At the one-year mark we came back for a scheduled inspection: torque check on all anchors, hydraulic fluid check, cable and equalizer check on his soon-to-be-installed four-post, and a general safety pass. Two hours, $250, and he had documentation for his insurance company confirming the lift was maintained. If you’re a collector and your homeowner’s policy has a stated equipment rider, an annual inspection is smart. It’s cheap and it keeps the paperwork clean.
His top lessons at year one: get the electrical right first, don’t skimp on the concrete check, buy from a dealer who’ll be there in year three when something weeps, and don’t try to do both storage and working service with the same lift. He also became a walking billboard for Iowa neighbors who’ve since called us. If you’re thinking about your first car lift, take him at his word — the first year is easier than you think, and after year one you can’t imagine going back. Call 800-674-9302 and we’ll walk your Sioux City garage the same way.
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