When a dealership service manager in West Des Moines calls us about forward automotive lift parts, the conversation almost never starts with a part number. It starts with a slab. Restoration and metal work bays put a different kind of stress on a lift than a quick-lube bay does — cars sit up in the air for days at a time, welding carts and body jacks get parked underneath, and the whole assembly has to stay dead-square while somebody hangs a quarter panel off the frame. We’re an Iowa-based lift installer and parts distributor, and before we ship a single bracket or cylinder, we want to know what’s under the lift, not just what’s on it.
Search by part number or lift model and we’ll confirm fit before you order — no guesswork on a restoration bay.
Why Restoration Bays Are Harder on a Lift Than a Standard Service Bay
A quick oil-change bay cycles a car up and down in minutes. A restoration or metal work bay holds a vehicle in the air, at height, for hours or days while someone runs a plasma cutter, a MIG welder, or a body hammer underneath. That means the arms, locks, and cylinders on a two-post or four-post lift are under sustained load in a way they weren’t necessarily designed for on paper — and it means forward automotive lift parts like lock pawls, lock release cables, and hydraulic seals see more wear per cycle than they would in a general repair shop.
We’ve walked into more than a few dealership service departments where a lift that’s rated fine on paper is showing slop in the arm restraints or a slow drift down overnight, simply because it’s spent years holding heavier, longer-duration loads for bodywork and frame straightening. If that’s your bay, we’d rather talk through the actual use case before quoting forward automotive lift parts, because sometimes the fix is a full cylinder reseal or lock kit rather than a single bolted part.
Concrete Slab Thickness: The Number Nobody Checks Until It’s a Problem
Most two-post lift manufacturers, including Forward, spec a minimum of 4 inches of cured, unreinforced concrete for a standard lift, and closer to 4.5 to 6 inches when you’re dealing with heavier capacity units or older slabs with unknown rebar. Restoration and metal shops routinely underestimate this because the original slab was poured for a general repair bay, not for a lift holding a full-frame vehicle up for a multi-day metal job with a welder cart and jack stands crowding the anchor bolts.
We’ve seen dealership bays in the West Des Moines area where the anchor bolts for a lift installed a decade ago are now working loose, not because the forward automotive lift parts failed, but because the slab itself was never rated for sustained heavy-duty use. Rebar mesh, if present, also matters — anchors set too close to rebar or in a slab poured without proper reinforcement will pull out under repeated load cycles. Before we send any parts order for a lift that’s been fighting a bay for years, we ask about slab age, thickness, and whether it was engineered for lift anchoring in the first place. It saves everyone a repeat service call.
The Parts We Actually See Ordered for Forward Lifts
In practice, the forward automotive lift parts that move most often out of restoration and metal work bays are lock release cables, arm restraint pins, hydraulic cylinder seal kits, and foot pad kits — the pieces that take direct abuse from vehicles sitting loaded for extended periods. Foot pad kits especially wear fast in a metal shop, since techs are constantly repositioning pads to clear frame rails during panel work, and the pad hardware takes a beating from that repeated adjustment.
We also field a steady stream of calls for lowering valves and lock release valve blocks on older units — a service manager will describe a lift that’s slow to lower or won’t release evenly on both columns, and that’s almost always a valve or cable issue rather than a structural one. When we get a call like that, we ask for the model and serial number off the column data plate first, because Forward and other manufacturers have changed part numbers across production runs, and guessing wastes everyone’s time.
Ordering by Part Number vs. Ordering by Description
Every parts call goes faster when someone has the actual part number in hand rather than a description like “the bracket thing on the side.” We keep manufacturer part number cross-references on file for Forward and other allowed brands, so if you call in with a number off an old invoice or a sticker on the component itself, we can usually confirm the current equivalent in a few minutes rather than a few days of back-and-forth.
That said, we understand not everyone has a clean part number to work from — a lot of restoration shops are running lifts that are twenty or thirty years old, with stickers long faded. In that case we’ll ask for photos of the component, the lift model if it’s visible, and roughly where on the lift it’s located. We’d rather spend five extra minutes confirming fit up front than ship the wrong forward automotive lift parts and have a service manager waiting on a re-ship while a car sits stranded mid-restoration.
Backorders, Freight, and Realistic Lead Times
We’ll be straight with you: some parts, especially specialty cylinder components and certain valve blocks, do go on backorder from time to time, and manufacturers don’t always give us a firm ETA right away. When that happens we don’t just leave a shop hanging — we follow up with the manufacturer’s rep directly and keep the customer posted as soon as we hear anything concrete, rather than making up a date that sounds good on the phone.
For freight-heavy items like full cylinder assemblies or arm sets, we also plan around delivery logistics up front — whether the shop has a forklift on site, whether there’s dock access, and whether the install crew needs a pit or clear ceiling height to maneuver a replacement arm into place. None of that changes what forward automotive lift parts a bay needs, but it absolutely changes how fast we can get them installed once they arrive.
Cylinder Rebuilds vs. Full Replacement
A lot of the calls we get about forward automotive lift parts for restoration bays end up being cylinder questions — a lift that’s leaking hydraulic fluid, drifting down slowly overnight, or not holding a load evenly on both sides. In many cases a reseal kit is enough to get years more service out of an existing cylinder, especially if the bore and rod aren’t scored or pitted from age.
But on older Forward units that have been in heavy metal-work service for a long time, we’ll sometimes recommend full cylinder replacement instead of a reseal, particularly if the shop has already had the same cylinder resealed once before and it’s failing again. It’s a judgment call we make based on hours of use, age, and how the shop actually uses the lift day to day — not a one-size-fits-all recommendation.
Working With Your Bay, Not Just Your Parts List
What we’ve found working with dealership service departments and independent metal shops across central Iowa is that the parts order is rarely the whole story. A service manager calls about a stuck lock, and by the time we’re done talking it’s clear the real issue is a slab that was never right for the load, or a lift that’s simply reached the end of its practical service life for the way the bay actually uses it.
We’d rather have that conversation up front than ship forward automotive lift parts that patch a symptom without addressing the cause. If you’re running a restoration or metal work bay in the West Des Moines area and something on your lift isn’t right, give us a call, tell us what the lift is doing, and we’ll help you figure out whether it’s a parts fix, a slab issue, or time to talk about a different setup entirely.
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