Forward 9000 2 Post Lift: First Year Owning One in the Quad Cities

The first time an RV and trailer service shop in the Quad Cities called us about a forward 9000 2 post lift, they weren’t sure it was even the right category of equipment for what they do. Their bays were full of heavy trucks and trailers needing exhaust work, driveline access, and undercarriage repairs that a standard consumer lift couldn’t safely handle. A year later, that same shop is one of our references for how a properly specified forward 9000 2 post lift changes daily workflow — not just for the big jobs, but for the routine ones that used to mean crawling under a truck on a creeper.

Why an RV and Trailer Shop Needed This Specific Lift

Exhaust and driveline access on RVs and heavier trailers isn’t like working on a sedan. The undercarriage is longer, components are spread across a wider wheelbase, and techs need clear, unobstructed access from underneath for extended stretches of time. A forward 9000 2 post lift gave this shop the lifting height and open-bay access they needed without the columns or crossbars getting in the way of long exhaust runs or driveline components that needed to come down and go back up in one piece.

Before the lift, the shop was using a combination of ramps and floor jacks, which worked but slowed everything down and limited how many jobs they could run through a bay in a day. The switch to a two-post configuration meant a tech could walk underneath, stand upright, and work at a comfortable height instead of hunching under a raised vehicle on stands. That single change had more impact on daily throughput than almost anything else they’d tried in the shop.

Comparing Model Numbers Before They Bought

Before settling on their configuration, the shop asked us to walk through model comparisons across the Rotary Forward line. They were specifically weighing a forward 9000 2 post lift against a 10,000 lb symmetric model, since some of their trailers occasionally carried loads close to that upper range. The deciding factor ended up being their day-to-day average vehicle weight rather than their occasional maximum — most of what came through their bays sat comfortably under 9,000 lbs, and buying extra capacity they’d rarely use didn’t make financial sense.

We also compared arm reach and drive-thru clearance between models, since their bay needed to accommodate trailers with a longer wheelbase than a typical passenger truck. The forward 9000 2 post lift they landed on had the telescoping arm reach to handle that longer wheelbase without needing to reposition vehicles mid-job. Spec comparison isn’t just about the tonnage number on the spec sheet — arm reach, drive-thru width, and lifting height all matter just as much for a shop working on RVs and trailers instead of standard cars and trucks.

The Install: What Actually Happened

Their bay had good ceiling height but an older concrete slab that needed checking before anything got anchored. We ran a core test to confirm depth and rebar before scheduling the install, which is a step we don’t skip regardless of how solid a floor looks on the surface. Once the concrete checked out, the install itself took a day and a half, including anchoring, hydraulic line connection, and calibration.

The shop had a forklift on-site for unloading, which sped up the logistics side considerably compared to jobs where we’re coordinating unloading equipment ourselves. We walked their techs through the safety release, arm locks, and daily inspection points before we left, since a forward 9000 2 post lift is only as safe as the crew operating it day to day. That walkthrough took less than an hour but paid off — their team has had zero operator-error incidents in the year since.

First 90 Days: What Changed in the Bay

The shop noticed the throughput difference almost immediately. Jobs that used to take most of a morning under a truck on stands were getting done in under two hours with the vehicle at full standing height. Exhaust replacements in particular sped up — a tech working alone could now maneuver a full exhaust section down without needing a second person to help lift and steady it from a low crawl position.

Driveline access improved just as much. Half-shaft and driveshaft inspections that used to require partial disassembly just to see the component clearly became a five-minute visual check with the vehicle at eye level. The shop’s owner told us the lift paid for the added throughput within the first quarter just from being able to run more jobs per day through the same bay space, without adding staff or square footage.

The First Service Call — And What It Taught Them

About eight months in, the shop noticed a slow hydraulic seep at one of the cylinder fittings — nothing dramatic, just enough to notice a faint film on the floor under one post. They called us immediately instead of waiting to see if it got worse, which is exactly the right instinct with any hydraulic lift. We diagnosed a worn seal, common on any two-post lift running heavy daily cycles, and had a replacement in within a few days from our parts stock.

That first service call became a useful lesson for their team about paying attention to small warning signs before they become bigger problems. A forward 9000 2 post lift under RV and trailer duty cycles will show wear faster than one in a light passenger-car shop, simply because of the load and frequency. Since that first service, they’ve added a monthly visual inspection to their routine — checking cable tension, fluid level, and pad wear — and haven’t had an unplanned downtime issue since.

One Year Later: Would They Buy It Again

Ask the shop today and the answer is an easy yes. The forward 9000 2 post lift became the single most-used piece of equipment in their building, running multiple vehicles through it daily across exhaust, driveline, and general undercarriage work. Their only regret was not making the switch sooner — they estimate they spent an extra year fighting with ramps and floor jacks before finally committing to the upgrade.

Their advice to other Quad Cities shops considering the same move: get the concrete checked early, compare arm reach and drive-thru width against your actual fleet rather than just the tonnage rating, and don’t skip the operator walkthrough. Those three steps, more than anything about the lift itself, determined how smooth their first year went. For more on getting a bay ready for a two-post install, see our guides on concrete requirements for lift installs and choosing between symmetric and asymmetric arm lifts.