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Monday 9am - 5pm Tuesday 9am - 5pm Wednesday 9am - 5pm Thursday 9am - 5pm Friday 9am - 5pm

TransZilla Automotive & Transmission Specialist, 1809 Lee Street, Greenville, TX (2026)

From Engines to Transmissions, Brakes to Timing Belts and every part in between.

10/06/2026

A steady idle is easy to overlook until the steering wheel shakes at a stoplight, the RPM needle wanders, or the engine feels like it may stall. If you are asking, “why is engine idling rough,” the short answer is that the engine is not getting the right balance of air, fuel, spark, or timing while it runs at low speed. The longer answer matters, because a minor maintenance issue and a more serious mechanical problem can feel similar from the driver’s seat.

A rough idle is not a repair by itself. It is a symptom. A clear diagnosis identifies what the engine is doing, what system is causing it, and whether the concern needs attention now or can be planned around your schedule.

What a Rough Idle Feels Like
Most vehicles idle somewhere around 600 to 1,000 RPM once warmed up, depending on the make, model, and operating conditions. You may notice a mild change when the air conditioning turns on or when the engine is cold. Constant shaking, sputtering, surging, or repeated near-stalling is different.

Common signs include vibration in the cabin, an uneven engine sound, a fluctuating RPM gauge, hesitation when pulling away from a stop, reduced fuel economy, or a check engine light. In some cases, the vehicle drives reasonably well at highway speed but runs poorly only while stopped. That pattern can help narrow the diagnosis, but it does not point to one automatic answer.

Why Is Engine Idling Rough? Start With the Basics
At idle, the engine has less momentum and less room to hide a problem. A small misfire, restricted fuel flow, or air leak that might barely register while cruising can become obvious when the engine is running slowly. Modern vehicles use sensors and computer controls to adjust fuel delivery and airflow, but those systems still depend on accurate information and properly functioning mechanical parts.

Worn Spark Plugs or Ignition Problems
Spark plugs, ignition coils, plug wires on older vehicles, and related electrical connections all help ignite the air-fuel mixture inside the cylinders. When one cylinder does not fire correctly, the engine can shake noticeably. This is often called a misfire.

A misfire may be most noticeable at idle, under acceleration, or both. It can also trigger a flashing check engine light. A flashing light deserves prompt attention because continued driving with an active misfire can damage the catalytic converter, which is a far more expensive repair than addressing the original ignition issue.

Spark plugs are scheduled maintenance items, but the right interval varies widely. Some vehicles need plugs sooner than others, so it is better to follow the maintenance schedule for your specific vehicle than assume every engine follows the same timeline.

Vacuum Leaks and Unmetered Air
Your engine needs a carefully measured amount of air. A cracked hose, leaking intake gasket, loose connection, or failed PCV component can allow extra air into the engine without the computer accounting for it correctly. That is commonly called a vacuum leak.

Vacuum leaks can cause a high idle, a wandering idle, roughness when stopped, and sometimes a hissing sound under the hood. Heat and age can make rubber and plastic components brittle, which is one reason this problem shows up on otherwise dependable older vehicles and high-mileage work trucks.

The repair can be as simple as replacing a damaged hose. It can also require more detailed testing to locate a less obvious intake leak. Replacing parts based on a guess is rarely the most cost-effective path.

Dirty Throttle Body or Idle Air Control System
The throttle body controls how much air enters the engine. Over time, carbon deposits can build up around the throttle plate and interfere with airflow at idle. Some older designs use a separate idle air control valve; many newer vehicles manage idle electronically through the throttle body itself.

A dirty throttle body may cause low idle speed, stalling when coming to a stop, or RPM changes when accessories switch on. Proper cleaning and an idle relearn procedure, when required by the manufacturer, may restore normal operation. However, cleaning is not a cure-all. If a sensor, wiring issue, or air leak is behind the problem, the symptom will return until that underlying cause is corrected.

Fuel Delivery Concerns
An engine also needs the correct amount of clean fuel at the proper pressure. A weak fuel pump, restricted fuel filter where applicable, dirty fuel injectors, or a fuel pressure control issue can leave the engine running lean or unevenly.

Fuel-related problems can overlap with ignition symptoms. You might notice hard starting, hesitation under load, loss of power, or a rough idle after the vehicle has been sitting. Diagnostic testing can verify fuel pressure and help determine whether an injector or another fuel-system component is actually at fault.

Sensors and Engine Timing Can Affect Idle Quality
The engine computer makes rapid adjustments using information from sensors. A failing mass airflow sensor, oxygen sensor, engine coolant temperature sensor, crankshaft sensor, or camshaft sensor can send inaccurate data or behave inconsistently. The result may be rough idling, poor mileage, hard starts, or intermittent stalling.

A stored trouble code is useful, but it is not always a final diagnosis. For example, a code related to a lean condition does not automatically mean a sensor needs replacement. It could be reporting the effect of an air leak, weak fuel delivery, or another issue. Reading the code is the starting point. Testing the vehicle and confirming the cause is how an honest repair plan is built.

Mechanical engine timing also matters. If a timing chain, timing belt, tensioner, or related component has worn or slipped, the engine may run poorly at idle and throughout the driving range. Timing concerns can be serious, particularly if they create unusual engine noise, a no-start condition, or a sudden major loss of power. Do not keep driving if the engine is making loud rattling, knocking, or grinding sounds.

Do Not Overlook Engine Mounts
Sometimes the engine is idling normally, but the vehicle feels rough because worn engine mounts are allowing more vibration into the cabin. This is an important distinction. A failing mount may make a normal idle feel harsh, especially when the vehicle is in gear and stopped with the brake applied.

An inspection can separate an engine performance problem from a vibration-control problem. It is also possible for both issues to exist at the same time, especially on an older vehicle. The goal is to fix what is actually causing the complaint rather than replacing parts that do not solve it.

When a Rough Idle Needs Immediate Attention
Schedule an inspection soon if the rough idle is persistent, even if the vehicle still gets you where you need to go. It is especially wise to stop driving and arrange help promptly if the check engine light is flashing, the engine stalls in traffic, you smell raw fuel, the vehicle has a major loss of power, or you hear sharp mechanical noises.

A steady check engine light is generally less urgent than a flashing one, but it should not be ignored for weeks. The longer a misfire or incorrect air-fuel condition continues, the greater the chance it creates a second problem. Early diagnosis is often the practical, lower-cost choice.

What to Tell Your Repair Shop
A few details can make diagnosis more efficient. Note whether the issue occurs only when the engine is cold, after it warms up, with the A/C on, while in gear, or after refueling. Let the technician know if the check engine light came on, whether it flashes, and whether you have noticed stalling, poor acceleration, fuel smells, or recent maintenance.

Avoid trying multiple additives or replacing several parts before the vehicle is tested. Those steps can add expense without solving the issue and can sometimes make an intermittent concern harder to trace. A good diagnostic process checks the vehicle’s computer data, ignition operation, airflow, fuel delivery, and mechanical condition as needed.

For drivers in Greenville and the surrounding counties, TransZilla Automotive and Transmission Specialist provides practical answers before work begins. The shop can identify whether the rough idle points to routine maintenance, an electrical issue, a fuel or air problem, or a deeper engine concern, then explain the repair path in plain language.

A rough idle is your vehicle asking for attention, not necessarily announcing the worst-case scenario. Address it while the symptoms are clear, ask for the findings to be explained, and you can move forward with more confidence in the dependability of the vehicle you rely on every day.

09/24/2026

A coolant leak can begin as a few drops on the driveway and turn into an overheating problem at the worst possible time - on the way to work, during a school pickup, or with a loaded work truck. Knowing how to spot coolant leaks early gives you a chance to address the actual cause before low coolant puts expensive engine parts at risk.

Coolant, also called antifreeze, does more than keep an engine from freezing in cold weather. It carries heat away from the engine, helps prevent corrosion inside the cooling system, and allows the heater to work properly. When its level drops, the engine may not be able to control temperature as designed.

Start With What You See Under the Vehicle
A fresh puddle is often the most obvious clue, but appearance alone does not confirm a coolant leak. Coolant can be green, orange, pink, red, blue, yellow, or purple depending on the vehicle and the type of coolant used. It may look thin and watery, but it often feels slightly slippery between your fingers. Never touch an unknown fluid until the vehicle has cooled, and wash your hands afterward.

Check where the puddle forms after the vehicle has been parked for several hours. A leak near the front of the engine compartment may point to the radiator, a hose, or a water pump. Fluid closer to the center can come from several places, including coolant lines and engine components. Fluid collecting near the passenger-side floor inside the cabin can suggest a heater core issue.

Location is helpful, but fluids travel. Airflow while driving and protective panels underneath the vehicle can move a leak away from its source. That is why a puddle is a reason to inspect further, not a reason to guess at a repair.

Know the Difference Between Coolant and Water
Clear, odorless water dripping after the air conditioning has been running is usually normal condensation. Coolant typically has color and may leave a sticky or chalky residue once it dries. It can also have a sweet, chemical smell.

Do not rely on smell alone, especially in a closed garage or under the hood. If you notice a strong sweet odor while driving, pull over safely if the temperature gauge begins climbing or a warning light appears.

How to Spot Coolant Leaks Under the Hood
Only inspect the cooling system when the engine is fully cool. A hot cooling system is pressurized, and removing the radiator cap or reservoir cap too soon can release scalding fluid. If the engine has been running, give it plenty of time to cool before looking around.

With the hood open, check the coolant reservoir. Most vehicles have a translucent plastic reservoir marked with minimum and maximum lines. If the level is repeatedly below the minimum mark, coolant is going somewhere. A single low reading may follow a previous repair or improper fill, but a level that keeps dropping needs attention.

Look for dampness, staining, crusty deposits, or dried residue around hose connections, the radiator, the coolant reservoir, and the water pump area. Dried coolant often leaves white, green, orange, or pink traces around the leak point. Small leaks can evaporate on hot engine parts before they ever reach the ground.

Pay attention to these common trouble spots:

Upper and lower radiator hoses, hose clamps, and plastic fittings
The radiator seams, especially where plastic end tanks meet the metal core
The water pump and the area below its pulley
The thermostat housing and nearby gasket surfaces
The coolant reservoir, cap, and small overflow hoses
Heater hoses running toward the firewall at the rear of the engine bay
Hoses deserve a close look because age and heat can make rubber brittle, soft, swollen, or cracked. Still, replacing a hose without confirming the source can miss the bigger issue. Excess system pressure, a weak cap, or a failing water pump can create symptoms that look similar at first.

Watch the Temperature Gauge and Warning Lights
A low coolant level may trigger a dashboard message or coolant warning light, though not every vehicle has a level sensor. More often, drivers first notice the temperature gauge reading higher than usual. If it moves beyond its normal range, treat that as an immediate warning rather than something to monitor on the next trip.

Other signs can include the heater blowing cool air when the engine should be warm, steam from under the hood, a gurgling sound behind the dashboard, or a repeated need to add coolant. The heater may blow cold because there is not enough coolant circulating through the heater core.

If the engine overheats, pull over as soon as it is safe and shut it off. Do not continue driving to see whether the temperature comes back down. A short drive with an overheating engine can cause much more damage than the original leak.

Check for Leaks That Do Not Make a Puddle
Not every coolant loss is visible from outside the vehicle. A heater core leak may create a sweet smell inside the cabin, fogging on the inside of the windshield, or damp carpeting near the passenger-side floor. Some leaks only show up when the cooling system reaches operating pressure, which means a cold inspection may not reveal much.

There are also internal coolant leaks. In some cases, coolant can enter the engine because of a failed gasket, a cracked component, or another internal problem. Possible warning signs include persistent white exhaust after the engine is warm, unexplained coolant loss with no visible puddle, rough running at startup, or engine oil that appears milky. These symptoms can have other causes, so they call for proper testing rather than a quick diagnosis based on one sign.

A shop can use a cooling-system pressure test to pressurize the system with the engine off and locate leaks safely. UV dye testing and combustion-gas testing may also be useful when the source is difficult to find. This diagnostic work matters because coolant leaks can come from several locations, and the correct repair depends on identifying the actual failure.

Do Not Mix Coolants Based on Color
Color is not a reliable guide to coolant chemistry. Two coolants may look similar but use different additives, and mixing incompatible products can reduce corrosion protection or create deposits in the cooling system. Your owner’s manual will identify the correct specification, or a qualified repair shop can verify it by vehicle year, make, model, and engine.

If you need to top off coolant in an emergency, use the proper premixed coolant if available. Clean distilled water may be a temporary option in a true emergency, but it is not a permanent substitute for the correct coolant mixture. Avoid adding stop-leak products unless a repair professional specifically recommends one. Those products can sometimes clog narrow passages in the radiator or heater core and complicate the real repair.

When a Small Leak Can Wait, and When It Cannot
A minor seep found during routine maintenance may not always require an immediate major repair, particularly if the coolant level remains stable and the vehicle is not overheating. But the decision depends on the leak location, the vehicle’s condition, and how quickly the seep is progressing. A water pump seep, damaged radiator seam, or leaking hose can worsen with little warning.

Schedule an inspection soon if you see residue under the hood, smell coolant, need to add coolant more than once, or find recurring puddles. Stop driving and arrange help if the temperature gauge rises, steam appears, coolant pours out rapidly, or a warning message tells you to stop the engine.

For drivers in Greenville and across Hunt County, TransZilla Automotive and Transmission Specialist can inspect coolant loss, pinpoint the source, and explain the repair path before work begins. The goal is not to sell parts you do not need. It is to restore dependable cooling-system operation so you can make a practical decision with clear information.

A quick look at the reservoir level and your parking spot once in a while takes very little time. When something changes, address it early. Catching a coolant leak before overheating begins is one of the simplest ways to protect the engine that gets your family, work, and daily responsibilities moving.

09/18/2026

You shift into Drive, release the brake, and your vehicle pauses before it starts moving. Or you select Reverse and wait a few seconds before it finally catches. If you are asking what causes transmission delayed engagement, that hesitation is worth taking seriously. It does not always mean the transmission needs a complete rebuild, but it does mean something is preventing the unit from applying the correct gear as quickly as it should.

For a daily commuter, family SUV, or work truck, that delay can turn a simple parking maneuver into a frustrating and potentially unsafe situation. The right next step is not guessing or approving a major repair based on one symptom. It is finding out whether the issue involves fluid pressure, electronic controls, internal wear, or a related engine concern.

What Delayed Engagement Feels Like
Delayed engagement usually happens when shifting from Park or Neutral into Drive or Reverse. A normal automatic transmission may take a brief moment to engage, especially on a cold morning. But a noticeable pause, a rising engine speed before movement, or a hard bump when the gear finally engages is not normal operation.

Some drivers describe it as the vehicle "thinking about it" before moving. Others notice that it is worse after the vehicle sits overnight, improves once warm, or only occurs in Reverse. Those details matter because they help narrow down the cause.

A delay can also be confused with an engine performance problem. If the engine stumbles, idles poorly, or lacks power when you select a gear, the transmission may not be the only system that needs attention. A proper diagnosis looks at the whole vehicle rather than assuming every hesitation is a transmission failure.

What Causes Transmission Delayed Engagement in Most Vehicles?
An automatic transmission uses pressurized fluid to apply internal clutches and move the vehicle in the selected gear. When fluid level, fluid condition, hydraulic pressure, or electronic commands are not right, engagement can be slow or harsh.

Low, Leaking, or Worn-Out Transmission Fluid
Transmission fluid does much more than lubricate moving parts. It carries hydraulic pressure, helps control heat, and allows clutch packs to apply properly. If the fluid level is low, the pump can draw air along with fluid. That can create a delay before enough pressure builds to engage Drive or Reverse.

A leak may come from a seal, pan gasket, cooler line, axle-area seal, or another component. Because many modern transmissions do not have a simple dipstick, checking the level correctly may require a specific temperature range and procedure. Guessing or overfilling can create another problem.

Fluid that is dark, burned-smelling, or contaminated can also contribute to slow engagement. Still, a fluid service is not a universal cure. The correct service depends on the transmission design, its maintenance history, the condition of the fluid, and the actual source of the delay. An honest shop should explain whether a service is appropriate before recommending it.

Restricted Filter or Pickup Screen
Some transmissions use a serviceable filter or internal screen to keep debris from circulating through the hydraulic system. As material builds up, fluid flow can be restricted. That may be most noticeable when the transmission is cold and fluid moves less freely.

A clogged filter can be a maintenance issue, but it can also be a clue. If there is an unusual amount of clutch material or metal debris in the pan, the filter is not the root problem. It may be collecting evidence of internal wear that needs further evaluation.

Valve Body or Shift Solenoid Problems
The valve body is the hydraulic control center inside many automatic transmissions. It directs fluid to the correct circuits based on the gear selected and the commands from the vehicle's computer. Small passages, valves, and electronic solenoids all need to work together.

A sticking valve, worn valve body bore, or failing solenoid may delay fluid pressure to the clutch pack that applies Reverse or Drive. In some vehicles, this can set a diagnostic trouble code or turn on the check engine light. In others, the transmission may have a clear shifting symptom without a warning light.

The good news is that a valve body or solenoid issue does not automatically mean the entire transmission is worn out. The repair path depends on test results, the transmission design, and whether the internal clutches are still in good condition.

Internal Clutch, Seal, or Pump Wear
Inside an automatic transmission are clutch packs, seals, drums, and other parts that must hold hydraulic pressure. With age, heat, heavy use, or prior overheating, internal seals can harden and clutch material can wear down. A worn pump may also take longer to create the pressure needed for engagement.

This type of delayed engagement is often more noticeable after the vehicle has been parked for several hours. Fluid can drain back from certain circuits, and worn seals may not hold pressure as well until the transmission starts moving fluid again. The delay may eventually be followed by slipping, flare-ups between shifts, or a harsh bang into gear.

At that point, continuing to drive it can turn a limited repair opportunity into more extensive internal damage. That is why early diagnosis matters, especially when the delay is getting longer or more frequent.

Electrical, Sensor, or Control Module Concerns
Modern transmissions rely heavily on electronic information. The transmission control module needs accurate inputs about vehicle speed, throttle position, engine load, gear position, and fluid temperature. A faulty sensor, damaged wiring, poor connection, or control issue can cause the transmission to command the wrong action or delay a shift.

Low system voltage can also create confusing transmission behavior. A weak battery, charging concern, or corroded connection may affect modules and solenoids before it causes an obvious no-start condition. Scanning for codes is useful, but codes alone do not prove which part has failed. They need to be matched with test results and the vehicle's actual behavior.

Incorrect Fluid or Previous Repair Problems
Not every automatic transmission uses the same fluid, and many late-model units are sensitive to the exact specification and fill level. The wrong fluid can change friction characteristics and affect how clutches apply. An incorrect level after a previous service can cause aeration, overheating, slipping, or delayed engagement.

This does not mean every issue began with a recent repair. It simply means service history is part of the diagnosis. Knowing when the problem started, whether fluid was serviced recently, and whether the vehicle has been used for towing or heavy loads helps point the inspection in the right direction.

Warning Signs That Should Move Up Your Appointment
A one-time slight pause may not be an emergency, but repeated delayed engagement deserves attention. Schedule an inspection promptly if you notice several seconds of delay, engine RPM climbing before movement, a hard slam into gear, slipping while driving, a burning odor, visible red or brown fluid under the vehicle, or a warning light.

Do not keep shifting repeatedly between Drive and Reverse to force the vehicle to engage. That adds heat and stress to already struggling clutches. Avoid heavy hauling until the issue is identified, and do not add universal transmission additives as a shortcut. Additives can mask a symptom temporarily while making accurate diagnosis harder.

How a Shop Diagnoses the Real Cause
Reliable transmission diagnosis starts with listening. When does the delay happen? Is it worse cold or hot? Does it occur in Drive, Reverse, or both? Has the vehicle recently had service, towing duty, an overheating event, or other shifting changes?

From there, a technician may inspect for leaks, verify fluid condition and level using the manufacturer's procedure, scan control modules for codes and data, check electrical connections, and road-test the vehicle when it is safe to do so. Depending on the findings, pressure testing or deeper inspection may be needed.

That process protects you from two costly mistakes: replacing parts based on a guess or waiting until a manageable concern becomes a no-move situation. At TransZilla Automotive and Transmission Specialist, practical answers come before work begins, so you can understand what the vehicle needs and why.

Repair Choices Depend on the Source of the Delay
If the problem is a leak, the repair may involve correcting the leak and restoring fluid to the proper level. If a solenoid or valve body is at fault, a targeted repair may be possible. If testing shows internal clutch damage, seal failure, or widespread debris, the conversation may shift toward internal transmission repair or replacement options.

There is no honest one-size-fits-all answer. A lower-cost repair is not a good value if it will not address the actual failure, and a major repair should not be recommended without evidence. Clear findings, a practical estimate, and a discussion of vehicle condition help you make the right call for your budget and how long you plan to keep the vehicle.

A delayed engagement is your vehicle asking for attention before it has to demand it. Getting it checked while it still moves under its own power can give you more repair options and more confidence each time you shift into gear.

09/16/2026

That sharp squeal at a stoplight or shudder through the brake pedal is easy to put off when the vehicle still stops. But brake pads versus rotors is not an either-or question when it comes to safety. These parts work as a team, and catching wear early can often mean a simpler, more affordable repair.

For drivers who rely on a car or light-duty truck for work, school runs, and everyday errands, brakes need to be predictable. Understanding what pads and rotors do helps you recognize a concern sooner and make a confident decision when it is time for service.

Brake pads versus rotors: different jobs, one system
Brake pads are the replaceable friction material that presses against the rotors when you apply the brakes. A brake rotor is the flat metal disc mounted behind the wheel. The caliper uses hydraulic pressure to squeeze the pads against that spinning disc, creating the friction that slows the vehicle.

Pads are built to wear down over time. That is their job. Rotors also wear because every stop creates heat and friction at their surface, but they generally last longer than pads. How long either part lasts depends on the vehicle, driving habits, cargo loads, traffic, road conditions, and the quality of previous brake work.

Think of pads as the material that gets used up and rotors as the surface that must stay smooth, thick enough, and true. If the surface is damaged or too thin, new pads cannot perform as intended.

When should you schedule service?
Schedule an inspection soon if you hear grinding, feel a pulse while braking, notice a pull, see a brake warning light, or have concerns about how the pedal feels. If the vehicle is stopping normally but has begun squealing, it is still wise to have it checked before the noise becomes more serious.

At TransZilla Automotive and Transmission Specialist, the goal is practical answers before work begins. A careful inspection can show whether you need pads, rotors, or attention to another part of the brake system - so you can move forward with confidence every time you pull out of the driveway.

09/14/2026

A repair estimate should not feel like a test you have to pass before your vehicle can be fixed. Repair estimate transparency means you can see what the shop found, what it recommends, what the work costs, and why each item matters before you approve anything. That clarity is especially valuable when your vehicle is needed for work, school runs, appointments, or the daily demands of family life.

A clear estimate does not mean every diagnosis is simple. Modern cars and trucks have connected systems, and one symptom can have more than one possible cause. It does mean your repair shop should explain the findings in plain language, separate urgent needs from future planning, and give you room to make an informed choice.

What Repair Estimate Transparency Looks Like
A trustworthy estimate starts with a real diagnosis, not a quick guess based only on a warning light or a noise. A warning light identifies a system that needs attention, but it does not automatically identify the failed part. Likewise, a slipping transmission, rough-running engine, weak air conditioning, or brake concern may require testing before the repair path is clear.

Once the shop has enough information, the estimate should identify the recommended repair in terms you can understand. You should be able to tell what component or system is involved, what parts and labor are included, and whether related materials or fluids are necessary to complete the job correctly.

The price should also be presented clearly. Labor, parts, shop supplies, taxes, and diagnostic charges are not always handled the same way at every shop, but they should not be a surprise at checkout. If there is a range rather than one exact total, the reason for that range should be explained. Some repairs require disassembly before hidden damage, wear, or the full extent of a leak can be confirmed. In those cases, honest communication matters even more.

At TransZilla Automotive and Transmission Specialist, the goal is practical answers before work begins. That means explaining the condition of the vehicle, the recommended path forward, and the decisions that belong to you.

A Good Estimate Separates Priorities
Not every item found during an inspection carries the same level of urgency. A transparent estimate helps you understand the difference between a safety concern, a repair that could leave you stranded, maintenance that protects long-term dependability, and an item worth monitoring.

For example, a brake problem that affects stopping ability needs prompt attention. A transmission fluid leak may be manageable for a short time or may be severe enough to risk major internal damage, depending on where it is leaking and how quickly fluid is being lost. A worn suspension component may affect handling and vehicle control, while an aging water pump could become a much larger problem if it fails unexpectedly.

The best recommendation is not always "do everything today." It depends on the vehicle’s condition, how it is used, your budget, and the consequences of waiting. A work truck with a heavy daily load may need a more immediate repair plan than a second vehicle driven only occasionally. A clear estimate gives you the information to make that call without pressure.

Address

1809 Lee Street
Greenville, TX
75401

Opening Hours

Monday	9am - 5pm
Tuesday	9am - 5pm
Wednesday	9am - 5pm
Thursday	9am - 5pm
Friday	9am - 5pm

Telephone

(903)4502496

Website

https://www.transzillaautomotive.com/

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TransZilla Automotive & Transmission Specialist