When a crew chief calls us about building out an autolift garage, the first question is never “which brand.” It’s “how fast can I get a full car underneath, drop the exhaust, and be back on track before the next heat.” We’ve fielded that exact call from race shops around West Des Moines, and the answer isn’t one lift — it’s a decision tree. Budget, ceiling height, floor thickness, and how much driveline access you actually need all push you toward a different configuration. Auto Lift Services has installed and serviced that range of equipment across central Iowa, and we can walk your team through it before you spend a dollar.
Browse open-front two-post models built for full undercarriage and driveline access, then call us for a fitment check before you buy.
Start With the Question: How Much Undercarriage Do You Need Exposed?
Every autolift garage decision starts here. If your crew is only swapping exhaust tips and doing quick underbody inspections between heats, a mid-rise or scissor unit gets the car up fast without eating floor space. But if you’re pulling driveshafts, dropping full exhaust systems, or working transmission-out jobs, you need open access from bumper to bumper with nothing in the way of the frame rails. That’s a two-post conversation, not a four-post one.
We ask every race team the same thing we asked a shop near Ankeny recently that was assessing garage space before committing: what’s actually going under the car, and how often? Teams doing weekly exhaust and driveline turnaround on multiple cars need something rated for repeated cycles, not a light-duty home unit pushed past its intended use. Get this answer right first, because it determines every spec decision that follows — arm length, lifting capacity, and whether you need a drive-on configuration at all. An autolift garage sized wrong for the work is the single most common regret we hear about after the fact.
Two-Post vs. Four-Post: The Real Tradeoff for Exhaust and Driveline Work
A two-post lift gives you completely open access underneath — no runways, no crossbars, nothing between you and the exhaust hangers or the driveshaft. For race teams, that’s usually the right call. Models like the Challenger CL10 series or a Rotary SPO12 give you the swing arms and lifting points to get clean access without fighting a runway.
A four-post drive-on lift, on the other hand, is faster to load and better if your team is rolling cars on and off constantly without careful spotting — but the runways themselves can be in the way for driveline drops unless you add a rolling jack bridge. We’ve set teams up both ways depending on crew size and how much time they have between pulling the car in and starting work. If you’re short-staffed and need speed of loading over depth of access, four-post with a jack bridge might win. If your priority is unobstructed reach to every bolt on the underside, two-post wins almost every time for this specific use case.
Building the Decision Tree: Budget Tier by Budget Tier
At the entry tier, a two-post asymmetric lift with standard swing arms covers most exhaust and light driveline work for teams running one or two cars. Mid-tier gets you higher lifting capacity, wider carriage assemblies for trucks or heavier chassis, and often a taller lift height for tall crew members working standing up rather than hunched.
At the top tier, you’re looking at heavier-duty commercial-grade two-post units or specialty configurations with adjustable arm packages for oddly shaped race chassis. We had a team ask us directly what lead time to expect on a Bendpak-family lift once — it ran several weeks out from the factory, so we booked their install date on the calendar in advance so the crew wasn’t sitting idle once the lift showed up. That’s the kind of planning we build into every quote: matching your budget tier to a realistic delivery and install schedule, not just a spec sheet.
Model Number and Spec Comparison: What Actually Matters
Race teams get lost comparing spec sheets side by side without knowing which numbers matter for their work. Lifting capacity matters less than most people think if you’re running lightweight chassis — but arm reach and minimum height under the frame matter a lot when you’re trying to get a jack under a driveshaft. Overall lift height matters if your garage has a low ceiling, which is common in older Iowa shop buildings.
We tell every crew chief the same thing: don’t pick a model number off a brochure. Tell us the wheelbase and ride height of your typical car, tell us your ceiling clearance, and we’ll match you to the right configuration from our approved brand lineup. A Rotary or Challenger two-post in the right capacity class will outlast a mismatched spec by years, and getting the arm and pad configuration right the first time saves you from fighting the lift every single session.
Concrete, Power, and the Logistics Nobody Budgets For
Before any autolift garage installation happens, we need to know your floor. Concrete thickness and cure time matter more than people expect — anchoring a two-post lift into thin or uncured slab is the fastest way to end up with a warranty call six months later. We also ask about power: most commercial two-post units need dedicated circuits, and race shops running welders and compressors on the same panel sometimes need an electrician involved before install day.
Then there’s freight. Do you have a forklift on site, or does our crew need to bring lift-gate equipment? Is there a pit or a step-down in the floor we need to account for? These aren’t small questions — we’ve had install dates slip because a shop assumed the truck driver would unload by hand. Getting these logistics nailed down before delivery day keeps your install on schedule and keeps your race season on track.
Scheduling Around a Race Season
Race teams run on a calendar nobody else follows — off-season builds, mid-season rushes, and no room for downtime once the season starts. We plan installs around that reality. If your team needs the bay back in two weeks for a build, we work backward from that date rather than just slotting you into whatever’s next on our board.
We’ve also seen teams try to squeeze an install between events and end up rushing concrete cure time or skipping a proper site assessment. We’d rather send someone out to check garage space and verify fitment before delivery than have a lift show up that doesn’t work for your bay. That short visit up front saves everyone a bad day later, and it’s standard practice for any West Des Moines area shop we work with on a new autolift garage build.
Parts, Service, and Keeping It Running Through the Season
An autolift garage is only as good as its uptime. Race teams can’t afford a lift down for a week waiting on a part. We stock cylinders, cables, arm pins, and hydraulic components for the brands we sell, and we do cylinder rebuilds and reseals rather than making you wait on a full replacement part shipped from out of state.
If something goes down mid-season, call us with the model number and symptom, and we’ll get you moving again fast — whether that’s a part shipped same week or a tech dispatched to your bay. We’ve supported shops from dealership service departments to independent race teams the same way: fast diagnosis, real parts on the shelf, and honest answers about whether it’s a quick fix or a bigger repair. That’s what keeps an autolift garage a asset instead of a liability once the season gets going.
Our Clients Include: