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Pagid 355015651 Disc Brake Pad Set - Rear
Pagid Rear Brake Pad Set for Porsche
Pagid part number 355015651 is a rear disc brake pad set built with OEM OE formulated friction material. It is prepared for a pad wear sensor and does not include the sensor, making it a direct service replacement for select Porsche Panamera, 911, and Cayenne rear brake applications.
Key Features
- Rear disc brake pad set for select Porsche vehicles
- OEM - OE Formulated Friction Material for consistent brake feel
- Prepared for pad wear sensor; sensor not included
- Low-metallic formulation noted on listed fitments
- Designed and engineered in Germany on applicable fitments
- Pagid 355015651 for rear brake service
Product Details
Pagid’s OEM - OE Formulated Friction Material line is focused on replacement brake components that follow original-equipment style material selection and performance targets. This Pagid 355015651 disc brake pad set is specified for rear axle use and is listed for 2024-2025 Porsche Panamera rear, 2021-2023 Porsche Panamera rear excluding ceramic composite brakes, 2010-2020 Porsche Panamera rear excluding ceramic composite brakes, 2015-2016 Porsche 911 rear, and 2009-2010 Porsche Cayenne rear. This part cross-references Brembo P65020 and Textar 2455401 for the same application.
Common Problems This Part Can Address
- Rear brake pad wear on a compatible Porsche Panamera
- Squealing or reduced braking performance from worn rear pads
- Brake warning concerns when replacing pads on sensor-prepared systems
- Uneven rear braking feel caused by aged friction material
- Service replacement needs for Porsche 911 and Cayenne rear brake maintenance
Installation Notes and Tips
Confirm rear axle fitment before ordering, especially on 2010-2020 Porsche Panamera models that are not compatible with ceramic composite brakes. The pad set is prepared for a wear sensor, but the sensor itself is not included. Inspect rotors, caliper hardware, and brake fluid condition during installation, and follow the vehicle manufacturer’s service procedure for bedding-in new pads.
Quality Assurance
Pagid is an established brake friction brand with OE-oriented material development. Part number 355015651 is built to match the listed rear brake applications for Porsche Panamera, Porsche 911, and Porsche Cayenne service work.
| Brand | Pagid |
|---|---|
| Part Number | 355015651 |
| Position | Low-Metallic, Rear |
| Pad Wear Sensor Included | No |
| Prepared For Pad Wear Sensor | Yes |
This part fits 100 vehicles. Search below:
| Year | Make | Model | Submodel | Liters | Cylinders | Position | Notes |
|---|---|---|---|---|---|---|---|
| 2025 | Porsche | Panamera | Base | Rear | Designed and Engineered in Germany; Low-Metallic | ||
| 2024 | Porsche | Panamera | Base | Rear | Designed and Engineered in Germany; Low-Metallic | ||
| 2023 | Porsche | Panamera | GTS | Rear | Exc.Ceramic Composite Brakes; Low-Metallic | ||
| 2022 | Porsche | Panamera | GTS | Rear | Exc.Ceramic Composite Brakes; Low-Metallic | ||
| 2021 | Porsche | Panamera | GTS | Rear | Exc.Ceramic Composite Brakes; Low-Metallic | ||
| 2020 | Porsche | Panamera | GTS | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2020 | Porsche | Panamera | GTS Sport Turismo | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2020 | Porsche | Panamera | Base | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2020 | Porsche | Panamera | 4S | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2020 | Porsche | Panamera | 4S Sport Turismo | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2020 | Porsche | Panamera | 4S Executive | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2020 | Porsche | Panamera | 4 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2020 | Porsche | Panamera | 4 Sport Turismo | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2020 | Porsche | Panamera | 4 Executive | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2020 | Porsche | Panamera | 4 E-Hybrid | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2020 | Porsche | Panamera | 4 E-Hybrid Sport Turismo | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2020 | Porsche | Panamera | 4 E-Hybrid Executive | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2019 | Porsche | Panamera | GTS | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2019 | Porsche | Panamera | GTS Sport Turismo | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2019 | Porsche | Panamera | Base | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2019 | Porsche | Panamera | 4S | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2019 | Porsche | Panamera | 4S Sport Turismo | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2019 | Porsche | Panamera | 4S Executive | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2019 | Porsche | Panamera | 4 Sport Turismo | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2019 | Porsche | Panamera | 4 | 3.0L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2019 | Porsche | Panamera | 4 Executive | 3.0L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2019 | Porsche | Panamera | 4 E-Hybrid | 2.9L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2019 | Porsche | Panamera | 4 E-Hybrid Sport Turismo | 2.9L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2019 | Porsche | Panamera | 4 E-Hybrid Executive | 2.9L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2018 | Porsche | Panamera | Base | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2018 | Porsche | Panamera | 4S | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2018 | Porsche | Panamera | 4S Sport Turismo | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2018 | Porsche | Panamera | 4S Executive | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2018 | Porsche | Panamera | 4 E-Hybrid | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2018 | Porsche | Panamera | 4 E-Hybrid Sport Turismo | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2018 | Porsche | Panamera | 4 E-Hybrid Executive | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2018 | Porsche | Panamera | 4 | 3.0L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2018 | Porsche | Panamera | 4 Sport Turismo | 3.0L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2018 | Porsche | Panamera | 4 Executive | 3.0L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2017 | Porsche | Panamera | Base | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2017 | Porsche | Panamera | 4S | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2017 | Porsche | Panamera | 4S Executive | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2017 | Porsche | Panamera | 4 | 3.0L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2017 | Porsche | Panamera | 4 Executive | 3.0L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2016 | Porsche | 911 | Targa 4S | 3.8L | H6 | Rear | Designed and Engineered in Germany; Low-Metallic |
| 2016 | Porsche | Panamera | Turbo | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2016 | Porsche | Panamera | Turbo Executive | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2016 | Porsche | Panamera | S E-Hybrid | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2016 | Porsche | Panamera | GTS | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2016 | Porsche | Panamera | Edition | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2016 | Porsche | Panamera | 4S | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2016 | Porsche | Panamera | 4S Executive | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2016 | Porsche | Panamera | 4 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2016 | Porsche | Panamera | 4 Edition | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2016 | Porsche | Panamera | Base | 3.6L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2016 | Porsche | Panamera | S | 3.0L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2015 | Porsche | 911 | Carrera GTS | Rear | Designed and Engineered in Germany; Low-Metallic | ||
| 2015 | Porsche | Panamera | Turbo Executive | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2015 | Porsche | Panamera | S E-Hybrid | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2015 | Porsche | Panamera | GTS | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2015 | Porsche | Panamera | 4S | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2015 | Porsche | Panamera | 4S Executive | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2015 | Porsche | Panamera | Turbo | 4.8L | V8 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2015 | Porsche | Panamera | 4 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2015 | Porsche | Panamera | Base | 3.6L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2015 | Porsche | Panamera | S | 3.0L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2014 | Porsche | Panamera | Turbo Executive | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2014 | Porsche | Panamera | S E-Hybrid | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2014 | Porsche | Panamera | GTS | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2014 | Porsche | Panamera | 4S | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2014 | Porsche | Panamera | 4S Executive | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2014 | Porsche | Panamera | Turbo | 4.8L | V8 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2014 | Porsche | Panamera | 4 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2014 | Porsche | Panamera | Base | 3.6L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2014 | Porsche | Panamera | S | 3.0L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2013 | Porsche | Panamera | Turbo S | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2013 | Porsche | Panamera | S Hybrid | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2013 | Porsche | Panamera | 4S | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2013 | Porsche | Panamera | Turbo | 4.8L | V8 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2013 | Porsche | Panamera | S | 4.8L | V8 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2013 | Porsche | Panamera | GTS | 4.8L | V8 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2013 | Porsche | Panamera | 4 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2013 | Porsche | Panamera | Base | 3.6L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2012 | Porsche | Panamera | Turbo | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2012 | Porsche | Panamera | Turbo S | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2012 | Porsche | Panamera | S Hybrid | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2012 | Porsche | Panamera | 4S | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2012 | Porsche | Panamera | S | 4.8L | V8 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2012 | Porsche | Panamera | 4 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2012 | Porsche | Panamera | Base | 3.6L | V6 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material |
| 2011 | Porsche | Panamera | Turbo | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2011 | Porsche | Panamera | S | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2011 | Porsche | Panamera | Base | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2011 | Porsche | Panamera | 4S | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2011 | Porsche | Panamera | 4 | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2010 | Porsche | Cayenne | Turbo S | Rear | Designed and Engineered in Germany; Low-Metallic | ||
| 2010 | Porsche | Panamera | Turbo | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2010 | Porsche | Panamera | S | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2010 | Porsche | Panamera | 4S | Rear | Not compatible with vehicles equipped with ceramic composite brakes.; OEM - OE Formulated Friction Material | ||
| 2009 | Porsche | Cayenne | Turbo S | Rear | Designed and Engineered in Germany; Low-Metallic |
* Always verify fitment with your vehicle's VIN if unsure. Submodel & trim restrictions may apply.
This part directly replaces or is cross-referenced with the following part numbers:
Cross-reference numbers are provided for identification purposes only. Always confirm fitment before ordering.