While operating my 2024 Audi Q8 e-tron at 30 mph, I attempted to slow the vehicle to make a turn. Upon pressing the brake pedal, the regenerative braking system failed to engage properly, and the expected deceleration did not occur. The brake pedal felt very soft and the vehicle continued to move forward with nearly no braking force, despite significant pressure being applied to the pedal. The failure appears to be a total malfunction of the 'brake blending' system—the critical handover between the electric regenerative system and the hydraulic friction brakes. Even as a secondary safety measure, the hydraulic brakes failed to provide adequate stopping power. This resulted in a significantly extended deceleration distance that nearly caused a collision. No warning lights appeared on the dashboard prior to this event, making the failure sudden and unpredictable. Please note that this happened shortly after driving 10 miles on a very hilly road and extensively using paddle shifters while driving downhill to force battery charging. The breaks continued to have issues for the next 2h of driving and didn't work as expected for about 60% of the time. The next day, I tried driving short distance and was not able reproduce the problem. This happened on March 21, 2026 between hours of 2 and 4pm.

Hello, I would like to bring the below serious safety concern to your attention which will likely require a recall to be performed: I brought my vehicle to an Audi dealership (Audi of North Austin, TX, USA) and physically demonstrated the issue, which is that the INTERIOR door handle (on all doors) will NOT unlatch unless the passenger pushes on the door while the door handle is pulled. This vehicle has an electronic door latching system and it will remain latched after the door handle is pulled open if the passenger does not also push on the door while pulling the handle. If the door is pushed a few seconds after the handle has been opened (and remains open) the door WILL NOT OPEN. Additionally, there is a safety direct cable connection to the latch that often does not work on the first try either and can experience the same issue. This poses a major safety concern because in the case of an emergency the passenger or driver may not be able to exit the vehicle promptly and could be stuck inside. Also, if the vehicle ends up on its side and the door must be opened upwards, it will NOT open even if the door handle is being pulled unless the passenger also pushes on the door at the same time as pulling the handle. For safety reasons, the door handle latch must remain open when the handle is in the open position however this is not the case, the handle being pulled only momentarily unlatches the door. I brought this issue to our AUDI technician and they confirmed that ALL similar models with the same door handle style had the exact same operation with this same issue. They confirmed that it is not unique to my vehicle, and they denied any safety concerns that I had. They have sent me home with the issue unprepared. I have the messages between the dealership and myself confirming that the issue is widespread. Heres a shared video on Google Drive explaining in detail: [XXX] INFORMATION REDACTED PURSUANT TO THE FREEDOM OF INFORMATION ACT (FOIA), 5 U.S.C. 552(B)(6)

Brake rotors warped around 33k miles under standard operating conditions. Manufacturer refused to replace under warranty. On an EV, this is completely unacceptable mileage to replace brakes (should last 70-100k or more). Research shows others with this model encountering similar issues. There must be a defect with these rotors.

Owner: Jyima Ofori-Atta Vehicle: 2024 Audi Q8 E-Tron (55) VIN: WA15AAGEXRB031696 Current Mileage: Approximately 6,335 miles Dealer: Audi Van Nuys, Sherman Oaks, CA Lease Start Date: February 1, 2025 Car charging issue I recently received my vehicle back from service following an extended stay related to recurring charging system and software issues. While the vehicle has been returned to me, my primary concern is the likelihood that the same charging failure will occur again, as it has multiple times in the past. Due to the history of unresolved charging failures and the absence of a clearly communicated permanent fix, I am extremely concerned about the vehicle’s reliability moving forward. Since taking delivery of the vehicle, I have experienced multiple charging system failures that rendered the vehicle unable to charge and therefore inoperable. Charging failures occurred unpredictably and without warning. The issues were not limited to a single charger and occurred using both home and public charging stations. When the charging system fails, the vehicle cannot be driven once battery charge is depleted. These failures have resulted in repeated loss of use and extended service visits. Because this is an electric vehicle, reliable charging is essential to basic operation. Given the history of failures: I am fearful of relying on the vehicle for daily transportation. There is ongoing concern about being stranded if the charging system fails again. The unpredictability of the issue has created significant stress and hesitation in using the vehicle as intended. This concern is not hypothetical; it is based on repeated past incidents.

Whenever the physical brakes are engaged during daily "brake cleaning" during the first mile of driving, or whenever the regenerative brakes do not engage, or when the physical brakes are engaged under heaving braking where the regenerative braking system's braking capacity is exceeded, the vehicle shudders as the brakes grip and slip. When inspected by Audi of Mendham, the service technician noted the rotors were "warped" and had "debris build-up". Despite the vehicle performing daily "brake cleaning", the build-up has remained. Despite normal use of the vehicle over the past 22,000 miles over two years, the rotor have warped causing inconsistent brake pressure to be applied. Under heavy braking where the regenerative system is exceeded, this could cause the vehicle to swerve due to uneven brake pressure being applied across the four wheels.