The Rotary SPOA9-200 is one of the most popular two-post lifts we install for collectors who want to do their own suspension and shock work at home, and this is the story of one first year with one in West Des Moines. A retired engineer with four vehicles in a heated shop building called us in early spring wanting a lift that could handle asymmetric lifting for control arm and strut work, not just oil changes. He’d been doing suspension jobs on jack stands for a decade and was done with it. We walked him through the concrete requirements, scheduled the install, and a year later he calls us less about problems and more about what part number he needs next.
See current Rotary two-post pricing and availability, including the SPOA9-200, before you finalize your garage or shop plans.
Why a Collector Chose the Rotary SPOA9-200
Our customer had looked at several asymmetric two-post lifts before landing on the Rotary SPOA9-200. What sold him was the arm geometry — for suspension and shock work you’re constantly repositioning arms to get around control arms, sway bars, and exhaust, and the SPOA9-200’s swing arc gave him room to work without fighting the lift itself. He also liked that it’s a Rotary, which we can service and get parts for locally rather than waiting on a distributor three states away.
He wasn’t running a shop, just his own collection of trucks and a couple of project cars, but he wanted commercial-grade equipment because he planned to keep it for decades. That’s a conversation we have a lot with collectors: they don’t need the cheapest lift, they need the one they won’t outgrow or have to fight for parts on ten years from now. The SPOA9-200’s 9,000 lb capacity gave him headroom for anything he’d realistically own, and the asymmetric arms meant he wasn’t constantly repositioning the vehicle to get a wheel off the ground for a shock swap.
Concrete Slab Thickness and Rebar Come First
Before we ever talked about the lift itself, we talked about his slab. This is where a lot of first-time buyers get surprised, and it’s the number one thing that delays an install. A two-post lift like this one needs a minimum slab thickness — we generally look for at least 4 inches of properly cured concrete, and thicker is better if you know a lift is coming before you pour. His shop building had been poured a few years prior without a lift in mind, so we had our team core sample it to check thickness and verify there was no rebar mesh sitting exactly where our anchor bolts needed to go.
Rebar isn’t automatically a dealbreaker, but it changes the anchor plan. If we hit rebar drilling anchor holes, we either shift the footprint slightly or use a different anchor approach — you don’t want anchors bearing on rebar that shortens their effective embedment depth. In his case the slab tested out fine at just over 4.5 inches with no mesh in the anchor zones, so we were clear to proceed. We tell every collector storing vehicles in an older pole barn or detached garage: get your slab checked before you buy, not after the lift shows up on the truck.
Install Day: Forklift, Clearance, and Anchoring
Install day logistics matter more than people expect. Our crew asked ahead of time whether he had a forklift on site or clear access for our equipment trailer, since the SPOA9-200 columns and crossbar ship heavy and we don’t want to be hand-carrying them across gravel. He had a wide overhead door and flat concrete approach, which made unloading straightforward. We also confirmed ceiling height was adequate for full-rise clearance with his tallest truck.
Anchoring is the part we don’t rush. We set the columns, check plumb and level in both directions, then drill and set anchors to spec depth in the verified slab. For an asymmetric lift like this, arm positioning during setup also determines how well the columns clear vehicle doors later, so we walked him through where he’d typically drive vehicles in relative to the columns before we finalized bolt locations. The whole install, once the slab was confirmed, took about half a day, and we ran it through full cycles before we left — up, down, safety latches engaging properly on each side.
First Suspension and Shock Jobs on the New Lift
Within the first month he’d already done shocks on two trucks and a control arm bushing job on a third. The difference between working on jack stands and working on a proper two-post lift for this kind of job is night and day — he can get a wheel hanging free, arm underneath the pinch point he wants, and rotate the vehicle in and out without resetting jack stands every time he changes position. That’s exactly the use case the SPOA9-200 is built for.
He called us once during that stretch just to confirm arm pad height for a lower-than-stock truck, since aftermarket lift kits and lowered suspensions change where the factory pinch points sit relative to stock ride height. We talked him through adjustable arm pad extensions, which solved it without any modification to the lift itself. That’s a common early question — the arms are designed for a range of vehicles, but modified ride heights sometimes need an accessory pad to reach the right spot safely.
The First Scheduled Service Call
Around month ten he called for a routine service visit — not because anything was broken, but because he wanted the cables checked and lubrication done before winter, when his shop sees more temperature swings. We checked cable tension, arm restraint pins, and the hydraulic cylinder for any seep, and everything was within spec. This is the kind of proactive call we love getting, because a lift that’s inspected annually almost never has a surprise failure.
We also topped off hydraulic fluid and checked the equalizer cable adjustment, since a small amount of cable stretch in the first year of use is normal and expected on a new two-post lift. It’s a quick adjustment, not a repair, but it’s the kind of thing that gets missed if nobody’s looking. For collectors who don’t use their lift daily like a commercial shop would, we still recommend that first-year checkup regardless of hours used, since seasonal humidity and temperature changes in an unheated or semi-heated Iowa building affect hydraulic and cable components differently than constant shop use.
Parts and Warranty: What Actually Comes Up
In year one, the parts questions we field on a lift like this are predictable: arm pad replacements, cable tension adjustment, occasional hydraulic hose fittings if something gets nicked during heavy use, and questions about cylinder reseal timing down the road. Because it’s a Rotary, warranty and parts lookup are straightforward — we can pull a part number off the lift’s data tag over the phone and have it in the shipping pipeline the same week in most cases.
We also get calls about accessories after the fact — jack trays, arm restraint upgrades, or additional adapter sets for low-profile vehicles. Our West Des Moines customer added a set of adapters mid-year once he brought in a lower sports car for shock work alongside his trucks. None of that required touching the lift’s anchoring or slab work again; it’s all bolt-on accessory territory once the base install is solid.
What We’d Tell Any Collector Considering This Lift
If you’re storing multiple vehicles and doing your own suspension and shock work, the SPOA9-200 is a lift we recommend often, but the equipment is only half the equation. Get your concrete evaluated first — slab thickness and rebar location determine whether install day goes smoothly or turns into a delay while we figure out an anchor workaround. Confirm ceiling height and site access for delivery. And plan for a first-year checkup even if nothing feels wrong, because cable and hydraulic components settle in during that first year of real use.
A year in, our customer’s lift looks and runs the same as install day, and he’s moved from asking us install questions to asking us part numbers for the next accessory. That’s the trajectory we want for every collector who calls us: fewer emergency calls, more routine maintenance, and a lift that just works while they focus on the vehicles.
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