A crew chief running a restoration and metal shop in West Des Moines asked us a question we hear constantly: should the next lift be a used inground car lift pulled from a closing shop, or a new above-ground unit installed from scratch? It’s not a simple either-or. The right answer depends on your ceiling height, your floor’s concrete, how you actually work on cars, and what happens to your bay space five and ten years from now. We built this decision tree from real conversations with shops just like this one, and it starts before you ever look at a single price tag.
Whether you’re weighing used inground equipment or a new above-ground lift, we’ll help you match capacity, floor space, and budget honestly.
Step One: What Kind of Work Are You Actually Doing?
Restoration and metal fabrication work is different from routine maintenance, and that changes the lift equation immediately. A shop doing wheel bearings and oil changes wants fast cycle time and unobstructed underbody access, which is exactly what a clean inground car lift delivers — no columns, no arms in the way, just a flat floor with a platform that rises and lowers. But metal work, frame straightening, and long-term project cars often mean vehicles sitting on the lift for days or weeks at a time, sometimes with body panels removed or bodies rotated for weld access.
If your shop’s daily reality is more restoration-project-parked-for-a-month than car-in-car-out-in-twenty-minutes, an inground car lift is still viable, but you need to think about how many bays get tied up that way and whether a second, faster lift for routine work makes more sense than trying to do everything on one platform. Crew chiefs used to racing team logistics tend to already think this way — dedicated stations for dedicated tasks — and the same logic applies directly to lift selection in a fabrication-heavy shop.
Step Two: Concrete, Water Table, and Ceiling Height
Before used vs. new is even a relevant question, your building has to physically support an inground installation. That means a full engineering look at slab thickness, soil conditions, and water table depth, because West Des Moines and the surrounding metro have enough variation in soil composition that what worked two miles away doesn’t automatically work on your lot. An inground car lift casing needs to sit below a slab that’s thick enough and reinforced enough to carry the load transfer, and a high water table can rule out inground entirely in favor of an above-ground 2-post or 4-post unit.
Ceiling height cuts the other direction — if you’ve got 11 to 13 feet of clearance, an inground unit’s biggest advantage is that it doesn’t need overhead clearance for a raised vehicle the way a 2-post does, since the platform simply comes up to a comfortable working height rather than lifting the car toward the ceiling. If your building genuinely can’t support a buried casing, that decision alone answers the used-vs-new question because you’re now shopping above-ground equipment instead, and the entire conversation moves toward 2-post and 4-post options.
Step Three: The Real Case for Buying Used
Used inground equipment shows up on the market more than people expect, usually when a shop closes, relocates, or upgrades. The core casing and cylinder, if properly maintained, can have decades of service life left, and buying an existing installation — or salvaging a cylinder and casing from a shop that’s closing nearby — can cut the total project cost meaningfully compared to new construction and a new lift together. We’ve helped shops in the metro area evaluate exactly this kind of opportunity, inspecting a used inground car lift before purchase to confirm the casing has no corrosion-through, the cylinder holds pressure, and the seals aren’t already at end of life.
The catch with used is installation logistics: you’re not just buying a lift, you’re potentially relocating a buried casing and cylinder assembly, which involves excavation, alignment, and new concrete regardless of how good the core components are. That labor cost can erase some of the savings on the used equipment itself. Used only wins decisively when the casing is already in the ground at your location — for example, buying a building that has one already installed — or when a nearly-new unit is available from a shop closure at a steep discount and you’re building new anyway.
Step Four: The Real Case for Buying New
New construction removes the guesswork. You’re not inheriting someone else’s maintenance history, you’re not gambling on hidden corrosion in a casing you can’t fully inspect until it’s out of the ground, and you get current manufacturer specs, warranty coverage, and a seal package rated for the working life you’re planning on. For a shop investing serious money into a permanent restoration or fabrication space, a new inground car lift installed correctly the first time — proper casing depth, proper concrete cure time, proper alignment — tends to be the better long-term bet even though the sticker number is higher.
New installation also lets you size the platform and capacity to your actual fleet rather than settling for whatever capacity the used unit happened to be. A restoration shop working on anything from lightweight sports cars to heavier trucks benefits from spec’ing capacity at the top end of what you’ll realistically lift, not the average. We walk every new-install customer through platform width, capacity, and drive-through configuration before pouring a single yard of concrete, because those choices are effectively permanent once the casing is set.
Step Five: Budget Reality and Total Installed Cost
Sticker price on the lift itself is only part of the number. An inground car lift installation includes excavation, casing placement, concrete work, cure time (which can take a bay out of service for a week or more), hydraulic line runs, and electrical if the unit has powered features. Used equipment can look like a bargain until you price out the excavation and reinstallation labor, which is often nearly identical whether the casing itself was free or cost you full price. New equipment has a higher upfront number but a single, predictable installation timeline and warranty backing.
We tell shops to build a total installed cost comparison rather than comparing lift prices alone — get quotes for excavation and concrete work first, since that portion of the bill is roughly the same regardless of which lift you choose, then compare the marginal cost difference between a used casing/cylinder package and new equipment. In most cases we’ve priced out, the gap is smaller than shop owners expect once labor is included, which tips more decisions toward new than people assume going in.
Step Six: Above-Ground Alternatives Worth Comparing
Every inground conversation should include a real look at above-ground options, because a modern 2-post or 4-post lift closes a lot of the convenience gap that used to make inground the obvious choice for flush-floor work. A 4-post lift with a low-profile ramp set can approximate flat-floor ease of use for most routine work, and it comes with zero excavation, no concrete cure downtime, and full portability if you ever move the shop. For restoration work specifically, a 4-post with rolling bridge jacks gives you both storage capacity and wheels-free lift access without touching the floor at all.
The tradeoff is overhead clearance and floor footprint — a 4-post needs more open floor space and enough ceiling height to raise a vehicle well above the platform, where an inground car lift keeps the working height lower and the footprint essentially invisible when lowered. For a shop like a West Des Moines restoration operation with mixed project types, we often recommend one inground or one 4-post for heavy project work and a faster 2-post for quick routine jobs, rather than trying to force every job through a single lift.
Making the Final Call
By the time you’ve worked through ceiling height, concrete and soil conditions, your actual mix of restoration versus routine work, and a real total installed cost comparison, the used-versus-new decision usually becomes obvious rather than agonizing. Most shops land on new when they’re building from scratch and want warranty-backed reliability for the next fifteen to twenty years, and they land on used only when a casing is already in place or an exceptional deal removes the excavation cost entirely. An inground car lift is a permanent decision in a way that above-ground equipment isn’t, so it deserves this level of scrutiny before concrete gets poured.
If you’re working through this decision for a shop in the West Des Moines area or anywhere else in Iowa, we’ll walk the site, look at your soil and slab, and give you a straight answer about whether inground makes sense at all before we ever talk brand or model. Check out our related breakdown on 4-post lift configurations and our guide to reading a shop’s concrete requirements for more background before you call.
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