Nedap 9982817 Transit Ultimate Long-Range Vehicle and Driver Identification Legic Booster Tag

Ensure fast, secure vehicle access with the Nedap Transit Ultimate Long-Range Vehicle and Driver Identification Legic Booster Tag. This vehicle window tag is engineered to deliver dependable long-range identification of both vehicle and driver, helping facilities minimize entry delays and improve operational flow across parking, gated sites, and logistics hubs. Built on Legic Booster Tag technology and supplied as manufacturer part number 9982817, the tag boosts RFID read reliability and integrates directly with Nedap Transit Ultimate access control systems to link credentials for precise monitoring and surveillance.

The low-profile window-mounted design is ideal for fleet and mixed-vehicle environments where discreet, tamper-resistant identification is required. By improving read range and consistency, the tag reduces manual checks and strengthens security posture—supporting access control, vehicle identification, and perimeter monitoring initiatives. Ideal for commercial parking, corporate campuses, gated residential communities, and transportation depots, the Nedap window tag streamlines operations while enhancing situational awareness. Contact your supplier or add the tag to your next access control upgrade to improve secure vehicle throughput and monitoring.

• Speeds vehicle entry with reliable long-range vehicle and driver identification, reducing queuing and improving throughput.
• Window-mounted Legic Booster tag that extends RFID read performance for consistent detection in access control and monitoring workflows.
• Seamless integration with Nedap Transit Ultimate systems to bind driver and vehicle credentials for secure access and surveillance.
• Durable, low-profile window form factor designed for fleet environments and discreet deployment on vehicle glass.
• Simplifies deployment and asset tracking with manufacturer part number 9982817 and broad compatibility with standard RFID readers.
• Enhances site security by enabling accurate vehicle identification, reducing tailgating and improving parking and perimeter monitoring.