Rostra 250-1903-BZFR

When maneuvering large vehicles, tight urban parking structures, or navigating blind zones where factory sensors are absent, adding a flexible, professional-grade obstacle detection system is essential. Manufactured by Rostra Precision Controls—an industry leader in advanced driver assistance systems (ADAS) and vehicle safety solutions—the 250-1903-BZFR Front/Rear Parking Sensor Kit is engineered specifically to provide precise, real-time spatial awareness whether configured on the front bumper or the rear.

Architectural and Hardware Design

The 250-1903-BZFR kit is built with high-precision electronic components and adaptable mounting hardware:

• Configurable Front or Rear Installation: Features versatile system programming and hardware allowing technicians to mount the sensor matrix on either the front or rear bumper depending on vehicle safety needs.

• Four Paintable Ultrasonic Sensor Heads: Includes four low-profile, flush-mountable sensor capsules featuring paintable bezels designed to blend seamlessly into plastic or metal vehicle bumpers.

• 3-Color Audio/Visual Dash Display: Equipped with a sleek dashboard-mountable LED display module featuring color-coded visual distance indicators and an integrated speaker with adjustable volume settings.

Key Features and Functional Capabilities

Deploying the Rostra 250-1903-BZFR parking assist system in your vehicle build delivers major operational advantages:

1. Dual-Zone Adaptability

Can be installed as a front parking aid to protect low front splitters and bumpers against parking blocks, or as a traditional rear backup sensor system.

2. Built-In Self-Diagnostics

Features intelligent onboard firmware that automatically performs system self-diagnostics upon startup to identify and report any sensor faults or wiring issues.

3. Optional GPS Deactivation Compatibility

Supports optional GPS accessory modules (such as the Rostra 250-1903-GPS) which automatically disable the front sensor system above 10 mph to eliminate unwanted false alerts during normal forward driving.