Peugeot / Citroen East & Central Europe 2025 navigation map

Discover the Latest HERE Map Update for Eastern and Central Europe.

Explore the newly updated HERE map designed exclusively for your Peugeot Wip Nav / Citroën MyWay (RNEG Becker) navigation system. This digital map update is a treasure trove of advanced features, covering vast expanses of Eastern and Central Europe and boasting a multitude of points of interest.

What's Inside:

• Extensive POI Database: Uncover golf courses, theaters, hotels, car dealerships, and more, transforming your navigation system into the ultimate travel companion for Eastern and Central Europe.
• Enhanced Trip Experience: Benefit from refreshed data for distance markers, enhancing trip guidance and enabling quicker roadside assistance by pinpointing driver location signs.
• Stay Ahead with Speedcam Alerts: Navigate confidently with speedcam alerts that provide both sound and visual warnings for approaching speed cameras.

Please be aware of a few known issues with this update:

1. Limited POI Search: While POIs are displayed on the map, the search and select function for POIs is currently unavailable.
2. Display Artifacts: Due to the limited RAM memory of RNEG MyWay / Wip Nav systems and the substantial size of the updated 'HERE' '2025-1' maps, occasional black artifacts may appear on the screen when manually scrolling and scaling the map in '2.5D' mode. However, '2D' mode navigation functions seamlessly.
3. Character Display: Extended Latin characters like "Å," "Ã," "Å" may not be displayed on the screen.

Claim Your Free Peugeot & Citroen MyWay (RNEG) Firmware Update:

To enhance your navigation experience further, we're offering a complimentary Citroen MyWay (RNEG) firmware update. Simply add this product to your cart, and we'll include the firmware update as a gift. Installation is hassle-free, requiring no expertise. Begin enjoying your updated maps right away. Ensure your navigation unit matches the illustrated image, and we recommend firmware version R50x or higher for optimal performance.