We get the same call from restoration shop owners all over central Iowa, and lately a lot of them are in Ankeny: they’ve decided automotive two post lifts are the right call for their bay, but nobody has walked them through what happens between signing the quote and actually flipping the switch. One shop owner we talked with is buried in brake jobs and rotor swaps on customer restorations and wants a lift that can hang cars safely for hours at a time without tying up his only creeper space. That’s the exact situation where a proper site survey saves you a week of headaches. Before we ship or install anything, we walk every customer through a simple decision tree — budget, ceiling, floor, power — and it always ends in the right configuration.
Browse Rotary and Challenger two post models sized for brake bays, restoration shops, and every ceiling height in between.
Start With the Question We Ask First: What’s Your Budget Tier?
Every decision tree starts at the top, and for automotive two post lifts that top branch is budget. We split shop owners into three rough tiers. The value tier gets you a solid asymmetric lift in the 9,000 to 10,000 lb range — plenty for brake service and rotor work on daily-driver restorations, sedans, and light trucks. The mid tier bumps you into heavier-duty arms, faster cycle times, and options like a bar-across-the-top overhead style if your ceiling allows it. The top tier is where shops doing extended-height vans, dually trucks, or frequent lifted-vehicle work land, usually with a taller mast and reinforced arms.
We had a Winterset shop go this route recently on a 10,000 lb overhead-style unit, and the install itself ran close to a week once wiring and pad work were sorted. Budget isn’t just the sticker price on automotive two post lifts either — it’s freight, pad prep if your slab isn’t rated, and whether you want us to run electrical or you have someone local. Knowing your tier upfront keeps the site survey focused instead of us bouncing between three totally different footprints and anchor patterns.
Ceiling Height Rules Out More Options Than People Expect
This is the branch that surprises the most shop owners. We had a customer with a workable 10.5 foot ceiling who assumed he had his pick of any two-post on the market — instead he was limited to a specific low-profile model built for exactly that clearance. If your Ankeny bay has ductwork, sprinkler heads, or a lower truss than you think, measure twice before you fall in love with a tall overhead-style unit. Rotary and Challenger both build shorter-mast configurations for this exact scenario, but they’re not interchangeable with the standard bar-across-the-top versions once you’re doing rotor and brake work that needs full wheel clearance at full rise.
We also ask about swing clearance and arm reach, not just vertical height, because a lot of older buildings have a step-down or a low header right where the post needs to go. On a brake-focused bay, you want enough rise to work standing, and enough arm reach to clear dual wheels if you ever take on a van or box truck. We’d rather find these constraints on a site visit or a couple of good photos than after the lift shows up on the truck.
Concrete and Floor Prep: The Branch People Skip
Automotive two post lifts anchor into the slab, full stop, and that means the floor decides almost as much as the ceiling does. We need to know slab thickness, age, and whether there’s any rebar or in-floor heat running through the anchor zone. A lot of older Iowa shop buildings have thinner pours near the bay doors than in the middle of the shop, which matters because that’s often exactly where a two-post footprint wants to land for drive-through clearance.
If the pad isn’t rated, that’s not a dealbreaker — it just means a pour before install day, and that adds time to your schedule. We’d rather tell a shop owner up front that they’re looking at a few extra weeks for pad work than schedule an install crew that shows up to a slab that can’t take the anchors. On the flip side, if there’s already a rated pad from a previous lift, like the Winterset job where the lift was already in place, prep and turnaround shrink a lot. That’s the kind of detail that moves your project from a multi-week wait to an install scheduled within days.
Power and Wiring: Don’t Assume It’s Included
Most quotes for automotive two post lifts don’t include electrical hookup, and that trips people up. We spec the lift with the motor and control box, but running conduit to that box, tying into your panel, and making sure you’ve got the right voltage and breaker size is typically on the shop or their electrician. For a brake and rotor bay running one lift, that’s usually a straightforward single-phase run. If you’re adding a second post down the road or running compressors and lighting off the same panel, it’s worth having an electrician look at capacity before install day, not after.
We’ve seen shops get their lift installed mechanically, then wait another week because the wiring wasn’t scheduled in parallel. If you’re in Ankeny and want a smooth timeline, line up your electrician the same week you sign off on the lift so both crews can work back to back instead of leapfrogging each other.
Configuration: Symmetric, Asymmetric, or Overhead
Once budget, ceiling, and floor are settled, configuration is the easy part. For a brake and rotor-focused restoration bay, most shops land on an asymmetric two-post — the offset arms give you better door clearance and a more natural stance for gaining access to wheels and rotors without fighting the frame. Symmetric setups still make sense for shops running a wide mix of vehicle types where you don’t want to favor one door swing over another.
The overhead, bar-across-the-top style comes up a lot in older buildings without the ceiling height for a true overhead cylinder unit, and it’s a fine choice as long as you’ve accounted for the header bar height in your ceiling branch above. Whichever way you land, we walk it through with you against your actual vehicle mix — restoration sedans, trucks, the occasional lifted rig — before locking in the model.
Lead Time: What Actually Drives the Schedule
Shop owners always want a number, so here’s how we think about it. A straightforward install where the pad is already rated and wiring is scheduled in parallel can run about a week from delivery to a working lift. Add pad prep, and you’re looking at extra weeks depending on concrete cure time. Add a specialty configuration or extended-height option for vans, and freight lead time from the manufacturer becomes the bigger variable, sometimes longer than the install itself.
We try to give shop owners a realistic range rather than a best-case number, because a rotor and brake bay that’s counting on a lift date needs to plan around delays, not around the fastest possible outcome. If your automotive two post lifts order is time-sensitive because you’re losing bay space to floor jacks in the meantime, tell us that up front — we can sometimes prioritize freight or slot your install earlier in a crew’s week.
What to Have Ready Before We Show Up
By the time we’re scheduling install day, the decision tree should be fully resolved: budget tier picked, ceiling measured, floor confirmed or scheduled for prep, power lined up, and configuration locked. On our end, we bring the crew, the anchors, and the lift itself. On your end, having the bay cleared, doors accessible for delivery, and a general idea of where you want the post pattern relative to your existing brake equipment and rotor lathe saves real time on install day.
We also ask straightforward logistics questions before the truck rolls — is there a loading dock or do we need a liftgate, is there a pit or step-down anywhere near the install zone, and is the path from the bay door to the install spot clear of obstructions. These aren’t complicated questions, but skipping them is how a one-day install turns into a two-day install. Get those answers sorted with us ahead of time and your automotive two post lifts go from delivery truck to daily use with minimal downtime in your Ankeny bay.
Our Clients Include: