Warwick Farm Commuter Car Park
Project overview
Planning is underway to provide additional commuter parking at Warwick Farm.
The project is part of the NSW Government’s Commuter Car Park Program, providing you with more convenient access to public transport at key interchanges and helping to ease congestion on our roads.
Subject to community consultation and planning approval, construction of approximately 250 additional spaces is expected to begin early-2021 and is expected to be completed in early-2022.
Key benefits
- adding two storeys to the existing multi-storey car park, providing approximately 250 additional spaces
- a new lift and extension of the existing lift
- additional accessible parking spaces close to the station
- solar panels on the rooftop level
- provision for future electric vehicle charging spaces
- motorcycle parking bays
- a new footpath through Hart Park to improve connectivity to the station
- CCTV, lighting and wayfinding signage for improved safety and security.

Thank you for your feedback
Transport for NSW has received feedback from the community on the proposed commuter car park. All feedback is currently being reviewed and all submissions will receive a written response in the coming weeks.
If you have any questions about the proposal please email us at projects@transport.nsw.gov.au or call 1800 684 490.
- View concept design (PDF, 428.49 KB)
- View Review of Environmental Factors (PDF, 5.93 MB)
- View more information (PDF, 902.55 KB)
Keeping you up to date
Transport for NSW will keep the community informed about the project as it progresses.
If you would like to sign up to receive email updates about the project, please call 1800 684 490 or email projects@transport.nsw.gov.au.
Planning documents
Warwick Farm Commuter Car Park - Review of Environmental Factors (PDF, 5.93 MB)
Warwick Farm Commuter Car Park - Landscape and Visual Impact Assessment (PDF, 4.5 MB)
Warwick Farm Commuter Car Park - Traffic and Transport Assessment (PDF, 1.15 MB)
Warwick Farm Commuter Car Park - Noise and Vibration Assessment (PDF, 1.27 MB)