An RV and trailer service shop we work with near Davenport added garage car storage lifts to their bay layout last year, and their first twelve months turned into a real-world lesson in build-out sequencing that we think other shop owners should hear before they start their own project. Auto Lift Services installed the units and has stayed involved through their first suspension and shock jobs on the platform. This is the story of what worked, what we’d sequence differently, and what a full year of daily use actually looks like once the lift stops being a purchase decision and becomes part of daily operations.
See the same storage and service lift models we installed at a Davenport RV shop, sized for daily use and heavier trailer and suspension work.
Why a Davenport RV Shop Needed Storage, Not Just Service Bays
Most of this shop’s bay space was already committed to service work, but they had overflow vehicles and customer units sitting outside for weeks at a time waiting on parts or scheduling. That’s the exact problem garage car storage lifts solve: instead of building an addition, you double your usable floor space vertically by stacking a stored vehicle above a working one. For an RV and trailer shop, this meant a customer’s tow vehicle could sit up top on the platform while a trailer’s suspension work happened underneath on the shop floor.
We talked through their space with them before recommending anything, because storage lifts only make sense if the ceiling height and bay depth actually support it. Their building had the clearance for a four-post unit with enough vertical travel to store a full-size pickup overhead while leaving working room below. That’s a common setup for shops like theirs — one platform doing double duty as both storage and a secondary work surface, which is exactly why garage car storage lifts pay for themselves faster than pure service lifts in a shop with overflow problems.
Sequencing the Build-Out: Concrete, Power, Then Lift
The biggest lesson from this project was sequencing. The shop initially wanted the lift installed first and figured they’d deal with electrical and any concrete work around it. We pushed back on that order. Garage car storage lifts, especially four-post models with power units, need dedicated electrical drops planned before the lift shows up, not after. Trying to run conduit around an installed lift wastes labor hours and risks damaging the unit or its wiring.
We recommended they finish concrete work, confirm slab thickness and reinforcement under the footprint, rough in electrical to the exact spot the lift would sit, and only then schedule delivery and install. This sequencing shaved almost two weeks off their total build-out time compared to how they’d originally planned it, because our install crew wasn’t waiting around for other trades to finish work around a lift that was already sitting in the bay. If you’re planning your own build-out, get concrete and power finished and confirmed before you even schedule delivery of garage car storage lifts — it’s the single biggest timeline saver we see across every install.
Install Day: What Actually Happened in Their Bay
Install took a day and a half for their four-post unit, longer than a straightforward two-post because of the runway assembly, leveling, and safety lock testing required across the whole platform. Our crew anchored the posts, ran and tensioned cables, tested the safety locks at every height position, and walked the shop’s technicians through operation before we left. This walkthrough matters more than people expect — a four-post storage lift has locks roughly every couple of inches of travel, and knowing how to set and release those locks safely is a skill, not something you guess at on day one.
We also set them up with casters as an accessory on one of their platforms, since they wanted flexibility to reposition it while they finalized their permanent bay layout. That let them essentially test different floor configurations before committing to where everything would live long-term. For a shop still figuring out its ideal workflow, that flexibility was worth the small added cost, and it’s something we recommend to almost every shop that isn’t 100% locked into a final layout on day one.
The First Suspension Job on the Platform
About three weeks after install, the crew ran their first real suspension and shock job using the lower level of the storage setup while a customer’s SUV sat parked above on the upper platform. This is the use case that sold them on garage car storage lifts in the first place — running service work underneath while storage happened simultaneously overhead, without needing two separate lifts or two separate bays.
The technicians told us the extra clearance underneath, compared to working at floor level, made shock and strut replacement noticeably faster, since they weren’t hunched under a vehicle on jack stands. Combined with the ability to leave a customer’s second vehicle stored safely above, this single platform effectively replaced what would have taken two pieces of equipment or two bays in their old layout. That’s the real payoff of sequencing your build-out correctly — you get to a working, dual-purpose setup faster and with less rework.
What Went Wrong (Because Something Always Does)
No first year is perfect. About two months in, the shop noticed one of the safety locks wasn’t engaging as smoothly as the others, which turned out to be minor debris in the mechanism from ongoing shop dust rather than a defect. We walked them through a simple cleaning and lubrication routine over the phone, and it’s been a non-issue since. This is a good reminder that garage car storage lifts, like any mechanical equipment in a working shop, need periodic basic maintenance, especially in dusty environments like an RV and trailer service bay where grinding and sanding happen nearby.
We also underestimated how quickly they’d want a second unit. By month four, the first storage lift was in near-constant use, and they started asking about adding a second platform for the same reason they bought the first one: they kept running out of floor space for customer units waiting on parts. That’s a good problem to have, and it validated the original decision, but it’s worth building into your own planning that one lift often creates demand for a second faster than you’d expect.
One Year Later: Would They Do It Again
Twelve months in, this Davenport shop has run dozens of suspension, shock, and undercarriage jobs using the lower service space, while consistently storing customer RVs’ tow vehicles and trailers overhead without eating into their working floor plan. The build-out sequencing we recommended — concrete and power first, lift and accessories last — held up exactly as planned, and their technicians now train new hires on lift operation as part of standard onboarding.
Their honest feedback, which we think other shop owners should hear: garage car storage lifts are not just a storage solution, they’re a floor-space multiplier, and the return shows up fastest in shops that were already turning away work or storing vehicles outside due to space constraints. If you’re weighing a similar build-out in your own shop, talk to us about sequencing before you order anything, because getting concrete and electrical right the first time saves real weeks compared to retrofitting around an installed lift.
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