Forward car lift parts don’t do a shop any good if the install gets delayed three weeks because nobody checked the concrete first. We’ve watched it happen more than once with independent European-marque shops scattered across northwest Iowa — a shop orders a Forward two-post, gets excited about the delivery date, and then the driver shows up to a bay with no forklift access, six inches of slab where eight are needed, and overhead clearance nobody measured. As the Iowa-based installer and parts distributor for Forward lifts, we’ve learned that most “parts problems” people call us about actually started as site survey problems. Get the prep right up front and the parts side of the job gets a whole lot simpler.
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Myth 1: “A forklift isn’t necessary if we have a few extra hands”
This is the single biggest myth that trips up specialty shops working on European vehicles. Forward car lift parts and components — columns, hydraulic units, carriages — are heavy, awkward, and not built to be muscled off a truck by four guys and a pallet jack. We ask every customer the same question before scheduling: do you have a forklift on site, or access to one nearby? If the answer is no, we plan for it, because guessing wrong on delivery day means a truck sitting in the lot while everyone scrambles for a rental.
We’ve had shops assume their tire machine’s pallet jack would handle a two-post column and found out the hard way it wouldn’t budge safely across a shop floor. For a Forward F-12 or similar commercial two-post, the columns alone can be more than a person or two can safely lift, and dropping one on a shop floor damages both the part and the concrete. When we quote an install for a northwest Iowa specialty shop working on BMWs, Audis, or Mercedes daily, forklift or crane access is one of the first three questions on our checklist — right alongside floor thickness and ceiling height. Skipping this step is how installs get pushed back weeks, not days.
Myth 2: “Any concrete slab will hold a lift”
Not true, and this is where we see the most expensive mistakes. Forward lifts, like every commercial two-post or four-post unit, need a minimum slab thickness and cure time specified by the manufacturer, and that spec doesn’t bend because a shop is in a hurry to get a bay back online. Older shop buildings across northwest Iowa — converted implement dealers, old gas stations, repurposed body shops — often have slabs poured decades ago for a different purpose entirely, and they don’t always meet what a modern lift needs.
Before we ever ship forward car lift parts or schedule an install crew, we ask for concrete age, thickness if known, and whether there’s any history of cracking or settling near the intended bay. If a shop can’t answer those questions, we recommend a core sample or at minimum a visual inspection before we commit to a date. We’d rather delay a job by a week for a proper site survey than install a lift on a slab that’s going to crack under load six months later, because at that point it’s not a parts problem anymore — it’s a full anchor and concrete repair job, and nobody wants that conversation.
Myth 3: “Pits and drains don’t need checking ahead of time”
Shops running in-ground lifts, or considering them, sometimes assume the pit situation is a formality we’ll sort out on install day. It isn’t. Whether there’s an existing pit, a drain nearby, groundwater issues, or buried utilities all changes what’s possible and what forward car lift parts and configuration will actually fit the space. We’ve had jobs where a shop wanted a specific lift model, but once we got eyes on the pit conditions, a different configuration or an above-ground alternative made far more sense.
This matters even more for surface-mounted two-post and four-post installs, where we still need to know what’s underneath the slab before anchoring. Drain lines, in-floor heat, old fuel lines from a building’s previous life — we’ve found all of it in northwest Iowa shops that had no idea what was under their own floor. A proper site survey catches this before delivery day, not after the crew has already started drilling anchor holes.
Myth 4: “Overhead clearance only matters for four-post lifts”
Two-post lifts get overlooked on clearance checks constantly, and it’s a mistake. A vehicle raised on a two-post lift with the arms fully extended, plus the lift’s own overhead structure on certain models, needs real headroom — and older shop buildings with low trusses, ductwork, or lighting fixtures can eat into that margin fast. We measure ceiling height as part of every site survey, not just for four-post drive-on lifts where it’s obviously critical.
For specialty shops working on taller SUVs and larger European sedans and wagons, this matters even more, since the vehicle height itself adds to what the lift needs above it. We’ve had to reposition planned lift locations more than once because nobody measured to the lowest overhead obstruction, not just the ceiling itself. It’s a five-minute check with a tape measure that saves a very unpleasant surprise on install day.
Myth 5: “Parts lead times don’t matter if the lift is already ordered”
Ordering a lift and having the parts on hand are two different timelines, and shops that don’t separate them in their planning get caught off guard. Certain forward car lift parts — specific cylinders, hydraulic hoses, control valve assemblies — can be back ordered depending on the manufacturer’s supply situation at any given time. We’ve had customers call weeks later just checking in on status, and the honest answer is sometimes simply that a part is still sitting in a supplier’s backlog with no firm ship date yet.
Because of that, we tell northwest Iowa shops to build in buffer time between ordering and their planned install or service date, especially for anything beyond the most common wear items like cables and locks. If you’re planning a bay swap or a new lift install around a slow season, order early. It’s far better to have parts sitting in our shop ready to go than to have a crew scheduled and a bay torn apart waiting on a shipment.
Myth 6: “Daily maintenance doesn’t need scheduled downtime”
Specialty shops running European vehicles tend to keep their lifts working hard every single day, and that’s exactly why routine maintenance gets pushed off — there’s never a convenient time to take a bay offline. But cables, anchor bolts, hydraulic fittings, and pulley systems wear steadily whether or not anyone’s watching, and catching a worn cable during a scheduled check is a lot cheaper than dealing with a slow-lowering lift mid-repair with a customer’s car stuck in the air.
We recommend shops build a quarterly walk-around into their calendar: check for fluid leaks, listen for grinding during raise and lower cycles, inspect visible cables and anchors, and confirm the lift levels evenly. If something looks off, we can usually get the right forward car lift parts out to a northwest Iowa shop fast enough to fix it during a slow afternoon rather than an emergency. Waiting until a lift fails completely almost always costs more in downtime than the maintenance would have.
Myth 7: “Any installer can figure out Forward-specific parts on the fly”
Forward lifts have their own part numbering, their own hydraulic layouts, and their own quirks compared to other commercial brands. A generalist installer unfamiliar with the brand can end up ordering the wrong cylinder or misreading a data tag, which costs a shop both time and money. We work with Forward lifts specifically and know the model lines well enough to identify the right forward car lift parts from a data tag photo or a model and serial number over the phone, without a lot of back and forth.
That familiarity matters most during a site survey, because knowing the equipment means knowing exactly what clearance, power, and anchoring requirements apply to that specific model before the truck ever leaves our shop. If your northwest Iowa shop is planning a Forward install or needs parts for an existing unit, give us the model and serial number and we’ll tell you plainly what’s needed and what to expect for lead time.

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