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AMSOIL Hybrid Motor Oil Protects Hybrid Engines

AMSOIL Hybrid Motor Oil Addresses Hybrid Engine Challenges

_by Johnny Gage |Dec 7th, 2023

Your Maintenance Choices should match the Motives of Hybrid Engine ownership

Hybrid vehicles are designed to improve fuel efficiency and reduce emissions. They combine an internal combustion engine powered by traditional fuels with an electric motor powered by batteries. The electric motor is used to propel the vehicle from stops and for low-speed driving and the gasoline engine takes over powering the vehicle at higher speed and recharges the batteries.  

Hybrids are projected to be 18% of cars on the road by 2035 and roughly half of all hybrid owners identify themselves as automotive enthusiasts. These are drivers searching for modern technology and premium products, who are also committed to maintaining their own vehicles, maximizing safety and reliability, and saving money. 

Hybrid engine challenges – You mean they didn’t do any long term studies??

So often new engine technology requires specific lubricant needs but the call to the manufacturers for a new specification usually lags the issues after issues are discovered.

Hybrid vehicles endure a unique set of challenges due to frequent starting and stopping of the engine. Intermittent operation of combustion engines makes them especially vulnerable to corrosion.

The Key Issue: The infrequent use and instant load  before the engine has had time to warm up creates a situation where the engine cannot evaporate condensation inside the block. This causes rust, greater wear and reduces efficiency. Cooler cylinders can also cause incomplete combustion, increasing the likelihood of unburnt fuel leaking into the crankcase and contaminating the motor oil. It happens all the time and can be mitigated! 

Often the lubricant requirements for these vehicles unique situations are beyond what is available off the shelf at your auto parts store. Not to mention that lower standard of oil you get with the “A Year of Free Oil Changes” or vats at the quicklube.  Not so with AMSOIL!!

Additionally, motor oil needs to flow quickly to critical components every time the engine engages, which is problematic when the engine is constantly cold due to being idle. Hybrid engines are also required to engage quickly under high-load operation to assist the electric motor and must be able to rapidly reach increased engine speeds.

Hybrid engines require high-quality oil that resists moisture, flows properly before it reaches operating temperatures and resists oxidation once it heats up.  

Hybrid solution

AMSOIL 100% Synthetic Hybrid Motor Oil is specifically engineered to address the unique demands of hybrid electric (HEV) and plug-in hybrid electric (PHEV) engines, with a boosted dose of dispersants and inhibitors to help prevent condensation-related corrosion and maintain optimal engine performance. Its robust viscosity combats the negative effects of fuel dilution and maintains consistent and optimal flow of oil to key engine components at low temperatures, ensuring rapid protection at startup.  

AMSOIL 100% Synthetic Hybrid Motor Oil (0W-20 and 0W-16) is API Licensed & ILSAC Licensed and is recommended for service intervals of 15,000 miles or 1 year in normal service. It is a premium upgrade over vehicle manufacturer-branded motor oils, delivering purpose-built protection that extends oil drain intervals and maximizes hybrid performance, fuel economy and engine life. Follow the owner’s manual recommendation for severe service intervals. 

AMSOIL 100% Synthetic Hybrid Motor Oil is tailored to the unique challenges presented by hybrid vehicles, making it an excellent choice for hybrid owners looking for an upgrade in hybrid engine protection.

Should I Warm Up My Motorcycle Before Riding?

Should I Warm Up My Motorcycle Before Riding?

As soon as you crawl out of bed tomorrow morning, try this experiment: run outside and sprint down the street. Aside from embarrassment over your jammies (or lack thereof), how do you suppose you’ll feel?

Your motorcycle likewise needs to warm up a bit before hitting the street. Many folks at AMSOIL love anything to do with an engine, including motorcycles. So to get the technical details explaining why, I consulted a few of our resident bikers. They provided two main reasons for letting your bike warm up before riding.

1) Help avoid piston scuffing

Metal expands when it’s heated, and anyone who’s sat astride a motorcycle knows they make serious heat. Subjecting a cold piston to extreme heat and friction without first allowing it to warm up can cause rapid piston expansion and scuffing.

John Skuzinski, AMSOIL Mechanical Test Development Manager, says this:

“Optimal parts ??clearances inside the engine are not achieved until normal operating temperatures are reached. If clearances are less than normal due to low engine temps, and the throttle demands the engine goes to work spontaneously, internal temperatures can rise very rapidly. Most frequently the pistons will heat-up and expand well ahead of the cylinder bores. The chances of clearance-related scuffing and seizure are thereby increased proportionally.”

Translation? Something might break.

AMSOIL Director of Facilities and Maintenance, Rollie Everson, agrees. “I like to get them [engines] warm before putting any type of stress on the mechanical components. This makes sure components expand at a gradual rate when they are cold.”

2) Ensure the oil circulates properly

Another reason to warm up your bike is to circulate the oil. Here again John Skuzinski has some good insight. “Cold oils inhibit pumpability and flowability, making it more prone to thin-film and hydrodynamic-wedge breakdown. Under extreme cold-oil conditions, it is possible that the oil won’t be able to flow into the oil pump, leading to bearing and journal damage and wear.”

Translation? Again, something might break, this time due to lack of oil.

Of course, a good solution to poor cold-flow is to use a high-quality synthetic that flows quickly to engine parts despite cold temperatures. AMSOIL laboratory chemist Dale Beck explains:

“The highest chance of wear should be under the initial startup when the oil has yet to be circulated to all the components in the upper end. AMSOIL motorcycle oils have very good pumpability at cold tempatures, definitely colder than I enjoy riding the bike at, so I don’t worry much about the oil not being circulated enough. Our oils also have very good protection for cam wear, relating to initial startup, so unless you are redlining the engine after startup there shouldn’t be any worries about other engine parts.”

How long should you warm the engine?

About one minute is plenty of time to allow the piston and other parts to gradually expand and ensure good oil circulation to the upper end. Most riders start the engine and spend a minute or two putting on their helmet and preparing to ride. Once they’re ready, so is the bike.

“I warm mine up so I know everything is running well. I usually do this while I put on my helmet and make final adjustments before departing on a ride.” – Patricia Stoll, AMSOIL Trade Show Manager

“I usually let it warm up while making my last adjustments (ear plugs, gloves, glasses, etc.). This takes about a minute or two.” – Jim Swanson, AMSOIL Trade Show Representative

“I would guess that mine only warms up for around a minute. I usually start it just before putting on my helmet and gloves. In my opinion, anything more than a few minutes is a waste of fuel and can lead to deposit formation on the spark plugs and exhaust.” – Dale Beck

To wrap it up, warm up your bike for at least a minute before heading out. Just use the time to buckle your helmet, slip your gloves on or finish other preparations. That way you’re not wasting time – and you’re likely saving your engine from wear.

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