Scissor Lift for Automotive Restoration: A Des Moines Shop Owner’s Decision Tree

Choosing a scissor lift for automotive restoration work is not the same decision as picking one for a quick-lube bay. Restoration shops in the Des Moines metro deal with everything from a rusted-out 1970s pickup to a modern truck with a transmission dropped on the bench, and the lift has to serve both jobs. We install lifts across central Iowa week in and week out, and restoration owners tend to ask the same three questions in the same order: how much weight, how much height, and how much floor space am I giving up. This guide walks through the decision tree we actually use with restoration shop owners before we quote anything.

Start with what you are actually lifting

Before you get talked into any specific model, list every vehicle you expect to service in the next five years. A restoration shop that is mostly rebuilding classic pickups sits under 6,000 pounds all day. If you are touching lifted 3/4-ton diesels, a modified SUV, or the occasional dually project, you are already over 7,500 pounds. Weight matters more on a scissor than on a two-post because the lift picks up on the frame or pinch welds, and cornering a load across a shorter footprint is less forgiving than a symmetric two-post pattern. Second, look at wheelbase. A short-wheelbase Bronco and a long-wheelbase crew cab need different pad positions, so the lifting pads have to slide.

Third, look at your shop floor. Most Des Moines metro restoration bays we install into have 4-inch reinforced concrete, which is fine, but 3-inch garage-grade slabs come up more than people expect. Confirm the pour before you buy — we have dug up too many surprises when the installer arrives. Undersize the lift and you spend the next decade parking half your jobs in the corner. Oversize it and you are paying for capacity you will never use, which raises purchase price and install cost without any real payoff. Start with the vehicle list, not the brochure.

Full-rise, mid-rise, or low-rise: the workflow question

The scissor category itself breaks into three heights, and picking the wrong one wrecks your workflow. Full-rise scissors travel 66 to 74 inches under the pad and let you stand comfortably under the vehicle, which is what you want for transmission drops, exhaust work, and anything that needs a torch and a tall stack of jack stands. Mid-rise sits around 42 to 48 inches, and it is a wheels-free waist-high working platform for brakes, rockers, and quick tire jobs. Low-rise pad lifts top out around 30 inches and only really suit body-panel and quick-service work.

Restoration shops are almost always full-rise buyers because a transmission service in a Des Moines metro shop means dropping a transfer case, cross member, and driveshaft, and none of that happens comfortably at 42 inches. When we spec a scissor lift for automotive restoration workflow, we default to full-rise unless the bay geometry forces mid-rise. Mid-rise wins one specific fight: it fits low-ceiling garages where a two-post will not clear. If your shop has 10-foot ceilings, mid-rise is your only scissor option, and honestly a low-ceiling two-post is worth pricing too. If you have 12 feet or more, take the full-rise. Every dollar you save going shorter, you pay back in stooped-over hours and a sore back.

Budget tiers: entry, mid, and shop-grade

The scissor market splits into three price bands. Entry-level units run in the low four-figure range, and they are fine for a hobbyist doing brake jobs on a Saturday. They are not shop-grade — the duty cycle is lower, the cable and cylinder specs are lighter, and the arms rarely have the reach a restoration shop actually needs. Mid-tier scissor lifts move into the mid four-figures and open up brands we will actually stand behind. That is where Rotary and BendPak scissor models live for us.

Shop-grade full-rise units for a scissor lift for automotive restoration usually price into the mid to high five-figures once you add adapters and freight, but the machine will still be lifting cars in 2045. That last band is what we sell most often to metro Des Moines shops that are building a lift program to last. Do not compare only sticker price. Add freight, install, electrical, adapters, and anchor kit, then compare. That final all-in number is what matters for a scissor lift for automotive use, and it is where the cheap options stop looking cheap. We have watched a low four-figure scissor turn into a mid four-figure project by the time it was actually working. Ask for the all-in and put every quote on the same footing.

Height locks and stopping at the right height

One question every restoration owner asks: can I stop the lift halfway, or is it all-the-way-up or all-the-way-down? The honest answer is that a real shop-grade scissor lift has mechanical locks every two to two and a half inches through its travel. You raise it to any lock position, engage the lock, and the lift is sitting on steel — not on hydraulic pressure. That matters because you will spend more hours at a comfortable working height than fully extended, and hydraulic-only rests are not something we recommend leaving under a project car overnight.

When we sell a scissor lift for automotive restoration work, we walk the buyer through the actual lock spacing, the release, and the safe re-engage sequence on delivery. Restoration guys tend to leave a project up for a week between shifts, so understanding the locks is not optional. Cheaper scissors sometimes have three or four total lock positions and nothing between them. That is a workflow killer if you need the vehicle sitting at 30 inches for a wheelbase-brace or bracket install. Two-inch lock spacing lets you dial in whatever position the job actually wants. Ask for the lock specification on any lift you are considering, and ask us to demonstrate it before you sign. We would rather show you than argue about it later.

Anchor points and the concrete question

Scissors, unlike two-posts, do not always anchor to the floor. Some full-rise models are portable and freestanding, some are surface-mount with anchor bolts, and some drop flush into a recessed pit. That decision changes your restoration bay layout more than any other single choice. Surface-mount is the most common install in a metro Des Moines shop we are touching, and it needs 4 inches of good 3,000 PSI concrete under the base. If the shop is older or the slab is unknown, we will core-sample before install.

A pit-mount scissor lift for automotive restoration work opens up the floor completely when the lift is down, which is huge if the same bay pulls double duty as a paint booth or fabrication station. But pit installs need to happen while the slab is still new or during a renovation, because retrofit pits are messy and expensive. Portable scissors do not anchor at all, and while that sounds convenient, we usually steer restoration owners away — portability comes at a real capacity and stability cost, and a heavy pickup on an unmoored lift is a scary place to work. Pick your anchor style before you pick the model, because it constrains everything else. It is the layout call that most buyers underweight, and the one that most limits what you can do with the bay in year seven.

Getting the electrical right

Most restoration shops we work with in the Des Moines metro run either single-phase 220 or three-phase power. The good news is a scissor lift runs comfortably on single-phase 220, so if you do not have three-phase, you are not blocked. The bad news is that the electrical still needs a dedicated circuit with the right breaker size and gauge wire, and we see too many buyers assume the existing wall outlet is enough. It usually is not.

When we quote a scissor lift for automotive shop use, we ask for a photo of your panel and where the lift will sit, and we call your electrician into the conversation before install day. Add 30 to 60 feet of conduit, a disconnect near the lift, and a properly sized breaker — that is usually a few hundred dollars in labor and materials, and it is part of the true all-in cost. Skip it and the lift either will not run right or it will trip breakers under load, which shortens motor life fast. If you are building a new bay from scratch, tell your GC before the slab is poured — you will drop conduit for cheap. If you are retrofitting an old restoration shop, budget an extra day of electrical work into the project timeline.

What we install and stock in central Iowa

We are the installer for a lot of central Iowa shops, and here is the honest brand picture. Rotary is our go-to full-rise scissor for restoration and commercial work — parts are available, the arms are proven, and cable and cylinder replacement parts sit in our warehouse. BendPak makes a solid mid-tier product and we do install their scissors regularly, especially for hobbyist and home-garage buyers who want a shop-grade lift at a lower entry point. Challenger has a strong 2-post catalog we lean on for heavier restoration work, though their scissor line is thinner.

If you are comparing a scissor lift for automotive restoration against a low-ceiling two-post, we will walk you through the tradeoff honestly — sometimes the two-post wins even when the scissor was your original plan. We will come out to your Des Moines metro shop, measure the bay, look at the concrete, review the electrical, and give you an all-in quote that includes freight and install. Then we install it, calibrate it, and stock the wear parts for the next twenty years. Call 800-674-9302 or email founder@autoliftserv.com and we will set up the site visit. A scissor lift for automotive work is a twenty-year decision, and we would rather spend an hour on the front end than have you regret it.