Right to Repair's Next Chapter
About this episode
Bill Hanvey of the Auto Care Association breaks down how “Right to Repair” language moved through Congress—and why independent shops should care. A promising Repair Act proposal initially included telematics access, FTC enforcement, and allowing parts manufacturers to be data “designees,” but last-minute opposition watered it down, removing telematics and parts-manufacturer provisions. Hanvey says the fight now shifts to the Rules Committee, House, and Senate, plus possible White House action. He argues cybersecurity/privacy claims are overstated, stresses wireless telematics access will become critical, and urges shop owners to contact lawmakers.
Congress recently advanced legislation addressing Right to Repair, but the final language looks much different than what independent repair advocates originally sought. Bill Hanvey, president and CEO of the Auto Care Association, joins Ratchet+Wrench Radio to explain what made it into the bill, what was left out, what happens next, and how shop owners can help shape the future of vehicle data access and consumer choice.
OBD2 port
"via the OBD2 port. [465.9s] And really where we're having the majority [467.9s] of our data problems is on the gateways [471.4s] that the automakers have installed in the OBD2 port."
The OBD2 port is a plug under the dashboard that mechanics and diagnostic tools use to talk to the car. It can show error codes and some vehicle data. This episode is saying automakers may be putting controls around what can be read through it.
The OBD2 port is the standardized diagnostic connector found in most modern cars. It’s where tools can read trouble codes and other vehicle data for maintenance and troubleshooting. In this segment, it’s also discussed as a potential bottleneck because automakers may control access through devices connected there.
gateways
"And really where we're having the majority [467.9s] of our data problems is on the gateways [471.4s] that the automakers have installed in the OBD2 port."
“Gateways” are like traffic controllers inside the car’s computer network. They decide which computers can talk to each other and what information can be shared. The speaker is saying these gateways are where access gets restricted.
In modern vehicles, “gateways” are onboard network routing modules that manage communication between electronic control units (ECUs). Automakers can use them to control which data is accessible and to enforce security or access rules. Here, they’re described as the main source of “data problems” for independent access.
telematically equipped vehicles
"the vehicles that is occurring today, [481.2s] the telematically equipped vehicles, [483.4s] that in the future, that data is being transmitted [487.8s] wirelessly now, but due to that fact,"
Telematically equipped vehicles are cars with an internet connection built in. They can send information from the car to a company over the air. The point here is that data may move from the OBD2 plug to wireless systems.
Telematically equipped vehicles are cars that use built-in cellular/satellite connectivity to send vehicle data to remote services. That enables features like remote diagnostics, navigation, and over-the-air updates. The segment argues that as these vehicles become more common, data access will increasingly shift away from the physical OBD2 port.
wirelessly
"[483.4s] that in the future, that data is being transmitted [487.8s] wirelessly now, but due to that fact,"
Here, “wirelessly” means the car sends data to the outside world without plugging in a cable. That can change how mechanics and owners get information from the car. The discussion is about access and control as data moves online.
In this context, “wirelessly” refers to sending vehicle data over a network connection (typically cellular or similar) rather than through a physical diagnostic cable. This matters because it changes who controls access and how securely data is transmitted. The speaker frames it as making the OBD2 port less central over time.
cybersecurity
"And opponents are citing cybersecurity [527.4s] and privacy concerns. [529.1s] What's your response to that?"
Cybersecurity means keeping the car’s computer systems safe from hackers or unauthorized access. When cars connect to networks, there are more ways someone could try to interfere. The speaker says critics worry that easier access could increase those risks.
Cybersecurity in automotive refers to protecting vehicle computers and data from unauthorized access or tampering. As cars become connected, the risk surface expands beyond the physical diagnostic port. The segment notes that opponents of right-to-repair access cite cybersecurity and privacy concerns as reasons to restrict data access.
privacy concerns
"And opponents are citing cybersecurity [527.4s] and privacy concerns. [529.1s] What's your response to that?"
Privacy concerns mean worries that connected cars could collect or share information about you—like where you go and when. With telematics, that kind of data can be very personal. The episode says opponents use privacy as a reason to limit access.
Privacy concerns refer to how connected-vehicle data could reveal personal information about drivers and vehicle usage. With telematics, data can include location, driving patterns, and timing that may be sensitive. The segment frames privacy as a key argument used to oppose broad access to vehicle data.
EV user tax
"That big one is the EV user tax that may prevent this bill from going forward at this point."
An "EV user tax" is a proposed charge aimed at electric-vehicle drivers. Since EVs don’t buy as much gasoline, some lawmakers want a different way to collect road-related revenue from EV owners.
An "EV user tax" is a proposed fee that targets people who drive electric vehicles, typically to replace or supplement revenue that would otherwise come from gasoline taxes. The idea is that EVs use less (or no) gasoline, so lawmakers may try to collect money another way from EV owners.
Repair Act
"We've encouraged committee leadership to do the same, asking him to support the Repair Act and to put some pressure on Congress to do so."
The "Repair Act" refers to right-to-repair legislation that aims to make it easier for independent shops and owners to service vehicles. In practice, these laws often focus on access to repair information, diagnostic tools, and parts so repairs aren’t locked behind the automaker’s own channels.
telematics
"We would not support a bill that does not include telematics or port manufacturers in the bill."
Telematics is the tech in a car that uses a connection to send vehicle data out—like diagnostics or location. Right-to-repair rules often mention it because independent mechanics may need access to that data to fix problems.
Telematics is the combination of onboard vehicle systems and wireless communications that send data (like location, diagnostics, and driving-related information) back to a service provider. In right-to-repair debates, telematics matters because access to certain diagnostic data can determine whether independent shops can troubleshoot modern cars.
port manufacturers
"We would not support a bill that does not include telematics or port manufacturers in the bill."
In this context, "port manufacturers" means the companies that make the charging plug/charging port hardware on EVs. The speaker is saying the bill should cover those parts too, so repairs and replacements aren’t blocked.
"Port manufacturers" here refers to companies that build the physical charging ports and related hardware used on EVs. In right-to-repair discussions, including port manufacturers can be about ensuring repair parts, documentation, and service access aren’t restricted to only the original equipment manufacturer.
Right to Repair's Next Chapter
"Fantastic. [1025.3s] You will find everything that you need there. [1028.4s] We also give instances of applications"
They’re talking about whether independent repair shops can do the same software-based repairs as dealerships. The example here is replacing a battery and still needing dealership programming.
This segment focuses on how right-to-repair rules affect independent shops and consumers when replacement parts require software programming or vehicle-specific pairing. The discussion centers on batteries and the need for dealership-only steps like flashing/calibration.
accessing data
"where shop owners have run into a difficult thing [1037.0s] accessing data or marrying the part to the vehicle itself."
This is about whether independent shops can get the information they need to fix today’s cars—like repair instructions and diagnostic details.
In right-to-repair discussions, “accessing data” usually means getting the diagnostic and service information needed to repair modern vehicles. That can include wiring diagrams, calibration procedures, and manufacturer software/authorization steps.
marrying the part to the vehicle
"where shop owners have run into a difficult thing [1037.0s] accessing data or marrying the part to the vehicle itself."
When a part is replaced, the car may need to “learn” that new part. That can require special software or programming so the car can communicate with it correctly.
“Marrying the part to the vehicle” describes the process of pairing a replacement component with the car’s electronic systems. In practice, it often requires manufacturer tools, software access, and sometimes coding/calibration so the new part works properly and is recognized by the vehicle.
flash that battery
"but you're not able to flash that battery to that vehicle [1056.0s] and you have to take it back to the dealership"
Some car batteries aren’t just “plug in and go.” They may need a software update so the car can recognize the new battery and manage charging and protection correctly.
“Flashing” a battery refers to updating or programming the battery’s electronic control module (or its software/firmware) so it recognizes the specific vehicle it’s installed in. Many modern batteries need vehicle-specific calibration to communicate correctly with the car’s systems.
O'Reilly
"Can you imagine going to an O'Reilly store, [1070.4s] have the counterperson install the battery"
O’Reilly is a store that sells car parts. The hosts are using it as an example of a place where you’d expect a battery swap to be easy—without needing extra steps at a dealership.
O’Reilly is an automotive parts retailer that sells parts and offers counter-service support. In this segment, it’s used as an example of a consumer-friendly place where battery installation should be straightforward.
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