Automotive Two Post Lifts for an Ames Restoration Shop: Bay Layout and Budget Decision Tree

A car restoration shop owner in Ames called us about automotive two post lifts for a new two-bay restoration shop he was fitting out three blocks from Main Street. He restored 60s and 70s American muscle plus the occasional split-window Beetle, and he handled annual state inspections for a loyal customer base of about 200 cars. He wanted the bay layout right on day one because moving a lift after install is expensive. The decision tree we walked with him started at budget and ended at bay-flow diagrams on a legal pad, and it’s a useful framework for any restoration shop planning a fit-out.

Step one: budget tier

The first branch on the decision tree for automotive two post lifts is a real budget number. Restoration shops usually sit in one of three tiers. Tier one is under $5,000 per lift landed, which puts you in Atlas or BendPak territory for a 9K or 10K clearfloor overhead. Tier two is $5,000 to $8,000, which is where Rotary SPO10 and Challenger CL10V3 live with proper triple-telescoping arms and stack adapters. Tier three is $8,000 to $12,000, which opens 12K asymmetric extended-height options with premium arm-restraint packages.

For a two-bay restoration shop in Ames, we pushed the owner toward tier two on both bays. Reason: restoration work involves a lot of lift cycles per project (60 to 80 cycles on a full frame-off), and the tier-two ALI Gold lifts hold their arm-restraint tolerance longer under that duty cycle. Tier one is fine for a home garage. Tier three is overkill for a shop that mostly touches muscle cars under 4,500 lb. Tier two is the workhorse.

Step two: symmetrical for classic body-on-frame vehicles

The second branch of the tree is arm geometry, and for classic restoration work symmetrical is the answer nearly every time. Restoration cars are body-on-frame construction, which means the frame rails are the load-bearing structure and the arm cups meet the frame directly. Symmetrical automotive two post lifts center the car between the columns, which lines the arm cups up with the frame rails cleanly on a 68 Chevelle, a 70 Chevelle, a 65 Mustang, or any 60s-70s American iron.

Asymmetric arm layout rotates the vehicle rearward, which is designed for modern unibody vehicles with door-clearance concerns. On a body-on-frame classic with a two-door coupe body, doors clear anyway because the door openings are shorter than modern sedans. The rearward rotation doesn’t help and complicates the arm placement on the frame. Symmetrical is the right call for restoration work every time, and every restoration shop we’ve fit out in Iowa runs symmetrical arms.

Step three: bay layout for restoration workflow

Restoration workflow uses the lift differently than a service shop. A restoration car spends weeks on the lift, not hours. The workflow around the bay needs to accommodate long-term project storage, media blasting, spot welding, and undercoating, all while the car is up on automotive two post lifts. Bay layout should place the lift in the center of the bay with 10 feet of clearance on all four sides for cart access, welding cart maneuvering, and paint booth adjacency.

We drew the Ames bay layout with two lifts staggered so the front bay’s rear-arm reach line was clear of the back bay’s front-arm reach line at maximum extension. That prevents interference when both cars are on-lift simultaneously. Bay one got the lift positioned six feet from the front door, allowing a project car to be pulled onto the lift and left there while a second car cycled through bay two. Bay two got the lift 12 feet from the paint booth entry, allowing rolling equipment to move between them.

Step four: ceiling height for extended projects

Ceiling clearance matters more in a restoration shop than in a service shop because the car sits on the lift for weeks at a time. Full-rise on standard-height automotive two post lifts puts the car about 71 inches off the slab. On a 68 Chevelle with the body sitting 55 inches at the roofline, full rise puts the highest point at 126 inches. Add the overhead beam and you need a 12 foot ceiling minimum.

The Ames restoration shop had 13 foot 6 ceilings, which was ideal. That extra 18 inches let us spec extended-height columns on both lifts, which adds a foot of full-rise clearance. Extra clearance matters because restoration work often involves standing fully upright under the car for extended sessions, and a 6 foot 2 tech working on a floor pan is going to appreciate the extra headroom over a full weekend of work. Extended-height columns add $400 to $600 per lift, well worth it for restoration work.

Step five: adapters and reach for classic frame geometry

The fifth branch is adapter selection. Classic car frames sit lower than modern truck frames, and the arm cups on automotive two post lifts don’t always reach the frame rails without adapter stacks. Every restoration shop bay we fit out gets a set of tall rubber stack adapters, at least 6 inches of stacked pad height on each cup, plus a set of drop-in truck adapters for the occasional customer pickup that gets restored alongside the muscle car fleet.

Adapter cups on frame rails need to be positioned on the manufacturer-designated jack points, not on random frame locations. Every 60s-70s American car has factory jack points printed in the owner’s manual, and those are where the arm cups belong. Restoration shops sometimes place cups on suspension mounts or on rocker panels, and both are wrong. Suspension mounts flex, rocker panels crumple. Frame rails at factory jack points are the only correct load path. This is Restoration Bay Safety 101 and worth putting on the wall of every restoration shop.

Step six: state inspection workflow

The Ames restoration shop also handled annual state inspections for customer cars, and inspections use automotive two post lifts hard. Each inspection cycles the lift up, holds at mid-height while the inspector checks brake pads, tie rod ends, ball joints, exhaust, and undercarriage, then cycles back down. That’s 20 minutes on the lift per inspection times 200 inspections per year, or roughly 67 hours of hold time per lift per year on top of restoration work.

Bay layout for inspection work needs a clear walk-around path for the inspector at working height. We placed each Ames lift so the inspector could walk a full 360-degree circle around the car at mid-height without stepping over a hose, cart, or toolbox. Overhead lighting was added at 8 foot 4 to illuminate the undercarriage clearly. A drop-cord LED work light hangs from each column for spot-illumination during the pad inspection. All those additions make inspection work faster and more accurate.

Step seven: total build cost and expected 10-year TCO

The final branch is total cost. Two automotive two post lifts at tier two, extended-height columns, triple-telescoping arms, tall stack adapters, drop-in truck adapters, install with anchor set, hydraulic hookup, and electrical, plus operator training, came to about $16,500 landed for the pair. Financing was 12-month 0% APR with a 90-day deferred first payment through First Business, matching the shop’s cash cycle around winter storage revenue.

Expected 10-year TCO on the pair is $22,000 to $24,000, including annual ALI inspections, expected wear-part replacement (cables once, arm restraint gears once, hydraulic hoses once), and hydraulic oil consumption. That’s roughly $2,300 per year across two bays, or $1,150 per bay per year. At restoration shop labor rates, one bay generates $180,000 to $250,000 of labor revenue per year. The lift is well under 1 percent of revenue. See our related articles on restoration shop bay layout and two-post adapter selection. Ready to spec your Ames build? Call 800-674-9302.