Crows Nest Metro: 2026 Construction Update
Sydney’s Crows Nest Station, a key Sydney Metro addition, opens in 2024, boosting rail connectivity and featuring driverless trains.

Project Profile: Crows Nest Station, Sydney Metro
Crows Nest Station is a key underground node on the Sydney Metro City & Southwest line, engineered to enhance transport capacity and connectivity for Sydney’s lower North Shore. The project involved deep excavation and complex civil engineering to integrate a high-frequency, driverless metro service into a dense urban environment. This profile outlines the station’s technical specifications and strategic impact on the network.
| Attribute | Details |
|---|---|
| Project Name | Crows Nest Station (Sydney Metro City & Southwest) |
| Location | Crows Nest, Sydney, New South Wales, Australia |
| Line Length (Relevant Section) | Part of the 30km Sydney Metro City & Southwest line; served by 3.6km of twin tunnels connecting Chatswood and Crows Nest. |
| Operational Frequency | High-frequency driverless trains operating every 4 minutes during peak hours. |
| Estimated Contract Cost | A$370 million (Station construction contract) |
| Status (as of late 2025) | Operational (Opened in 2024) |
| Key Contractors | AW Edwards (Station Construction); SMEC-led Consortium (Design); Systems Connect (Rail Systems); Arcadis/Mott MacDonald JV (Preliminary Design) |
Technical Specifications
The construction of Crows Nest Station required significant geotechnical and civil engineering expertise due to its location 25 meters below ground in a busy urban precinct. The primary structure is a large station box, which necessitated the excavation of over 365,000 tonnes of rock. A key logistical solution was the implementation of a temporary street-level working platform over the site to facilitate excavation while minimizing surface-level disruption. The station connects to the wider network via 3.6km of twin-bore tunnels, constructed to accommodate the driverless Alstom Metropolis TS sets.
Systems integration was critical, managed by the Systems Connect joint venture. This included the installation of tracks, overhead power systems, and the advanced communications-based train control (CBTC) signaling system that enables the high-frequency, automated operation of the metro service. The station itself features two main entrances to optimize pedestrian flow from the Pacific Highway and Clarke Street, with vertical transport provided by high-capacity lifts and escalators to ensure full accessibility.
Key Takeaways for Infrastructure Professionals
- Strategic Network Expansion: The station serves as a critical link, drastically reducing travel times between the lower North Shore and key CBD locations like Barangaroo (5 minutes) and Martin Place (7 minutes), thereby alleviating pressure on existing transport corridors.
- Transit-Oriented Development: The project’s design goes beyond transport, incorporating retail spaces within the station and stimulating urban renewal in the surrounding precinct with improved pedestrian and cycling infrastructure. This model demonstrates the value of integrating infrastructure projects with broader urban development goals.
- Advanced Urban Engineering: The successful excavation and construction of a deep station box in a developed area showcases advanced techniques in materials management, logistical planning, and multi-disciplinary collaboration between civil, design, and systems engineering firms.
Frequently Asked Questions (FAQ)
When did Crows Nest Metro station open?
Crows Nest Station, a part of the Sydney Metro City & Southwest line, commenced passenger services in 2024. Its opening significantly enhanced public transport connectivity for residents and businesses between the lower North Shore, the CBD, and beyond.
Who built the Crows Nest Metro station?
The primary construction contract for the Crows Nest Station was executed by AW Edwards. The station’s design and precinct plan were developed by a consortium led by SMEC, while Systems Connect was responsible for the crucial installation of rail systems, including tracks, power, and signaling.
