The Ideal Solution for Large Projects and Modern Parking Facilities

ROUSIS SYSTEMS introduces its new range of Electronic Parking Signs, specifically designed for applications where maximum visibility and reliable operation are essential.

Featuring extra-tall LED digits, these signs provide outstanding readability even from long distances, allowing drivers to instantly view the number of available parking spaces.


Maximum Visibility in Every Environment

Our new parking signs have been developed for installations where information must remain clearly visible under all lighting conditions.

The extra-tall LED digits offer:

  • Excellent readability from long distances
  • High brightness for both day and night operation
  • Automatic brightness adjustment (Auto Brightness)
  • Low power consumption
  • Long service life

Ideal Applications

ROUSIS SYSTEMS electronic parking signs are suitable for:

  • Shopping malls
  • Hospitals
  • Airports
  • Sports facilities
  • Hotels
  • Universities
  • Industrial sites
  • Multi-storey and underground parking garages
  • Public parking areas

Engineered for Continuous Operation

Our parking signs are designed and manufactured for professional applications where reliability is critical.

Key Features

  • Extra-tall, high-brightness LED digits
  • 24/7 continuous operation
  • Automatic brightness control
  • Durable construction for both indoor and outdoor installations
  • Designed for demanding environments
  • Low maintenance requirements
  • Long operational lifetime

Custom Solutions for Every Project

Every parking project has unique requirements. For this reason, ROUSIS SYSTEMS offers fully customized parking signs, including:

  • Various sign dimensions
  • Different LED digit heights
  • Custom graphics and layouts
  • Customer branding and corporate identity
  • Different digit configurations
  • Custom designs tailored to project specifications

Our parking signs can also be easily integrated with existing Parking Guidance Systems (PGS) and parking management platforms.