B16 Bingo for Maintenance - 2015 Acura TLX SH-AWD Long-Term Road Test


Our 2015 Acura TLX is ready for service. But you'll have to figure out what B16 means first.
0
Our 2015 Acura TLX is ready for service. But you'll have to figure out what B16 means first.
Comments
No issues whatsoever. It's an intuitive system that is super easy to explain to customers- just come in when the yellow wrench illuminates. Works for me!
The perception (or wording suggesting) that there is a decent amount of oil life remaining once a monitor gets to the 10% range needs to be addressed. Oil life monitors don't test the oil, they keep track of the conditions that impact the oil's life and count down. They are fairly accurate as long as the vehicle has been serviced with a product that meets the full requirements of the engine. There are products out there that meet API SN and ILSAC GF5 that don't do that. As far as the API and ILSAC go there is no standard that helps a consumer determine a long life oil. When you see a once a year interval, or else when the maintenance system directs a service that could reach 10,000 miles that is a car that requires a long life oil.
Shops, techs, and consumers need to learn the ACEA ratings. For this Acura they should be looking for a product approved for the ACEA A5/B5. An ACEA A1/B1 can meet the long life requirements if it also has additional manufacturer approvals.
BTW, have you heard the line, "You can't tell if the oil needs changed by looking at it"? Some people want to try and push that towards the idea that if the oil looks like tar you can't be certain that it needs to be changed, in fact it applies to the opposite possibility. The oil can still be quite clear and it's useful life can be lapsed.
The nightmare here is that if a long life product wasn't used, one cannot be really certain that it is protecting the engine and the emissions system correctly.
Besides, people OBSESS about their oil, but is that REALLY what we should be worried about? How often do properly engineered engines fail related to oil especially compared to other expensive failures?