What our pre-sale inspection looks like — and why IRON+ starts before you sign
People ask about the IRON+ guarantee — the 30-day return window, the refund process, the
shipping logistics — but they rarely ask about the step that makes all of it possible:
the pre-sale inspection. The guarantee works because we do not badge machines we cannot
stand behind. And we cannot stand behind a machine we have not thoroughly evaluated. The
inspection is not a checklist we rush through to slap a sticker on the listing — it is
a multi-hour, multi-system evaluation that determines whether a machine earns the IRON+
badge or gets sold honestly as a non-guaranteed unit at an adjusted price. This post walks
through exactly what we check and why.
The IRON+ badge is earned, not applied — every machine goes through a multi-system evaluation before it qualifies.
Phase 1: documentation and history
Before we touch the machine, we verify the paper trail. Serial number matched to title
documentation. Hour-meter reading cross-referenced against any available telematics
history (JDLink, Cat Product Link, or third-party fleet records). Service records reviewed
for maintenance intervals, major component replacements, and any open recalls. Lien check
to confirm clean title. If the documentation has gaps — missing service records, hour-meter
discrepancies, title issues — that does not automatically disqualify the machine, but it
raises the bar for the mechanical inspection. A machine with spotty paperwork has to be
in exceptional physical condition to earn the badge.
We also research the machine's provenance when possible. A unit that came from a known
rental fleet with documented maintenance schedules is a different risk profile than a
unit that changed hands three times in two years through private sales. We are not making
moral judgments about previous owners — we are assessing the probability that the machine
has received consistent care, because that probability directly affects the likelihood
of a surprise failure during your 30-day window.
Phase 2: structural and cosmetic assessment
We start outside and work in. The frame is inspected for cracks, bends, and weld repairs.
On excavators, we pay particular attention to the swing frame, boom foot pin area, and
counterweight mounting points — these are high-stress zones where fatigue cracks initiate.
On skid steers and CTLs, we focus on the loader arm pivot points, cab mounting areas, and
underframe where impacts from rocks and debris accumulate.
We look for evidence of previous repairs. A repaired frame is not necessarily
disqualifying — professional weld repairs by a certified shop can be perfectly sound. But
a frame with multiple amateur repairs, or repairs in critical stress areas, signals a
history of hard use that elevates risk. We document every repair we find with photos and
notes so the buyer has a complete picture.
Cosmetic condition is noted but weighted lightly. Faded paint, scratched glass, and worn
decals are normal on working equipment and do not affect IRON+ eligibility. What does
affect eligibility: cab damage that compromises ROPS/FOPS certification, broken or
missing safety guards, and structural corrosion that has penetrated beyond surface rust
into load-bearing steel.
Phase 3: engine and powertrain
Cold start evaluation
Every inspection includes a cold start. The machine sits overnight minimum, and we record
the startup sequence the following morning. We note cranking time, smoke color and
duration, initial idle quality, and whether any warning lights illuminate. A healthy
diesel should fire within 3 to 5 seconds of cranking in moderate weather, produce
minimal white smoke that clears within 30 seconds, and settle to a smooth idle at the
manufacturer's specified RPM. Deviations from this baseline are documented and evaluated.
Oil analysis
We pull fluid samples from the engine, hydraulic system, and transmission (where
accessible). These are sent to a laboratory for spectrometric analysis. The lab report
shows metal content, contamination levels, and fluid condition. Elevated copper and lead
in engine oil suggest bearing wear. Iron in hydraulic fluid indicates pump or cylinder
wear. Silica in any fluid suggests dust ingestion from compromised filtration. These
reports are not magic — they are data points that complement the physical inspection.
Not every machine has oil analysis results available from its service history, but we add
a fresh baseline at intake. That baseline becomes part of your purchase documentation and
gives you a reference point for future fluid sampling during ownership.
Exhaust and emissions
On Tier 4 Final machines, we verify DPF and DEF system function. A DPF that is overdue
for regeneration, or a DEF system throwing fault codes, can ground a machine and cost
$3,000 to
0,000 to resolve depending on the root cause. We run a forced regen if
needed during the inspection and verify that the system completes the cycle. Machines
with unresolved emissions faults do not earn the IRON+ badge.
Oil analysis and cold start evaluation catch problems that visual inspection alone cannot reveal.
Phase 4: hydraulic system
The hydraulic system is the heart of any piece of heavy equipment, and it is where the
most expensive failures hide. We test main pump flow rate and pressure against
manufacturer specifications using calibrated gauges. A pump at 80% efficiency may still
move the machine, but cycle times will be slow and heat generation will be elevated —
both problems that degrade productivity and accelerate wear on downstream components.
We cycle every hydraulic function: boom, stick, bucket, swing, travel, auxiliary circuits.
We measure drift — how far a loaded boom drops over a timed interval with controls
neutral. Drift indicates internal bypass in the cylinders or control valve, and
quantifying it gives you a baseline to monitor during your 30-day window. We also
check hydraulic hose condition, fitting tightness, and filter condition.
On machines with high-flow auxiliary circuits (critical for mulching, cold planing, and
other attachment-intensive work), we verify the flow rate at the coupler face with the
auxiliary engaged. Published high-flow specs vary by manufacturer — a Cat 299D3 should
deliver approximately 38 GPM at the couplers; a Deere 333G targets around 37 GPM.
Machines that test significantly below spec are flagged, and the buyer is informed
regardless of IRON+ status.
Phase 5: undercarriage (tracked machines)
For excavators and CTLs, undercarriage condition is one of the highest-value assessment
areas. We measure track chain link height, bushing diameter, sprocket tooth profile,
roller flange height, and idler wear — typically using a PIN gauge or manufacturer-
specific measurement protocol. These measurements produce a percentage-of-life-remaining
estimate that we document in the inspection report.
Undercarriage is a wear item, not a defect. A machine with 50% undercarriage life
remaining can absolutely earn an IRON+ badge if the rest of the machine is solid — but
the buyer needs to know they are buying 50% remaining life, not 80%. Our inspection
eliminates the ambiguity. If you are buying an excavator or CTL through
floridahilliard.reviews, the undercarriage measurements are part of the listing documentation.
Phase 6: electrical and safety systems
We verify that all lights, gauges, warning systems, and operator safety features are
functional. Seat belt condition and latch operation. ROPS/FOPS certification tag
presence and integrity. Backup alarm function. Hydraulic lockout operation. Fire
extinguisher mounting (where applicable). These items may seem minor compared to a
hydraulic pump test, but they affect operator safety and job-site compliance — and on
a guaranteed machine, we want every system working as designed.
Electrical gremlins are some of the most frustrating issues on used equipment. Intermittent
faults in wiring harnesses, corroded connectors, and aftermarket wiring additions can
cause problems that appear and disappear unpredictably. Our electrical inspection focuses
on known trouble areas for each model and flags anything that needs attention. Machines
with unresolved electrical issues that could affect safety or operability do not earn the
badge.
Phase 7: the IRON+ decision
After all phases are complete, our intake team reviews the full inspection report and
makes a badge decision. The decision is binary: IRON+-eligible or not. There is no
"conditional" badge. Either we are confident enough to back the machine with a 30-day
money-back guarantee, or we are not. Machines that do not qualify are priced accordingly
and sold as non-IRON+ units with full disclosure of the inspection findings.
The inspection report — including photos, measurements, fluid analysis results, and
written observations — becomes part of your purchase documentation. You receive a
digital copy at the time of sale. This is not a one-page summary; it is a detailed
record of what we found, what we checked, and what we concluded. It serves as your
baseline for the 30-day evaluation and as a permanent maintenance reference for the
life of the machine.
What the inspection does not cover
We are thorough, but we are not omniscient. Some conditions are latent and will not
manifest during a static inspection or short operational test. Progressive bearing wear,
intermittent electrical faults under specific temperature conditions, and fatigue cracks
in early stages can all evade even a careful evaluation. That is exactly why IRON+
exists — the 30-day field window catches what the yard inspection cannot. The inspection
and the guarantee work as a system, not as independent safeguards.
See the inspection, then decide
Every IRON+-eligible listing on floridahilliard.reviews includes inspection documentation. Review
it before you buy. If you have questions about a specific finding, call {ESS_PHONE_DISPLAY}
and ask — we will explain what we found, what it means, and whether it should affect your
decision. The inspection is not a rubber stamp. It is the foundation of the IRON+
guarantee, and we take it seriously because our reputation — and our money — are on the
line every time a machine earns the badge.
Inspection procedures and measurement protocols vary by machine type and model. Oil
analysis is performed by accredited third-party laboratories. Undercarriage life
estimates are approximations based on wear measurements and manufacturer guidelines.
IRON+ terms are documented in the purchase agreement — visit floridahilliard.reviews for
current program details.