"М2030"

This innovative transport infrastructure solution has no equivalent on the Russian market.

Winner of the Best Industrial Design of Russia 2025 national award in the Design Product category.

Key features

• A record-breaking slim pedestal measuring just 125 mm wide—the narrowest in global practice—allows more access lanes to be installed in existing station concourses, increasing station throughput by up to 40%.
• Supports all modern payment methods, including bank and transport cards such as Troika, virtual cards, NFC, QR codes, the Faster Payments System (FPS), and Face Pay.
• Haptic feedback after successful payment assists visually impaired passengers. The turnstile generates a vibration to confirm that the fare has been paid and the passenger may proceed, eliminating the need for visual confirmation.
• An advanced sensor system accurately detects passengers and luggage, prevents unauthorised access, and enables passenger-flow analysis.
• A projected Face Pay detection zone clearly indicates where passengers should stand to complete facial-recognition payment.
• The vandal-resistant construction, featuring stainless steel and tempered glass, ensures a long service life under demanding operating conditions.
• Reversible operation enables flexible passenger-flow management depending on traffic levels.

Designed for transport facilities with high passenger volumes and stringent security requirements:

• metro systems, the Moscow Central Circle (MCC), and Moscow Central Diameters (MCD);

• railway stations and river terminals;

• transport interchange hubs.

• It is a fully functional IP device with all components — including the controller, reader, software, and biometric cameras — integrated at the factory. Reliable, user-friendly, and aesthetically refined. This approach ensures full compatibility between all system components.

• Support for all modern fare payment methods: bank and transport cards, including Troika, virtual cards, NFC, QR codes, the Faster Payments System (FPS), and Face Pay.

• Vibration feedback upon payment: an accessibility feature for visually impaired passengers. When payment is successful, the turnstile generates a vibration signal confirming that passage is permitted. This helps passengers proceed without relying on visual confirmation.

• An illuminated floor projection clearly marks the Face Pay detection zone, showing passengers exactly where to stop to pay using Face Pay.

• IoT capabilities: the turnstile can be connected to various monitoring and diagnostic systems.

• Reversible operation allows passenger flow to be redirected in either direction as needed, depending on station demand. This helps increase station throughput during periods of peak passenger traffic.

• An increased number of passage sensors enables more accurate detection of a passenger’s position within the lane, identifies the presence of luggage, and prevents premature gate closure. The turnstile gates close quickly but safely, without causing injury.

• Bright payment status indicators along the turnstile housing show whether a transaction has been completed successfully, help metro staff visually monitor fare payments, and enable them to respond quickly to attempted fare evasion.

• The modular design enables quick changes to the turnstile’s functionality without replacing the unit or carrying out extensive engineering work. It also simplifies maintenance and repairs.

Complies with transport security requirements established by the Russian Government Resolution No. 969 dated September 26, 2016, and can be used for implementing access control systems at transport infrastructure facilities.

Certificates

COST

We do not sell standard stock items but specialize in custom project manufacturing. We provide a tailored approach from developing project documentation to producing structural components with customized/individualized technical and design specifications.

As a result, the cost of access control equipment and solutions is calculated individually for each project, depending on such factors as purpose of the project, number of access points, specific operational requirements, the number of automated user workstations, required integrations with external information/IT systems and other specific parameters.

Describe your requirements, and our team will develop a customized solution based on your business goals.

To receive a project cost estimate and personalized terms, please email us at sales@infomatika.digital with the following details (if available):

• Facility description (capacity/special features);

• Key objectives to address;

• Architectural/layout plans (if applicable);

• Type and quantity of required equipment;

• Name and contact phone number.

A well-developed project concept allows you to select the optimal solution and implement it efficiently.

• Moscow Metro
• Leningradsky Railway Station, Moscow