Above Ground Lifts for Race Teams: Symmetric vs Asymmetric Arms Decision Tree

When a crew chief calls us about above ground lifts, the conversation almost never starts with brand names — it starts with what’s parked in the trailer. A late model dirt car with wide tube chassis rails sits differently on a lift than a street car pulled off the tow rig for winter storage. We work with race teams around Waukee who run everything from weekly circle track cars to full-tilt drag builds, and the single biggest decision they face isn’t which brand to buy — it’s whether they need symmetric or asymmetric arm geometry. Get that wrong and you’ll be fighting your own equipment every time you roll a car onto the runways.

Why Race Teams Ask This Question First

Most race shops don’t buy above ground lifts the way a typical repair shop does. A repair shop lifts every type of vehicle that rolls through the door, so asymmetric arms — which shift the car’s weight rearward and open up the front door swing for driver entry — usually win. Race teams are different. Their fleet is narrow: one or two chassis platforms, consistent wheelbase, consistent width, and no doors to worry about swinging open on a stripped-down car. That narrows the decision considerably, and it’s the first thing we ask about when a crew chief calls.

The second thing we ask is what else happens in that bay besides lifting the car. If the same above ground lifts also need to double as engine-out stations, chassis alignment platforms, or long-term seasonal storage between race weekends, that changes the arm requirements again. Symmetric arms, which center the vehicle directly between the columns, tend to be preferred for chassis work and alignment because the car sits square and balanced with even weight distribution on both sides. We’ve set up more than one Waukee-area team with symmetric configurations specifically because they were doing suspension setup work on the lift, not just storing the car overnight.

The Decision Tree: Budget First

Every decision tree for above ground lifts should start with budget, because that eliminates options fast. Teams working with a tighter shop budget usually land on a straightforward two-post with symmetric arms — it’s typically the lower-cost configuration because the arm engineering is simpler and there’s less specialized forging involved. If the budget allows more room, asymmetric two-post units or four-post storage lifts open up, and that’s where the second branch of the decision tree comes in.

We’ve quoted teams anywhere from a single mid-rise storage lift for one car up through multi-bay setups with three or four posts running side by side. The honest answer is that budget dictates configuration more than any technical preference, and we’d rather tell a crew chief that upfront than sell them a setup that stretches the shop too thin. Once the budget number is set, we move to the second branch: what’s actually going on the lift.

Branch Two: What’s Actually Getting Lifted

If the fleet is one or two race cars with no doors and a consistent wheelbase, symmetric arms make sense almost every time. The car goes up straight, centered, balanced — ideal for chassis work, corner weighting, or just getting the car up in the air to inspect the underside after a rough night on the track. If the shop also services street vehicles, tow rigs, or crew trucks with functioning doors, asymmetric arms handle that mixed fleet better because the front arms swing shorter and let doors open fully.

Some teams split the difference and run one of each — a symmetric unit dedicated to the race car and an asymmetric unit for the tow vehicle and daily drivers. We see this setup often in shops that double as a personal garage during the off-season. It’s not the cheapest path, but it solves the problem cleanly instead of compromising on both ends.

Seasonal Storage Changes the Calculation

A lot of race teams only run their car actively for part of the year, which means above ground lifts spend a good chunk of the calendar simply holding a parked chassis off the floor. That’s a different use case than daily lifting and lowering, and it shifts the calculation toward four-post or storage-style lifts rather than two-post service lifts. A four-post platform lets the team park the car up top, roll a trailer or second vehicle underneath, and free up floor space in a shop that’s often smaller than the team wishes it were.

We’ve installed exactly this setup for teams around central Iowa — one car parked overhead through the winter, work truck or spare car underneath, and the whole shop footprint used twice over. If seasonal storage is the primary use, arm symmetry matters less than deck length and overall lift height, since the car isn’t coming on and off every day. That’s worth flagging early, because teams sometimes assume they need the same arm geometry for storage that they’d want for active service work, and it’s simply not the same decision.

Anchoring, Floor Thickness, and Real Race Shop Buildings

Race shops tend to live in pole buildings, converted machine sheds, or old ag buildings with a slab that wasn’t necessarily poured with a lift in mind. Before we finalize any above ground lifts quote, we ask about floor thickness and age, because anchoring is where installs go wrong if it’s skipped. A four-inch slab poured decades ago for tractor storage isn’t automatically rated for a two-post or four-post lift, and we’ve had to walk teams back from a purchase until the floor situation got sorted out.

This isn’t meant to scare anyone off — it’s meant to save a headache. Most Iowa shop floors handle a properly anchored lift just fine, but we’d rather catch a thin or cracked slab during the quote conversation than during installation day. If your building’s floor is questionable, tell us before we ship anything, and we’ll work through the options together.

Height, Ceiling Clearance, and Trailer Access

Race shops often have taller ceilings than a standard garage because trailers, jack stands, and tall equipment need room to move. That’s good news for above ground lifts, since it usually means more clearance for a fully raised deck. But we still measure, because some pole buildings have lower roof pitches near the walls even with a tall center peak, and that matters if the lift columns sit close to a sidewall.

We also ask about trailer access, since plenty of race teams pull the car straight off an enclosed hauler and onto the lift in one motion. That changes bay layout and clearance requirements around the lift itself, not just above it. Getting this right during planning saves a lot of frustration on install day, and it’s a five-minute conversation that prevents a much bigger problem later.

Getting the Right Configuration Quoted

By the time a crew chief has answered budget, fleet type, seasonal use, floor condition, and ceiling clearance, the decision tree has basically built itself. Symmetric arms for dedicated race builds and alignment work, asymmetric for mixed fleets with daily-driver doors, four-post for seasonal storage, and anchoring confirmed before anything ships. That’s the process we run through with every race team that calls us about above ground lifts, whether they’re based right in Waukee or driving in from three counties over for the season.

We’d rather spend twenty extra minutes on the phone getting the configuration right than sell the wrong arm geometry and deal with a return or a frustrated call two weeks later. If you’re planning a shop build or re-equipping an existing bay, reach out before you buy — we’ll walk the decision tree with you and quote a setup that actually matches how your team runs.