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Prep Your Vehicle Now for Your Summer Road Trip

August is the summer road trip month! Grease up! Get that car ready

Driving is part of the fun! Not the repairs and credit card charges. A summer road trip should bring good memories, not car trouble.

by Brad August 2024

Alright, lets get down to the nitty gritty!! Tools, spare parts and maybe some breaks figured in always works.

If you can see the top of Abe Lincoln’s head, your tread is worn and it’s time to replace the tires.

Start With The Tires

Check your tires for wear. Worn tread can lead to unsafe driving conditions.

In the U.S., tire tread depth is measured in 32nds of an inch. New tires typically come with 10/32” or 11/32” tread depths, with some truck, SUV and winter tires having more. The U.S. Department of Transportation recommends replacing tires when tread depth hits 2/32”. Checking if your tread meets the minimum depth is simple; all you need is a penny.

  1. Place a penny between the tread ribs of your tire with Abe Lincoln’s head pointing into the tread.
  2. If the top of his head disappears, your tread depth is still greater than 2/32”. If you can see his entire head, replace your tires before hitting the road.

Remember to test in various places around each tire, especially areas that appear worn. Replace your tires if any areas fail the penny test.

Uneven tread wear could be a sign of improper inflation, wheel misalignment or a variety of other things. If you see uneven tread wear, have a technician inspect your vehicle before you head out.

Check tire psi and ensure your valve stem caps are secure before embarking on a summer road trip. It’s also a good idea to check that the lug nuts are properly torqued. Find the proper foot-pounds in your owner’s manual.

One more thing – grab your front tires and give them a good shake. You may have a bad wheelbearing and this will be obvious. It’s something that we see more often go bad where they salt the streets. Worn bearings are dangerous but at the least will cause alignment issues and poor fuel economy.

And don’t forget the spare. Check for proper air pressure since tires tend to lose pressure as they sit unused.

Mind The Motor Oil – And AMSOIL saves time and fuel

Regular oil changes are critical for vehicle performance and longevity. Before you head far from home, make sure your motor oil can go the distance. Add the estimated miles you will be traveling on your trip to the miles the oil has already accumulated.

A high-quality synthetic is your best bet to protect your engine. And don’t forget to change your oil filter with your oil change.

Check The Antifreeze & Coolant

Your engine will get hot during a long trip, especially if you are driving through deserts or over mountain passes. Checking your antifreeze and coolant will help ensure that you don’t overheat and roll to a stop along a remote highway.

Begin by locating the coolant reservoir under the hood near the front or side of the engine. It’s usually transparent with a line near the bottom labelled “cold” and a line near the top labelled “hot.” With the engine cold, remove the reservoir cap and check if the level has dipped below the “cold” line. If so, the mixture is too low.

To avoid serious injury, make sure the engine is cool before opening the reservoir cap. If the engine is still hot, pressurized liquid can spray out of the radiator.

Low coolant is usually the result of a leak. As your vehicle’s hoses, gaskets and seals age, they can become brittle and leak. A leak needs to be found and fixed as soon as possible. Every time you pop the hood make it a habit to glance down at that coolant level.

If you don’t know which type of antifreeze and engine coolant to use, check your owner’s manual or use the AMSOIL Product Guide.

If you see sludge in the fluid, you should have the system flushed and upgrade to a quality antifreeze and coolant.

Ensure The Transmission Fluid Is In Good Shape (Try AMSOIL OE for the budget minded)

Transmission fluid is often overlooked. In fact, many modern vehicles are equipped with “filled-for-life” transmissions, implying the fluid never needs to be checked or changed. But that’s dangerously misleading.

In truth, it’s a good idea to change fluids in a filled-for-life or sealed transmission or differential at least once during the lifetime of your vehicle, and more often if you tow or haul. Therefore, if you will have a camper in tow, it’s an especially good idea to check your transmission fluid before leaving the driveway.

You can always suck out a few quarts from the dipstick tube if the car has one and replace with fresh. Just a 5 quart swap is significant.

Power steering reservoir

Power Steering Fluid

Old power steering fluid needs to be addressed. Your seals rely on fresh non-oxidized hydraulic fluid. Use our vehicle matching guide to make sure you get the right one.

Vehicle Look-up: Match AMSOIL Products to your model

 

Checking power steering fluid is a simple task that anyone can do. Yet, it’s often overlooked until the signs of low fluid emerge, such as whining or squealing pump noise and hard steering at low speeds.

Power steering fluid is essential to lubricate and cool the pump. Therefore, driving with low fluid could burn up the pump, causing difficult steering and even a loss of control.

To check your fluid, start by finding the power steering fluid reservoir. Its location differs from vehicle to vehicle, but it’s usually a small, clear container with a black cap. Many vehicles have marks on the outside of the reservoir to indicate “MAX” or “MIN.” Other vehicles use a dipstick to check power steering fluid. In either case, make sure the fluid is at the optimal level.

If it’s been a while (like, never) and the fluid appears dark and dirty, go ahead and change it.

Service The Brakes

The other reservoir you need to watch often! That fluid does expire. Moisture absorbed causes all sorts of issues.

If you notice even a slight amount of sponginess, grinding or delayed brake reaction, it’s time to change your pads, bleed the system and maybe even install new rotors. Schedule brake service with a mechanic if you’re uncomfortable doing the work yourself.

In addition, brake fluid can go bad. Brake fluid absorbs moisture, which reduces its performance.

A vehicle using fresh brake fluid should deliver solid brake-pedal feel, like you’re pressing down on a brick. Think of the last time you drove a new car. The brakes likely inspired confidence and felt rock-solid. That’s because the entire system was brand new and moisture had yet to infiltrate the fluid.

It’s a good idea to change your brake fluid at least every two years, or when you change brake pads, and be mindful of the amount of time you expose the product to the environment.

Don’t cheap out on your brakes – use a quality fluid. For example, AMSOIL DOT 3 & DOT 4 Synthetic Brake Fluid is packaged with nitrogen, which prevents moisture contamination natural to the packaging process. Additionally, it is engineered with high boiling points to exceed the minimum standards, which translates into solid, confident braking.

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Check The Belts, Hoses & Fuses

While you’re under the hood, check all the hoses around the radiator for cracks or damage. Check the serpentine belt, too. I just had a pulley go out on me.

An inexpensive fuse tester identifies bad fuses so you can easily tell which need replacing. It never hurts to throw some extras in your glovebox, either.

Test The Battery

When’s the last time you changed your battery? Batteries typically last two to five years, and they often give little-to-no warning before they lose their juice. Many auto parts stores offer free battery testing, so you can gauge whether you’re due for a replacement before you hit the road. I always carry a volt meter in my tool bag. May help you trace out a simple problem.

Make Sure You Can See (& Others Can See You)

Check your headlights, brake lights and turn signals. Throw some spare bulbs in with your stash of fuses in case you need one along the way. When’s the last time you inspected your tiol-lights?

Fill up your windshield washer fluid reservoir and change the wiper blades if they work like crap. Good visibility is a key safety feature, not to mention an imperative for catching any sights along the way. Fresh blades are worth the cost.

Pack A Roadside Emergency Kit

Sometimes all the preparation in the world is still not enough. In case you break down, make sure you have some tools and safety equipment along. Pack a flashlight, tow rope, portable battery charger, bungee cords, screw drivers, wrenches and roadside emergency reflectors.

Boost Your Fuel Economy

Gas prices always seem to increase just in time for your summer road trip. One thing you can do to maximize fuel economy is clean your fuel system with a quality fuel additive.

Don’t forget the mass air flow sensor. I cleaned one the other day on my Buick and gained back 2 MPG and the 1000 RPM idle went down to the normal level!

For example, AMSOIL P.i.® Performance Improver cleans injector deposits, valves and the combustion chamber. It works in just one tank of gasoline.

Or my new favorite – Upper Cylinder Lube! Read the reviews. This added to every other tank makes a HUGE difference! Crazy mileage improvements and a quiet engine. It lubricates the moving parts in your engine which oil can’t reach.

Upper Cylinder Lubricant

Summer Road Trip Adventure Ahead

With your vehicle in prime condition, you’ll be ready to pursue your summer road trip adventures with confidence.

Can I Use Transmission Fluid in Oil to Clean My Engine?

Can I Use Transmission Fluid in Oil to Clean My Engine?

Yeah – those youtube rescue channels all show using ATF to clean out the engine – they’re doing it the hard way…

ATF is not made to clean sludge from engines. Instead, it’s best to use a dedicated engine flush.

AMSOIL Engine & Transmission Flush helps to remove sludge and deposits from engines and transmissions.

_by Phil Collinsburger |May 5, 2022

Over time, engines can accumulate deposits that reduce power and performance. Since automatic transmission fluid contains detergents to clean sludge, some DIYers add a small amount of transmission fluid in their oil to clean the engine prior to oil changes.

ATF, however, is not formulated for use in automotive engines. Instead, a product that’s designed to flush engines is a far-superior approach.

How Sludge Forms

Stop-and-go driving, prolonged idling, trips too short for the engine to reach full operating temperature, towing, the ingestion of airborne dirt, fuel dilution, water condensation and oxidized oil all can promote sludge build-up in motor oil and transmission fluid.

Sludge clogs narrow oil passages, restricting oil flow to vital parts, especially the upper valve train area, causing wear.

Transmission Fluid In Oil Reduces Cleaning Power

In most cases, adding automatic transmission fluid to motor oil reduces cleaning power. That’s because the detergency of ATF is less than motor oil. Why is that?

ATF is exposed to lower levels of combustion byproducts and contaminants than motor oil, so it is formulated with reduced detergency. Instead, ATFs have elevated levels of friction modifiers and other additives that help protect gears and clutches.

Transmission Fluid In Oil Reduces Wear Protection

Second, adding ATF alters the motor oil formulation and reduces its effectiveness.

A good motor oil is a fine balance of base oils and additives designed to fight wear, reduce friction, prevent deposits and slowly dissolve accumulated sludge. The cleaning power of motor oil is designed to work gradually over subsequent oil changes and not necessarily all at once. Adding a foreign substance to the oil disrupts the formulated chemistry, negatively impacting wear protection, detergency and more.

Changes Motor Oil Viscosity

Finally, ATF can alter the viscosity of the oil, reducing wear protection.

Viscosity is the oil’s most important property, influencing wear protection and fuel efficiency. Increasing or decreasing viscosity by adding a little transmission fluid in oil to clean sludge can lead to increased engine wear.

Use An Engine Flush Instead

If you want effective sludge removal and cleaning power, we recommend using AMSOIL Engine & Transmission Flush. It helps to restore fuel economy, increase operating efficiency and reduce emissions in gasoline and diesel engines, and automatic transmissions. Its potent, detergent-based formula cleans sludge and deposit build-up.

AMSOIL Engine & Transmission Flush

  • Prepares engines and transmissions for new oil
  • Removes deposits and sludge for improved efficiency, fuel economy and lower emissions
  • Prolongs vehicle life
  • Detergent-based formula is environmentally friendly
  • Compatible with seals and gaskets
  • Works in one treatment
  • Easily disposed of with waste oil

Benefits For Gasoline And Diesel Engines

  • Helps loosen sticky valves and rings, minimizing blow-by and reducing emissions
  • Helps quiet lifter noise
  • Promotes lower operating temperatures through sludge removal

Benefits For Automatic Transmissions

  • Cleans deposits in oil cooler and ports
  • Helps unclog fluid passages
  • Cleans deposits and varnish from clutch plates, helping improve efficiency
  • Promotes smoother operation and transmission life through reduced shift delay

How Often Should Auto Transmission Fluid be changed?

How Often Should I Change Transmission Fluid?

well, um, ahh huh,  well  let’s see… How often to change transmission fluid depends on several factors Sonny outlines in this post.

_by Sunny Pruitt|June 21, 2022

Motorists sometimes ask, “How often should I change transmission fluid?” It depends on your vehicle and driving habits. Recommended transmission fluid changes run the gamut from every 30,000 miles (48,000 km) to never. Yeah, that’s right. Here are some tips for determining how often to change transmission fluid.

Change Transmission Fluid: How Often? Check Your Owner’s Manual

Original equipment manufacturer (OEM) recommendations for how often to change automatic transmission fluid cover a wide mileage range, depending on year, make and model.

Plus, if your driving habits are like most motorists and fall under the “severe” designation (towing, hauling, daily short trips less than 10 miles, etc.), many OEMs recommend changing transmission fluid more frequently.

Here are just a few examples to illustrate the disparity among vehicle makes and models.

Year/Make/Model Normal Service Severe Service
2021 RAM* 1500 Never (filled-for-life transmission) Change if the fluid becomes “contaminated”
2021 Chevy* Silverado* Never (filled-for-life transmission) Every 45,000 miles (72,000 km)
2021 Ford* F-150 150,000 miles (240,000 km) 150,000 miles (240,000 km)
2003 Honda* CR-V* 90,000 miles (145,000 km) 30,000 miles (48,000 km)

These differences illustrate the importance of checking the recommendations in your owner’s manual. It’ll provide maintenance recommendations, typically in a table in the back. Many OEMs provide digital owner’s manuals online, so if you’ve lost yours, try a quick search.

A quick word on “filled-for-life” transmissions.

They’re becoming more prevalent as OEMs seek ways to alleviate motorists from unwanted maintenance. They sound like all upside, but it’s important to change fluid in these units, particularly if you tow or haul.

They’re supposed to last the life of the vehicle, but what do you suppose will happen if the transmission fails once the warranty expires? You’re going to get stuck with a hefty repair bill, that’s what. Be proactive and change fluid at least once during its lifetime.

Change Transmission Fluid: How Often? Go By The Book

Start with the recommendations in your owner’s manual.

But, how many of us dutifully follow them down to the mile? But as you know most drivers completely forget about their transmission until it begins to shift hard, jerk hard jerk hesitate. Out of sight, out of mind, right?

Not good, especially if you tow or haul. But the interval does depend on the abuse and the quality of the fluid.

Heat Kills Transmissions

Over time, transmission fluid oxidizes (chemically breaks down). High heat generated from towing and hauling speeds the process.

Fluid that has broken down can cause sludge and varnish to form, which clogs narrow oil passages and contributes to clutch glazing. Soon, your vehicle can begin to shift poorly.

In these cases, wouldn’t it be great to use a transmission fluid formulated with reserve protection against heat in case life gets in the way of recommended maintenance?

Get Reserve Heat Protection For Your Transmission

AMSOIL Signature Series Synthetic Automatic Transmission Fluid’s built-in reserve protection means it lasts for 2X the OEM’s severe-service drain interval. That means you can rest assured your transmission is protected, even if service is delayed.

Symptoms Of Low Transmission Fluid

It’s not just heat that leads to poor shifting. Low transmission fluid can also present a number of problems, including…

  • Inconsistent, jerky shifts
  • Hesitation
  • Surging
  • Increased transmission temperatures

Low Transmission Fluid = Poor Shifting

Transmission fluid serves a number of vital functions, one of which is to act as a hydraulic fluid to enable shifting.

When your vehicle’s computer tells the transmission to change gears, hydraulic pressure (provided by the fluid) squeezes a series of plates together inside a clutch pack to connect the engine to the transmission output shaft and route power to the wheels.

Low transmission fluid can also prevent the torque converter from filling completely, which reduces torque transfer and causes hesitation and lost power. In extreme cases, the vehicle won’t even move unless you rev up the engine.

How Much Transmission Fluid Do I Need?

How much transmission fluid your vehicle needs ranges from as few as 8-9 quarts for small passenger vehicles to more than 20 quarts for heavy-duty trucks.

As you do when determining how often to change transmission fluid, check your owner’s manual for the transmission fluid capacity.

You can also check the AMSOIL Product Guide, which shows how much transmission fluid your car needs for most makes and models.

Also do you know if you need to use a flushing agent? Amsoil engine and transmission flush is a mild detergent flush but it’s used when you are going to evacuate all the fluid. Restores friction capabilities of the clutched. Best before adjusting the trans when you have over 160,000 miles.

Low Transmission Fluid Can Invite Wear

Transmission fluid also lubricates the gears, clutch plates and seals. It forms a protective layer between meshing gear teeth that prevents metal-to-metal contact and helps reduce wear.

It helps prevent wear on the clutch plates, which bear significant friction during gear shifts. The fluid also lubricates seals and keeps them pliable so they don’t dry out and leak. Find out all the tasks transmission fluid must perform here.

Low fluid can prevent formation of a strong, consistent lubricating film on components, inviting wear. Foam bubbles can collapse when they pass between gear teeth, allowing metal-to-metal contact and further accelerating wear.

Always Check Your Transmission Fluid – Look at the color too

To keep your vehicle running – and shifting – at peak performance, check the fluid about once a month to ensure the correct level. Check out this post on how to check your transmission fluid. If the fluid is consistently low, visit a mechanic to find out why and have the problem fixed.

So, when determining how often to change transmission fluid, follow the recommendations in your owner’s manual. For added peace of mind in case you surpass those recommendations, you can rely on AMSOIL synthetic transmission fluid to deliver reserve protection. Do you know if it has to be warmed up and running?

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Why is there this hard to Flush Slime in my Radiator?

Why is there Sludge or Slime in my Radiator?

Cooling-system issues account for nearly 40 percent of engine failures. Clearly, it pays to take care of your vehicle’s cooling system.

Sludge/slime are one of the common symptoms of larger problems. Left unchecked, it’ll plug the radiator, heater core or fluid passages, resulting in overheating and expensive repairs.

What causes sludge/slime and what can you do about it?

• Additives dropping out – coolant consists of a base (typically ethylene glycol or propylene glycol) mixed with additives and water. The base is primarily responsible for providing freeze and boil-over protection. The additives guard against corrosion, cavitation and scaling. Mixing of incompatible coolants can cause the additives to “drop out” of the solution and form sludge or slime.

• Contaminated coolant – a bad head gasket or cracked cylinder head can allow oil and coolant to mix, resulting in sludge. In vehicles with automatic transmissions, the engine-cooling system also cools the transmission. A breach in the system can contaminate coolant with transmission fluid.

• Corrosion – occurs when an imbalanced coolant chemically reacts with metallic surfaces, forming reddish deposits that can appear as sludge or slime.

Low-quality coolants can lead to cooling-system corrosion.

The only way to definitively identify what’s causing sludge/slime in your radiator is to perform fluid analysis. The report can identify oil, transmission fluid or other contaminants in the coolant. Fix any mechanical defects and flush the cooling system. Refill with a high-quality antifreeze/coolant.

What kind of coolant should I use?

Let’s start with what kind you should avoid.

You’re no doubt familiar with the conventional “green” coolants found at most retailers due to their low price. They contain inorganic salts, such as nitrites, phosphates and silicates.

Inorganic salts deplete quickly – typically in two years or less – and are on the environmental watch list. Once depleted, they are the source of common cooling-system problems, like scale deposits and sludge/slime.

Low-cost “green” coolants are the source of several problems, such as sludge/slime and scale deposits.

For these reasons, most vehicle manufacturers have moved away from inorganic salts for newer vehicles.

And so should you.

Instead, use a high-quality coolant that uses organic-acid technology (known as OATs). OATS coolants are much more robust and longer-lasting. They virtually eliminate drop-out, scaling and compatibility issues inherent to inorganic salts. This type of coolant can be used in a wide variety of applications, even mixing with other coolants as a top-off.

AMSOIL Antifreeze/Coolants

AMSOIL offers three coolants, all of which offer a unique blend of organic acids. We use di-acid technology, which means both ends of the organic acid are active. This makes them work faster and form stronger bonds for enhanced protection.