The Story
Rear Left Brake Hydraulic Hose for Jaguar and Land Rover
The Dynamite Friction DFC Brake Hose 350-11038 is a rear left brake hydraulic hose for select Jaguar and Land Rover applications. It is built for direct replacement use on the listed vehicles, including the Jaguar E-Pace and Land Rover Discovery Sport.
Key Features
- Brake hydraulic hose for the rear left position
- Brand line: DFC Brake Hose
- Direct-fit replacement for listed applications
- Fits 2018-2020 Jaguar E-Pace, rear left
- Fits 2015-2017 Land Rover Discovery Sport, rear left
- Fits 2018-2019 Land Rover Discovery Sport, rear left, to VIN HT99999
- Part number 350-11038 for easy identification
Detailed Description
DFC Brake Hose 350-11038 is a brake hydraulic hose made for the rear left side on select Jaguar E-Pace and Land Rover Discovery Sport models. The DFC Brake Hose product line focuses on replacement brake hose applications, and this part number 350-11038 matches the listed fitment for 2015-2020 vehicles in the cataloged applications.
Compatible With: 2018-2020 Jaguar E-Pace, rear left; 2015-2017 Land Rover Discovery Sport, rear left; 2018-2019 Land Rover Discovery Sport, rear left, to VIN HT99999. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.
Common Issues This Part Addresses
- Cracked or leaking rear brake hose
- Soft or inconsistent brake pedal feel caused by hose deterioration
- Brake fluid seepage at the rear left line
- Restricted brake fluid flow from an aged hydraulic hose
- Replacement needs after inspection failure or visible hose damage
Installation Notes and Tips
Verify the vehicle year, model, and rear left position before ordering. For 2018-2019 Land Rover Discovery Sport, confirm the VIN is at or before HT99999. After installation, bleed the brake system according to factory service procedures and inspect all connections for leaks.
Quality Assurance
Manufactured under the Dynamite Friction DFC Brake Hose product line for the listed OE-style replacement applications.
Description
Rear Left Brake Hydraulic Hose for Jaguar and Land Rover
The Dynamite Friction DFC Brake Hose 350-11038 is a rear left brake hydraulic hose for select Jaguar and Land Rover applications. It is built for direct replacement use on the listed vehicles, including the Jaguar E-Pace and Land Rover Discovery Sport.
Key Features
- Brake hydraulic hose for the rear left position
- Brand line: DFC Brake Hose
- Direct-fit replacement for listed applications
- Fits 2018-2020 Jaguar E-Pace, rear left
- Fits 2015-2017 Land Rover Discovery Sport, rear left
- Fits 2018-2019 Land Rover Discovery Sport, rear left, to VIN HT99999
- Part number 350-11038 for easy identification
Detailed Description
DFC Brake Hose 350-11038 is a brake hydraulic hose made for the rear left side on select Jaguar E-Pace and Land Rover Discovery Sport models. The DFC Brake Hose product line focuses on replacement brake hose applications, and this part number 350-11038 matches the listed fitment for 2015-2020 vehicles in the cataloged applications.
Compatible With: 2018-2020 Jaguar E-Pace, rear left; 2015-2017 Land Rover Discovery Sport, rear left; 2018-2019 Land Rover Discovery Sport, rear left, to VIN HT99999. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.
Common Issues This Part Addresses
- Cracked or leaking rear brake hose
- Soft or inconsistent brake pedal feel caused by hose deterioration
- Brake fluid seepage at the rear left line
- Restricted brake fluid flow from an aged hydraulic hose
- Replacement needs after inspection failure or visible hose damage
Installation Notes and Tips
Verify the vehicle year, model, and rear left position before ordering. For 2018-2019 Land Rover Discovery Sport, confirm the VIN is at or before HT99999. After installation, bleed the brake system according to factory service procedures and inspect all connections for leaks.
Quality Assurance
Manufactured under the Dynamite Friction DFC Brake Hose product line for the listed OE-style replacement applications.
