Setting up an autolift garage for a restoration shop looks different than building one for a general-service bay, and a customer of ours in Cedar Falls proved it last spring. He was refitting a two-bay building for classic-car brake work — rotor swaps on 60s muscle cars, drum-to-disc conversions, master cylinder rebuilds on hard-to-find calipers — and he needed a lift that would hold a 3,400 lb Chevelle without pinching a rocker panel, plus financing terms that would let him spread the cost across the restoration season without stalling other projects. This article walks the decision tree we walked with him, from real budget through configuration and financing, so you can plan your own build with fewer surprises.
Rotary and Challenger 2-posts in 9K, 10K, and 12K sized for classic passenger cars and muscle-era iron. Iowa-based install and financing available.
Start With Your Real Budget, Not the Sticker Price
The number that trips restoration shops up isn’t the lift itself — it’s everything downstream of it. When a customer asks what an autolift garage really costs, we answer in four buckets: the column and carriage, the arm-and-adapter package, the install labor plus concrete work, and the electrical drop. On a mid-tier 10K asymmetric two-post, those buckets can double the sticker price by the time the lift is running.
For the Cedar Falls shop, the sticker was in the mid-single-digit thousands, but the total landed roughly forty percent higher after we added drop-in anchors, a low-pad option for the Chevelle’s frame, a longer power drop from the existing panel, and the delivery-to-set-up curbside cost. Knowing that going in let him pick a slightly lower-capacity lift and put the savings toward better arm pads — a smarter move for classic-car body panels than a bigger column he’d never load. The lesson: price your autolift garage as a system, and the configuration choices get easier because you’re spending real dollars, not sticker ones.
Choosing Capacity for Classic-Car Brake Work
Restoration brake work almost never needs 12,000 lb of lift capacity. A 60s Chevelle sits under 3,700 lb. A 55 Bel Air is a hair over 3,400. Even the heaviest Lincolns and Cadillacs from that era top out around 5,500. That means a 9,000 lb or 10,000 lb two-post handles the whole American-classic universe with a safety margin most engineers would call generous.
Where capacity does matter is arm reach and low-pad height. Classic frames sit lower than modern unibodies, and the arm pads have to travel further inboard to catch the correct pinch points without smashing the rocker sheet metal. For the Cedar Falls autolift garage we specced a 10K Rotary asymmetric with the extended-height column and the low-profile pad kit, and we double-checked that the arm-restraint gear had the freedom to catch even with the shortest arm setting. If you’re stretching for capacity because you might occasionally put a full-size truck on there, buy the bigger lift — but be honest that you’re paying for edge cases, not brake jobs.
Two-Post or Four-Post for Restoration Duty
The two-post versus four-post question splits cleanly by work type. If you’re doing brake service, suspension, exhaust, and anything else that wants wheels dangling, a two-post autolift garage build is what you want. If you’re storing a car above another car for months at a time and only occasionally rolling out for a fluid change, four-post storage is the play.
The Cedar Falls shop was firmly in the two-post camp — brake and drum work is a wheels-free job, and rolling jacks on a four-post add cost and steal ceiling clearance. Where things get interesting is when a customer wants both. In that case we usually recommend one asymmetric two-post as the working lift and a separate four-post for storage down the wall, rather than trying to force a four-post with jacks to do both duties. It costs a little more up front but you end up with a shop that flows correctly instead of one big compromise.
Financing Terms That Match a Restoration Season
Restoration shops cash-flow like farms: money comes in when cars go out, and cars go out on their own schedule. That’s why we set up a zero-percent financing program with a 90-day deferred first payment through our banking partner. The shop owner locks in his equipment now, doesn’t owe anything until his winter builds start closing in spring, and then pays flat monthly through the busy season.
The math the Cedar Falls owner ran was simple: take the total autolift garage build, divide by twelve, and check whether the monthly line was less than one paid brake job per month. It was, by a wide margin, so he pulled the trigger. If your shop bills brake work at typical Midwest rates, you’ll probably reach the same conclusion. If the payment number scares you, that’s often a signal to buy less lift, not to skip financing — a well-specced 9K lift with the right pads outperforms an overbought 12K lift you can’t quite afford to maintain.
Site Prep: Ceiling, Concrete, and Power
Every autolift garage build I’ve walked in the last decade has hit at least one of these three site-prep constraints, and Cedar Falls was no exception. The shop had 11-foot ceilings, which is enough for a standard-column two-post but not enough for the extended-height version we’d normally pick for lifting classic hardtops on the arms. We ended up cutting the extension and running standard columns because ceiling won.
Concrete was easier — the slab was 5-inch, poured in the mid-2010s, with #4 rebar on 12-inch centers. That’s more than the four inches Rotary calls for on a 10K two-post, so anchor pull tests passed on the first try. Electrical was the tighter one: the existing panel had 100A service and the lift wanted a dedicated 220V, 30A circuit. We had our electrician add a subpanel rather than trying to squeeze another breaker into the main. When you plan an autolift garage, plan those three items before you sign for the lift, not after it lands on your driveway.
Arm Pads and Adapters for Delicate Rocker Panels
The single most-underappreciated line item in a restoration autolift garage is arm pads. Standard steel-cup pads work great on modern trucks and unibody cars with real pinch-weld seams. They can dent the pot metal or thin body panels on a 65 Impala in a heartbeat. For classic work you want the rubber-topped stackable pads with the wide contact area, and you want to keep a set of frame-catch adapters on the wall for cars where the manufacturer never intended for anyone to hoist by a rocker at all.
We include a low-pad set in most restoration-shop packages and offer the frame-cradle adapter kit as an add-on. The Cedar Falls shop bought both, and reported back after the first month that the frame cradles paid for themselves the first time he lifted a 62 Corvette without leaving a mark. If you’re serious about the restoration side of your business, don’t skimp on the touch-point hardware. The lift can be the sturdiest column in the world, but everything the car actually feels lives at the last four inches of steel.
Delivery, Install, and First-Week Ownership
The finish line of an autolift garage build is not the day the truck arrives, it’s the day your first paying job goes up on it. We plan our restoration installs backwards from that date. Delivery gets scheduled about ten business days out, install labor is a one-day job for a two-post, and we like to see the shop run a light test job on the second day before we call it done.
The Cedar Falls sequence looked like this: freight arrived on a Tuesday, our crew set columns and plumbed hydraulics Wednesday, anchors torqued and safety-cams verified Thursday morning, the shop ran a low-height cycle test with a company car by Thursday afternoon, and the first customer Chevelle was on the lift Friday. If you want that kind of turnaround for your build, get us on the phone at 800-674-9302 before you sign for concrete work or anchor placement — we’d rather help you plan the pad than fix it after the fact.
Our Clients Include: