An overlanding builder just outside Ankeny called us this spring about automotive two post lifts for a shop that specializes in lifted trucks and off-road rigs — vehicles that are taller, heavier, and often modified in ways that complicate routine service like an oil pan gasket job. This is a case study from that recent Iowa install, covering the freight and unloading logistics, the specific arm and height requirements for lifted overland builds, and what we’d tell any similar shop before they order automotive two post lifts of their own.
See Rotary and Challenger two-post lifts rated for lifted trucks and heavy overland builds, plus real freight and forklift logistics before your install.
The Build: An Overlanding Shop’s Recent Iowa Install
This Ankeny-area shop builds and services overland trucks — think full-size pickups and SUVs running larger tires, suspension lifts, aftermarket bumpers, and auxiliary fuel or water tanks that add weight well beyond factory spec. Their existing lift was undersized for this work, and they came to us specifically for automotive two post lifts rated for the heavier, taller vehicles that make up their daily business.
We started with a real inventory of what rolls through their bay: three-quarter and one-ton trucks with long-travel suspension, occasionally pushing curb weights north of 8,000 pounds once tanks, armor, and gear were factored in. That inventory drove every decision that followed, from capacity rating down to arm reach.
Why an Overlanding Builder Needed a Different Kind of Lift
Lifted overland trucks don’t behave like stock vehicles on a standard two-post lift. Factory lift points sit higher off the ground already, suspension modifications sometimes relocate frame contact points, and aftermarket rock sliders or armor can interfere with standard arm pad placement. Automotive two post lifts for this kind of shop need generous arm height adjustment and enough reach to get around aftermarket components without forcing an awkward pad position.
We specced a 12,000 pound capacity two-post lift with extended-reach arms for this shop, giving real margin above their heaviest loaded truck and enough arm adjustment range to work around the aftermarket armor and sliders common across their build list. Automotive two post lifts sized for stock trucks would have left this shop constantly working around inadequate reach.
Freight Day: What Actually Showed Up
Freight for this install arrived as several large crates — two column assemblies, an overhead beam, arm sets, and the power unit, all told close to 2,000 pounds. Because we coordinated the shipment directly, the shop knew in advance that the truck would need liftgate service and roughly forty-five minutes of unloading time, which let them schedule bay downtime accordingly instead of guessing.
Automotive two post lifts headed for a working shop always arrive as multiple pieces rather than one box, and this install was no exception — knowing that ahead of time meant the crew wasn’t scrambling to figure out where six separate pallets and crates would sit while waiting to be moved inside.
Unloading Without a Loading Dock
Like a lot of Iowa shops in converted or standalone buildings, this location didn’t have a raised loading dock, so unloading relied entirely on the liftgate and the shop’s own forklift moving crates from truck to bay floor. We confirmed forklift capacity and fork length with the shop before the delivery date specifically because the column crates on automotive two post lifts this size run long and heavy enough to tip a forklift with undersized forks.
The unload itself went smoothly because it was planned rather than improvised — crates came off the truck one at a time, moved directly to their staging position near the install site, and the truck was clear within the window the shop had budgeted for that morning.
We’ve seen the opposite scenario plenty of times too: a shop assumes their existing forklift will handle whatever shows up, only to discover on delivery day that the forks are too short or the mast can’t reach high enough for a tall crate resting on a flatbed trailer. Confirming these details a week ahead, rather than the morning of, is a small step that prevents a genuinely frustrating delay.
Oil Pan Gasket Access on Lifted Overland Rigs
Oil pan gasket work on a lifted truck with aftermarket skid plates and a relocated crossmember needs more working room underneath than a stock vehicle, and it needs a lift that reaches full height without a tech working in a crouch. This shop does enough oil pan and drivetrain work on overland builds that we specifically confirmed full rise height cleared their tallest lifted trucks with margin to spare.
Automotive two post lifts with adequate rise height turned this from an awkward job into a straightforward one, giving techs the clearance to work standing, with tools laid out properly, instead of hunched under a truck that barely cleared the ground.
Install Day: Anchoring and Arm Setup for Tall Vehicles
Install day covered anchoring both columns to the shop’s slab, running hydraulic lines, and — critically for this shop — a full walkthrough of arm and pad positioning across several of their actual build types. Aftermarket rock sliders and skid plates meant standard pad positions didn’t always line up with factory lift points, so we spent real time confirming safe, repeatable pad placement for their most common builds.
That extra time on arm setup is what separates automotive two post lifts installed generically from ones actually set up for a specific shop’s vehicle mix, and it’s time we consider non-negotiable for a shop working almost exclusively on modified trucks.
Lessons From This Case Study for Other Builders
For any overlanding or off-road builder considering automotive two post lifts, the takeaways from this install are straightforward: size capacity for your heaviest loaded vehicle, not your average one; confirm arm reach and adjustment range against your typical aftermarket armor and sliders; and plan freight and forklift logistics before the truck ships, not the morning it arrives. None of these steps are complicated on their own, but skipping any one of them tends to show up as a real problem on install day rather than a minor inconvenience.
This Ankeny shop is now running lifted trucks through oil pan gasket and drivetrain work daily on equipment actually sized for the job, and their techs have told us the difference in working height and stability alone has cut real time off jobs that used to mean working half-crouched under a truck that never quite cleared the ground properly. If you’re building a similar shop, we can walk your vehicle mix the same way, from the heaviest fully-loaded rig you expect to see through the specific aftermarket armor and sliders that shape arm and pad placement, before you commit to a capacity rating or a specific configuration. Related reading: our capacity guide and installation guide, both worth reviewing before you finalize freight scheduling on your own install.
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