Enhance your vehicle’s safety and performance with this 100% brand new, high-quality ABS sensor designed for a precise fit and reliable operation. Engineered with intelligent sensing technology, this ABS sensor provides high-level accuracy and stable characteristics, delivering professional performance that helps maintain optimal braking function. Its easy installation ensures a seamless replacement, perfectly matching the original equipment, making it an ideal upgrade or replacement for your vehicle's ABS system. Key Features: · 100% Brand New & High Quality: Manufactured to meet strict standards for durability and reliability, ensuring long-lasting performance. · Intelligent Sensor Technology: Offers highly accurate detection for enhanced safety and braking efficiency. · Stable & Professional Performance: Designed to maintain consistent operation under various driving conditions. · Easy Installation: Engineered for a perfect fit, allowing for hassle-free installation that matches your vehicle’s original specifications. · Wide Vehicle Compatibility: Specifically suitable for multiple models of FORD MONDEO III (Saloon, Hatchback, Estate) from 2000 to 2007, and JAGUAR X-TYPE (Saloon and Estate) from 2001 to 2012, ensuring broad usability across these popular models. Specifications: · Condition: 100% Brand New · Weight: Approx. 11g / 0.4oz · Compatible Models Include: - FORD MONDEO III Saloon, Hatchback, Estate (2000/10 - 2007/03) across various engine types and displacements - JAGUAR X-TYPE Saloon and Estate (2001/06 - 2009/12) in multiple engine configurations Package Includes: · 1 x ABS Sensor Please note: The product may be shipped as the new or old type randomly. Ensure acceptance of this before placing an order. This ABS sensor is an essential component to maintain your vehicle’s ABS system integrity, helping to detect wheel speed accurately and support safe braking control. Its precision and compatibility make it the perfect choice for replacing a worn or faulty sensor and restoring your vehicle’s safety features to optimal functionality.