Lexus Oil Leak Diagnosis & Repair in Miami

Lexus vehicles have earned their reputation for durability — but that reputation does not make their engine seals and gaskets immune to Miami's specific operating conditions. The 2GR-FE 3.5-litre V6 fitted to the GX460, RX350, IS350, GS350, and ES350 develops predictable oil leak patterns at both valve cover gasket surfaces and the VVT system solenoid seals in South Florida's sustained heat. The 1UR-FE 4.6-litre V8 in the LX570 and LS460 follows the same pattern across two cylinder banks. And in Miami's year-round operating environment, where these engines never experience the seasonal thermal recovery that cooler climates provide, the leak timeline arrives earlier than both Lexus's engineering assumptions and owner expectations suggest it should. At Green's Garage, we identify every active leak source in a single assessment before any teardown begins — so your Lexus receives one correctly planned repair rather than a sequence of return visits for the same engine access.

A Lexus oil leak should not be dismissed as minor — especially in Miami's heat. Lexus engines depend on correct oil pressure for their Dual VVT-i variable valve timing system and for turbocharger bearing lubrication on IS-F and GS-F variants. An engine running below full oil level in Miami's ambient temperatures reaches damaging conditions faster than in any cooler climate — the oil that remains thins more rapidly under sustained heat, reducing its film strength at the bearing surfaces and VVT actuators most sensitive to oil pressure. A burning oil smell from the engine bay, spots on the driveway after parking, or a low oil level reading that appears before your next scheduled service are all indicators that warrant assessment before your next extended drive. The cost difference between addressing a valve cover gasket today and replacing a VVT actuator in twelve months is substantial.

The Lexus 2GR-FE V6 Both-Bank Valve Cover — Miami's Most Common Lexus Oil Leak Pattern

The 2GR-FE 3.5-litre V6 is the most widely fitted Lexus engine in Miami — found in the GX460, RX350, ES350, IS350, and GS350 — and its valve cover gasket failure pattern in South Florida is the most consistently presenting Lexus oil leak we diagnose at Green's Garage. The engine has two cylinder banks, each with its own valve cover and individual gasket. Both gaskets are exposed to the same thermal cycling and UV environment and deteriorate concurrently in Miami's climate.

The failure pattern is predictable: oil seeps from one or both valve cover interfaces and migrates toward the exhaust manifolds, producing the burning oil smell that brings GX460 and RX350 owners to our door. In Miami's ambient heat, the exhaust system generates sufficient surface temperature to vaporise even minor oil contact rapidly — meaning the smell is often present well before an active drip reaches the ground beneath the vehicle.

The most important point for GX460 and RX350 owners is this: when one bank's valve cover gasket is actively leaking on the 2GR-FE, the other bank's gasket has experienced identical thermal cycling and is typically at the same deterioration stage. Replacing only the actively leaking bank's gasket while leaving the adjacent bank in an equivalent state is a return visit waiting to happen within months — at full additional labour cost for the same engine access. Our assessment maps both banks before any repair is recommended, and our repair plan addresses both in a single event.

The Stacked Repair Principle on the Lexus 2GR-FE and 1UR-FE

The valve cover gasket, VVT solenoid O-ring seals, and cam cover perimeter seals on the 2GR-FE V6 share access procedures — they occupy the same upper engine area and are accessed during the same disassembly sequence. A GX460 or RX350 owner who addresses only the actively dripping valve cover gasket while the adjacent VVT solenoid seals are also beginning to weep will return for the same engine area access within months. Addressing all shared-access leak sources in one planned event costs substantially less in total labour than sequential single-component visits. On the larger 1UR-FE V8 in the LX570 and LS460, this principle applies across four valve covers and the front timing cover — the access complexity on the V8 makes planned concurrent repair even more economically significant.

At Green's Garage, every Lexus oil leak assessment maps every active and approaching-failure source before any teardown begins. The repair plan groups all shared-access components into a single event with complete cost transparency before any work is authorized.

Common Lexus Oil Leak Symptoms We Diagnose

Lexus oil leaks present differently depending on the source, the engine, and how long the leak has been active. These are the most common presentations from Lexus owners in Miami arriving with a known or suspected oil concern.

Burning oil smell after driving

A sharp burning smell when the engine is at operating temperature — most noticeable after parking as residual exhaust heat continues to vaporise leaked oil. On the 2GR-FE V6, oil from the valve cover gasket or VVT solenoid seals dripping onto the exhaust manifolds is the most common cause. In Miami's ambient heat, even minor oil contact with the exhaust system produces a detectable smell that should not be dismissed as normal engine odour.

Oil spots on the driveway

Dark spots appearing beneath the engine bay after parking while the engine is still warm. The spot location on the ground is rarely directly beneath the actual leak source — oil travels along the underside of the engine before finding a drip point. On the 2GR-FE, valve cover leaks on the upper engine travel extensively before dripping. Elevated inspection under UV light confirms the actual source rather than the drip point.

Oil level dropping between services

Oil consumption beyond what Lexus's published specification indicates is normal — noticed when the level drops significantly before the scheduled oil service interval. Can indicate slow external seeps evaporating on hot surfaces before reaching the ground, or on higher-mileage GX460 and LX570 models, valve stem seal wear allowing oil into the combustion chamber. Either requires assessment rather than simply adding oil and deferring investigation.

Oil residue around valve cover edges

Wet oily film, accumulated grime, or fresh seepage visible at the valve cover perimeter, around bolt recesses, or at the gasket interface line. On the 2GR-FE's two-bank layout, both valve cover interfaces should be assessed together even if only one shows active residue — the thermal history of both gaskets is identical. Even a minor seep that has not yet produced a drip point will become an active leak within one Miami summer season in most cases.

Low oil warning or premature low level

The multi-information display showing a low oil level indicator, or the owner noticing the dipstick reading below minimum before the expected service interval. On any Lexus in Miami, a low oil reading that appears early in the service cycle warrants investigation rather than simply topping up — particularly on GX460 and LX570 models where VVT system health depends on maintaining correct oil pressure throughout the operating cycle.

Blue smoke from exhaust — higher mileage

Blue or grey smoke under deceleration or on cold startup on higher-mileage GX460, RX350, or IS350 models. A characteristic puff of blue smoke on cold start that clears as the engine warms is the classic valve stem seal wear pattern — oil seeping past hardened stem seals during the cold overnight period burning off on first startup. Distinct from valve cover gasket leaks and requires a different repair approach.

Oil around VVT solenoid mounting points

Oil seeping from the VVT actuator solenoid base or the solenoid mounting port area — a specific leak point on the 2GR-FE that sits adjacent to the valve cover gasket and is frequently found concurrently with valve cover seepage. The VVT solenoid O-ring seals are straightforward to address and should always be assessed when valve cover work is being planned — their access is shared and their failure timeline matches the valve cover gasket in Miami's heat cycling environment.

Oil on exhaust manifold or heat shields

Oil staining, discolouration, or residue on the exhaust manifold surface, heat shields, or catalytic converter area. Indicates an active leak that has been present long enough for oil to distribute under driving airflow and contact hot exhaust surfaces. On the 2GR-FE, the valve cover and solenoid seal proximity to the exhaust manifold means even small seeps produce exhaust contact — and the resulting smell and potential fire risk under sustained highway driving should be treated with appropriate urgency.

Lexus Oil Leak Patterns by Engine Family

Oil leak failure points differ meaningfully between Lexus's V6 and V8 engine families, and between naturally aspirated and turbocharged variants. Understanding your specific engine focuses the diagnostic from the outset.

2GR-FE / 2GR-FSE — 3.5-Litre V6GX460 · RX350 · ES350 · IS350 · GS350 · RX450h · GS450h

The 2GR-FE is the most commonly presented Lexus engine for oil leak diagnosis in Miami. The naturally aspirated version in the GX460, RX350, and ES350 develops valve cover gasket, VVT solenoid, and cam cover perimeter leaks as its primary oil concern profile. The 2GR-FSE direct-injection variant in the IS350 and GS350 adds a direct-injection high-pressure fuel pump area that can produce oil seepage at the pump mounting interface on higher-mileage examples. Miami's year-round heat cycling means both engine variants present at lower mileage than equivalent engines in cooler US climates.

Valve cover gaskets — both banks, most commonly presented Miami Lexus oil leak
VVT solenoid O-ring seals — adjacent to valve covers, addressed concurrently
Cam cover perimeter seals — upper front of engine, same access area
IS350/GS350 direct-injection pump seal — 2GR-FSE variant specific
Rear main seal — higher-mileage GX460 and RX350 at current Florida mileage
Front crankshaft seal — timing cover area, assessed when front-of-engine leaks present

1UR-FE — 4.6-Litre V8LX570 · LS460 · GX460 earlier models · IS-F

The 1UR-FE V8 is a more complex leak profile than the V6 — four individual valve covers across two cylinder banks plus the front timing chain cover create multiple potential leak sources. On the LX570 and LS460 now at current Miami mileage, both front and rear bank valve cover gaskets are typically assessed concurrently given their identical thermal exposure. The IS-F with the 2UR-GSE V8 variant adds the high-output engine's specific cam cover and front seal concerns to the standard V8 profile. The stacked repair economic argument is strongest on the V8 — the access complexity makes sequential single-bank repairs a particularly expensive approach.

V8 valve covers — all four covers assessed, front and rear banks
Front timing cover seal — V8 layout, access-intensive front-of-engine repair
VVT solenoid seals — multiple locations on V8 across both banks
Rear main seal — LX570 and LS460 at higher accumulated Florida mileage
Cam carrier seals — V8 complex valvetrain, additional seal points
IS-F 2UR-GSE — performance V8 higher thermal environment, earlier seal wear

Turbocharged Variants — IS300, RC300 & NX200tIS300 2.0T · NX200t · RC300 · turbocharged four-cylinder

Turbocharged Lexus models using the 8AR-FTS 2.0-litre four-cylinder add turbocharger oil feed and return line seals to the oil leak concern profile. The turbocharger in these models operates at high temperatures adjacent to the exhaust manifold — in Miami's ambient heat, the oil lines routing to the turbocharger are subjected to thermal stress that accelerates seal deterioration significantly. The 8AR-FTS also uses Toyota's D-4ST direct and port injection system — the high-pressure direct injection pump mounting has documented seep potential at higher mileage that should be assessed alongside cam cover and turbo oil line concerns.

Turbocharger oil feed line — banjo bolt seal at turbo connection
Turbocharger oil return line — gravity-drain seal deterioration in Miami heat
Cam cover gasket — 8AR-FTS four-cylinder layout
D-4ST high-pressure pump seal — direct-injection pump mounting
VVT solenoid seals — same pattern as V6, smaller engine scale
Front crankshaft seal — higher-mileage turbocharged Lexus examples

Hybrid Models — RX450h, ES300h, GS450h, LS500hAll Lexus Hybrid Drive models with combustion engine oil systems

Lexus Hybrid Drive models share their combustion engine oil system with the conventional variants — the RX450h uses the same 2GR-FE V6 oil circuit as the RX350, and its valve cover gaskets and VVT solenoid seals develop identical oil leak patterns. The hybrid system's additional components do not materially alter the combustion engine oil leak profile. The key distinction for hybrid Lexus oil leak diagnosis is confirming that any fluid seepage near the rear drive unit (on AWD hybrid models) is engine oil rather than hybrid transaxle fluid — both present as brown fluid and are physically adjacent on some layouts. Techstream assessment clarifies fluid type before any repair is recommended.

RX450h — same 2GR-FE valve cover and VVT seal pattern as RX350
ES300h — same 2AR-FXE engine oil seals as applicable
GS450h — 2GR-FSE variant plus rear electric drive unit fluid distinction
LS500h — 3.5L twin-turbo V6 oil seals plus hybrid rear drive unit
Transaxle vs engine oil confirmation — hybrid-specific diagnostic step
All hybrid models: combustion engine oil leak repair same as conventional variants

Lexus Oil Leak Sources — What We Inspect and Why

The table below covers the most common oil leak sources we identify on Lexus vehicles in Miami. Each has specific access implications that determine the most efficient repair planning approach for that engine family.

Leak Source	What Causes It & Why It Matters	Engines / Models Most Affected
2GR-FE V6 valve cover gaskets — both banks Very Common	The 2GR-FE valve cover gaskets are rubber-bonded composite seals that harden and lose compliance from sustained heat cycling. In Miami's climate — where the engine operates at maximum thermal demand year-round and never experiences the cold-start recovery periods that slow seal degradation in seasonal climates — these gaskets deteriorate at a rate that brings GX460 and RX350 owners to our workshop at 60,000–90,000 Florida miles rather than the higher mileage Lexus's Japanese or temperate US testing predicts. Both cylinder banks have individual valve covers and gaskets. When the right bank gasket is actively leaking, the left bank gasket has experienced identical thermal cycling and is at an equivalent deterioration stage — replacing only the actively dripping bank and leaving the other produces a return visit within months at full additional labour cost. At Green's Garage, both banks are assessed before any 2GR-FE valve cover gasket repair is recommended, and the repair plan addresses both in a single event. The VVT solenoid O-ring seals in the same upper engine area are assessed and addressed simultaneously — their access is shared and their service life in Miami's heat closely matches the valve cover gasket timeline.	GX460 all variants — most commonly presented at 60,000–90,000 Florida miles · RX350 all variants — same mileage window · ES350 · IS350 · GS350 · all 2GR-FE applications in Miami's year-round operating environment
VVT system solenoid O-ring seals Very Common	Lexus's Dual VVT-i variable valve timing system uses oil-pressure-actuated solenoid valves mounted at the cylinder head to control camshaft phaser position for both intake and exhaust cams. The O-ring seals at these solenoid mounting ports harden and fail from heat cycling, allowing oil to seep from the solenoid base — typically producing a wet, oily seep in the same upper engine area as the valve cover gasket leak. On the 2GR-FE, there are four VVT solenoids across the two banks — each a potential seep point. When valve cover gasket work is being planned, replacing all VVT solenoid O-ring seals in the same access area costs a small fraction of additional parts and labour while preventing a return visit specifically for these seals within the following service interval. These seals are treated as a standard concurrent replacement item on every 2GR-FE valve cover gasket service at Green's Garage.	All 2GR-FE applications — GX460, RX350, ES350, IS350, GS350 · all 1UR-FE V8 applications — eight solenoid locations across V8 banks · any Lexus with Dual VVT-i showing oil seepage adjacent to valve covers or at the cam carrier area
1UR-FE V8 valve cover gaskets — all four covers Very Common	The 1UR-FE 4.6-litre V8 in the LX570 and LS460 has four valve covers across two cylinder banks — front intake bank, front exhaust bank, rear intake bank, and rear exhaust bank — each with individual gaskets that deteriorate from heat cycling. On LX570 examples now at significant Miami mileage, these gaskets are typically approaching simultaneous end of service life across all four locations given their identical thermal exposure history. The access complexity of the V8 engine layout makes replacing all four gaskets in a single planned event the most economical approach by a significant margin — the alternative of addressing individual covers as each fails separately results in multiple high-labour access events for essentially the same gasket replacement work. The case for the stacked repair approach is most compelling on the V8, where the labour saved by addressing all four gaskets concurrently relative to four separate visits is the largest of any Lexus engine family in our programme.	LX570 all variants — all four valve covers, current Florida mileage · LS460 all variants — same concurrent failure pattern · 1UR-FE applications in sustained Miami operation: all four covers assessed simultaneously, repair planned as single event
Turbocharger oil feed and return line seals Common on turbocharged variants	Turbocharged Lexus models — the IS300, NX200t, and RC300 with the 8AR-FTS four-cylinder — have oil supply and return lines to the turbocharger that develop seep leaks at banjo bolt connections and flexible line fittings. The turbocharger in these models is mounted adjacent to the exhaust manifold — creating extreme thermal cycling at the oil line connections in Miami's ambient temperatures. Oil deposited on the turbocharger body and exhaust housing produces a burning smell and, under sustained highway use, a fire risk from ignition of accumulated oil on the turbine housing. Turbo oil line seal concerns are treated with higher urgency than equivalent-volume valve cover seeps because the proximity to the exhaust system creates safety implications proportionally greater than the leak volume alone suggests.	IS300 turbocharged 2.0T · NX200t all variants · RC300 · any Lexus with 8AR-FTS turbocharged four-cylinder · turbo oil line seal urgency elevated from exhaust proximity regardless of apparent leak volume
Rear main seal Common	The rear main seal between the crankshaft flange and transmission bellhousing is an access-intensive repair on all Lexus models — requiring drivetrain disassembly to reach correctly. Oil accumulates at the rear of the engine and drips from the bellhousing area, often tracking forward under driving airflow and appearing to originate from mid-engine locations. On higher-mileage GX460 and LX570 models in Miami's sustained operating environment, rear main seal failure is a developing concern at current Florida mileage. Any drivetrain disassembly required for rear main seal replacement should prompt simultaneous assessment of the transmission input shaft seal and any other bellhousing-area seals accessible at the same disassembly stage.	GX460 at higher accumulated Miami mileage · LX570 at elevated Florida mileage · all 2GR-FE and 1UR-FE applications: rear main assessed when oil is found in the bellhousing area regardless of total mileage
Cam cover perimeter seals and front crankshaft seal	The timing chain cover and cam carrier perimeter seals at the front of the 2GR-FE and 1UR-FE engines deteriorate from age and heat cycling. Access to these seals shares the front-of-engine disassembly required for timing chain cover work — making them logical concurrent repairs when front engine access is already required for another purpose. On higher-mileage Lexus examples in Miami, the front crankshaft seal and timing cover seals are predictable deterioration items that should be assessed when any front-of-engine oil presence is investigated, and addressed during the same disassembly rather than left for a return visit when they become active.	All 2GR-FE applications at higher Miami mileage · all 1UR-FE V8 applications — front engine access complexity makes concurrent repair economically significant · any Lexus requiring front engine disassembly for timing chain or water pump work benefits from concurrent seal assessment

The 2GR-FE stacked repair in practice — why it matters financially for GX460 and RX350 owners: The most consistently avoidable expense we see on Lexus oil leak visits is a GX460 or RX350 that has had one valve cover gasket replaced, returned three to four months later for the other bank's gasket, and is now due for the VVT solenoid seals that were seeping at both visits but not addressed. Three separate events, each requiring the same upper engine access, each charged at full labour. The combined cost of addressing all three sources — both valve cover gaskets and all four VVT solenoid O-ring seals — in a single planned event is consistently 50–65% less than the sequential three-visit total. Our assessment identifies every active and approaching source before any teardown begins, the repair plan groups all shared-access work into one event, and the cost comparison is presented clearly before any work is authorized. This is not an upsell — it is the economically correct approach to 2GR-FE oil leak service, and we explain it plainly so you can make an informed decision.

How We Diagnose Lexus Oil Leaks

Our Lexus oil leak diagnostic process delivers a complete source map in a single assessment visit — identifying every active and early-stage leak before any repair is recommended, across both the V6 and V8 Lexus engine families.

Vehicle history and service record review

We begin with a detailed discussion of what you have observed — where oil appears, how quickly the level drops, whether there is a burning smell, and what prior service has been performed. On 2GR-FE models, oil service history is relevant — Lexus specifies full synthetic at the correct viscosity, and extended intervals or incorrect oil specifications are documented accelerators of valve cover gasket and VVT seal deterioration in Miami's heat. A GX460 that had its right bank valve cover done at another shop and has returned with the same burning smell is immediately telling us the left bank and VVT seals were not addressed the first time.

Techstream system scan and oil system monitoring

Techstream scan across engine management, VVT system adaptations, and oil system monitoring modules. On Lexus V6 and V8 engines, the VVT system stores cam timing adaptations that indicate whether oil pressure delivery to the variable valve timing actuators has been compromised — a secondary consequence of significant oil loss that should be identified before the primary oil concern is addressed. On hybrid Lexus models, the Techstream scan specifically confirms whether any fluid seepage near the rear drivetrain is engine oil or hybrid transaxle fluid before any repair direction is established.

Elevated engine bay inspection with UV light — both banks simultaneously

With the vehicle elevated, systematic inspection of all gasket surfaces, both valve cover interfaces, all VVT solenoid mounting points, turbocharger oil connections (on turbocharged variants), the timing cover area, and underfloor migration of any active leaks — using UV light on all inspected surfaces. On the 2GR-FE, both banks are assessed simultaneously before any repair recommendation is formulated — the decision to address one bank only is made only when the physical evidence conclusively supports it, not as a default single-bank approach.

UV dye leak tracing on multi-source presentations

On 2GR-FE and 1UR-FE engines where valve cover gaskets, VVT solenoid seals, and cam perimeter seals can all contribute oil to overlapping areas — UV dye is introduced into the oil system and the vehicle is driven under normal conditions before inspection under UV light. UV examination of all upper engine surfaces under correct access angles reveals precisely which sealing surfaces are actively contributing oil versus showing historical migration from previously addressed sources. This step is essential for any Lexus with prior valve cover work where the burning smell has returned — it confirms whether the same bank has re-leaked or whether a different source was missed at the first repair.

Severity, urgency, and access overlap assessment

Every identified leak source documented with its location, severity classification (active drip, wet seep, or early weep), specific risk profile, and access procedure overlap with other identified sources. Turbo oil line leaks depositing oil on exhaust surfaces are classified at higher urgency than valve cover seeps in oil-safe locations — not because of volume, but because the fire risk under sustained Miami highway use is disproportionate to the apparent size of the leak at rest. Access overlaps are mapped before the repair plan is formulated.

Stacked repair planning and complete cost presentation

All shared-access leak sources grouped into a single planned repair event. For 2GR-FE engines: both valve cover gaskets and all VVT solenoid O-ring seals addressed as one event. For 1UR-FE V8 engines: all four valve cover gaskets and all VVT solenoid seals addressed simultaneously. For turbocharged variants: cam cover, turbo oil line seals, and D-4ST pump seal grouped where access overlaps. Complete itemised cost presented before any work begins — including the explicit cost comparison between the stacked single-event repair and sequential individual visits.

Clear findings and repair authorization

Every leak source presented and explained clearly in plain language. The stacked repair rationale explained with the specific cost comparison for your vehicle. Nothing proceeds without your explicit approval of the complete repair plan. On VVT system concerns identified through Techstream adaptations, the relationship between oil pressure maintenance and VVT system health is explained so the urgency is understood before authorizing the repair.

Lexus Models We Service for Oil Leaks in Miami

GX4602010–present · 2GR-FE V6 · both valve covers · VVT seals

LX570 & LX6002008–present · 1UR-FE V8 · all four valve covers

RX350 & RX450H2010–present · 2GR-FE · hybrid same combustion pattern

ES350 & ES300H2007–present · 2GR-FE · hybrid variants same oil system

IS250, IS350 & IS3002006–present · 2GR-FSE and 8AR-FTS · all variants

GS350 & GS450H2006–2020 · 2GR-FSE · GS F 5.0 V8 · all variants

NX200T & NX300H2015–present · 8AR-FTS turbo · hybrid same pattern

LS460, LS500 & LS500H2007–present · 1UR-FE V8 · twin-turbo V6 variants

RC350 & RC F2015–present · 2GR-FSE · 5.0 V8 RC F · all variants

LC500 & LC500H2018–present · 5.0 V8 · hybrid — all variants

If your specific Lexus model, generation, or engine variant is not listed, call us at (305) 575-2389 before scheduling — we will advise whether it falls within our current oil leak service scope.

Why Lexus Owners in Miami Choose Green's Garage for Oil Leak Repair

Both-bank assessment as standard — 2GR-FE V6 both valve cover gaskets evaluated before any repair is recommended, single-bank-only service only when physical evidence conclusively supports it
VVT solenoid seals included in valve cover work — all four VVT solenoid O-ring seals addressed concurrently on every 2GR-FE valve cover gasket service as a standard stacked repair item
LX570 all-four-cover V8 planning — 1UR-FE valve cover work planned as a single four-cover event, not as sequential individual bank visits
Stacked repair cost transparency — the financial comparison between a planned single-event repair and sequential individual visits presented clearly before any work is authorized
Turbo oil line urgency classification — turbocharged Lexus model oil line leaks near exhaust surfaces treated with appropriate priority regardless of apparent leak volume
Hybrid transaxle vs engine oil confirmation — fluid type confirmed via Techstream on hybrid Lexus models before any oil leak repair direction is established
UV dye return-visit diagnosis — vehicles returning after prior valve cover work diagnosed with UV dye to confirm which specific source was missed the first time
Independent, not a dealer — honest assessment without upsell pressure or service advisor targets
ASE Master Certified technicians with Japanese and European vehicle experience
Serving Miami and Coral Gables since 1957 — 67+ years of community trust
2-year / 24,000-mile warranty on qualifying repairs
Transparent, documented findings — nothing authorized without your approval
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Financing available

Schedule Your Lexus Oil Leak Diagnostic in Miami

Whether your Lexus is producing a burning oil smell after drives, leaving spots on the driveway, consuming oil between services, showing residue around engine gaskets, or you want a comprehensive assessment before a developing seep becomes an active leak — a diagnostic evaluation at Green's Garage is the right starting point.

We identify every active and approaching-failure source, plan the most efficient repair for your specific Lexus engine, and give you complete cost transparency before any work begins. One assessment. One repair plan. No repeat teardowns.

Located at 2221 SW 32nd Ave., Miami, FL 33145, serving Miami, Coral Gables, Coconut Grove, Brickell, South Miami, and Pinecrest. Open Monday through Friday, 8:00 AM to 6:00 PM.

Call (305) 575-2389 or book your appointment online.