‘It Takes Me To A YouTube Video’: Man Changes Oil In Toyota Tundra. Then He Has To Scan A QR Code To Access The Oil Filter

For generations, changing your truck’s oil pretty much required just three things: a drain pan, a wrench, and accepting that at least some oil was going to end up on your hands. But expectations on basic maintenance steps have officially changed, as we learn from a mechanic who recently discovered that an oil change on a Toyota Tundra Hybrid now also involves a QR code, a hidden electronic air dam, and a trip to YouTube before you can even reach the oil filter.

The viral clip from creator @joybarrett1961 starts with the 2024 Tundra up on blocks for a parking lot oil change. Once underneath, the narrator scans the camera across the access points involved. And that’s where the degree of difficulty and time on job start to ratchet upwards.

“At first, it seems like a normal oil change,” he said on the clip that’s been viewed more than 905,000 times. While not exactly convoluted and complicated at a Rube Goldberg level, one quickly gets the sense that Toyota engineered the truck in a way that made an oil change up on a lift almost a necessity.

Oil Change Gets Complicated Quickly

The problems start once he discovers that the oil filter sits behind a protective cover held in place by four bolts. Two are easy to access, but the other two are tucked behind what appears to be an electronically controlled air dam mounted underneath the front of the truck.

That’s when the job briefly turns into a scavenger hunt. Printed directly on the assembly is a QR code labeled “owner manual scan to deploy.” After pulling out his phone and scanning it, the mechanic is redirected to a YouTube tutorial explaining the sequence needed to lower the flap and access the two elusive bolts.

According to the instructions, the truck has to be powered on and off within 45 seconds before the driver holds the turn-signal control upward for two seconds to electronically deploy the dam downward. Only then can he finally access the remaining bolts and remove the panel covering the oil filter, with the mood underneath the truck not improving much even after solving the first Indiana Jones-esque challenge.

“And of course it’s got a little drain spout that’s going to drain it right on top of the frame for you, so you have a nice mess to clean up when you’re done,” he said.

The situation becomes even more awkward because the lowered air dam was hanging directly in the mechanic’s workspace while he was lying on a creeper underneath the Tundra. “I’m under here and I barely have space in between my body and this flap,” he said.

In the comments section, viewers offered workaround solutions, sympathy, and varying levels of rage toward modern truck engineering. Some focused less on the electronic flap itself and more on how to prevent the inevitable oil spill once the filter comes loose.

“Foldable funnel is such a great tool, highly recommend,” one viewer wrote.

Another commenter claiming to work at a dealership offered a more improvised solution, writing, “We just use an empty water bottle at our dealership."

Others said a simple hose clamp setup or modified runoff tube could help keep oil off the frame rail during future changes. But a large portion of the discussion centered on removing the air dam altogether and never dealing with it again.

“That would be the only time I'd have to deal with that flap because it wouldn't be there on the next oil change,” one commenter wrote. A few commenters said they had already removed similar systems from other trucks and SUVs altogether.

Not everyone in the discussion thought Toyota’s setup was pointless. Several viewers noted that active air dam systems exist because engineers are trying to squeeze every possible mile out of a gallon of fuel.

Mileage Gains Make Trucks More Tech

Modern pickups increasingly balance buyers’ demands for feeling rugged and easy to work on, while manufacturers layer in aerodynamic systems, emissions equipment, and efficiency-focused engineering. That contrast has become noticeable as full-size trucks evolve into computer systems atop heavy-duty engines and lose any heritage as stripped-down work vehicles that invited DIY maintenance.

Many newer systems and components, such as deployable air dams and extensive underbody shielding, are designed to improve fuel efficiency for large vehicles that spend hours at highway speeds. An air dam that improves airflow underneath the truck might sound trivial, but across an entire production lineup, those modest improvements can help manufacturers meet tightening efficiency and emissions requirements.

From the perspective of many owners and independent mechanics, those same systems can turn once-simple jobs into increasingly technical guessing games. 

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For the mechanic and viewers of the clip, their irritation stemmed from the growing sense that once-simple maintenance tasks now require access to dealership tools, factory procedures, or internet tutorials just to perform work many truck owners once handled in their own driveways.

Motor1 reached out to the creator via direct message and comment on the clip, and to Toyota via email. We’ll update this if they respond.

 

 

 

 

 

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