What Is 3rd generation S-train

Overview

The 3rd generation S-train, also known as the S-tog MX3000 series, began operation in Copenhagen, Denmark, in 2006. Designed to modernize the city’s suburban rail network, it replaced aging second-generation trains with enhanced safety, comfort, and efficiency.

This generation marked a significant shift toward automation and accessibility. It supports high-frequency service across the region, serving over 300,000 passengers daily during peak times.

• Introduced in 2006: The first MX3000 train entered service on the Hillerød line, marking the start of a phased rollout across all S-tog lines by 2019.
• Manufactured by Siemens and DSB: A joint production effort resulted in 85 trainsets, each consisting of four cars, built between 2006 and 2019.
• Full air conditioning: Unlike earlier models, all third-gen trains feature climate control, improving passenger comfort year-round.
• Low-floor design: Enhances accessibility for passengers with reduced mobility, strollers, and bicycles, with level boarding at platforms.
• Automated operation: Operates under GoA 2 (Grade of Automation 2), where trains drive automatically but are monitored by onboard staff.

How It Works

The 3rd generation S-train integrates modern rail technology with urban transit demands, offering reliable, high-capacity service in Copenhagen’s dense network.

• Automatic Train Operation (ATO): Trains accelerate and brake automatically using onboard systems, reducing human error and improving schedule adherence.
• Communication-Based Train Control (CBTC): Uses continuous two-way radio communication between trains and control centers for real-time monitoring and safety.
• Regenerative braking: Converts braking energy into electricity, feeding up to 25% back into the overhead grid, improving energy efficiency.
• Digital passenger displays: Real-time information on next stops, transfers, and delays is shown inside cars and on platform screens.
• Wider doors and open gangways: Facilitate faster boarding and alighting, increasing throughput during rush hours.
• Improved crashworthiness: Designed to meet modern crash standards, including crumple zones and reinforced passenger compartments.

Comparison at a Glance

Below is a detailed comparison of the three generations of S-trains used in Copenhagen:

The table highlights the technological evolution of the S-tog system. The 3rd generation offers the highest capacity, speed, and accessibility, reflecting modern urban transit standards. These improvements support Copenhagen’s goal of sustainable, high-efficiency public transport.

Why It Matters

The 3rd generation S-train plays a vital role in Copenhagen’s public transportation ecosystem, supporting urban growth and environmental sustainability. Its design reflects forward-thinking urban planning and investment in green infrastructure.

• Reduces congestion: High-capacity trains decrease reliance on private vehicles, easing traffic in central Copenhagen.
• Supports urban expansion: Efficient rail service enables development in suburbs like Farum and Køge.
• Improves punctuality: Automation reduces delays, with over 95% of trains arriving on time in 2022.
• Enhances accessibility: Complies with EU standards for inclusive design, benefiting all passenger groups.
• Lowers emissions: Regenerative braking and electric operation reduce the carbon footprint per passenger kilometer.
• Future-ready infrastructure: Designed to integrate with planned upgrades, including full GoA 4 automation in the coming decade.

As Copenhagen continues to grow, the 3rd generation S-train remains a cornerstone of its mobility strategy, combining reliability, comfort, and sustainability.