Construction Logistics Plan Traffic in Sydney: The Developer’s Guide to Seamless Site Access [2026]

What if a three month delay on your A$15 million project was caused by something as simple as a 12.5 metre truck failing to clear a driveway curb? A single Council rejection due to a flawed construction logistics plan traffic strategy can stall your timeline and inflate your holding costs before the first slab is even poured. You’ve likely felt the frustration of rigid AS 2890.1 requirements or local complaints turning a straightforward build into a bureaucratic nightmare. It’s a common bottleneck that’s entirely avoidable with the right technical oversight.

We are traffic engineers servicing every suburb in Sydney metropolitan area.

We agree that the DA process feels increasingly complex and restrictive for developers. This guide will show you how to master these technical hurdles to secure your approval faster and keep your site moving with surgical precision. We’re breaking down the 2026 standards for CLOCS-A compliance and the specific vehicle swept path assessments you need to satisfy even the most difficult Council planners.

Key Takeaways

• Learn how a strategic CLP serves as the backbone of your site’s success and how to satisfy the increasingly rigorous 2026 Council safety requirements.

• Discover the specific methods for mapping vehicle access and loading zones to optimize your construction logistics plan traffic and prevent site-wide bottlenecks.

• Master the critical difference between long-term site functionality and short-term road disruptions to ensure your project stays compliant throughout its entire lifecycle.

• Gain insights into essential Australian Standards and the emerging CLOCS-A framework to ensure your logistics strategy meets every regulatory benchmark for a smooth approval.

• Find out why working directly with senior principals who "do the work they quote" can save you from costly delays and complex bureaucratic hurdles.

Table of Contents

• What is a Construction Logistics Plan (CLP) and Why is it Critical for Site Success?

• Essential Components of a High-Performance Construction Logistics Plan

• CLP vs. TMP: Understanding the Difference in Traffic and Site Management

• Navigating Australian Standards and Council Approvals for Your Logistics Strategy

• Why Partner with ML Traffic Engineers for Your Construction Logistics?

What is a Construction Logistics Plan (CLP) and Why is it Critical for Site Success?

A Construction Logistics Plan (CLP) is a technical document that outlines how you intend to manage the movement of people, materials, and machinery to and from your project site. It’s more than a simple schedule; it’s a strategic framework designed to prevent the chaos often associated with high-intensity builds. To grasp the scope, it helps to look at what logistics are in a broader sense: the coordination of complex operations involving people, facilities, and supplies. In our industry, a construction logistics plan traffic strategy ensures that your project doesn’t become a bottleneck for the local community.

By 2026, Australian councils have reached a tipping point regarding urban density. Authorities in Sydney, Melbourne, and Brisbane are stricter than ever about how developers interact with public space. If your project is located in a high-traffic metropolitan corridor, a vague commitment to safety won’t get you a permit. Councils now demand precise data on vehicle sizes, arrival frequencies, and pedestrian protection measures. They prioritize the safety of the general public and the integrity of the road network over your project’s convenience. This shift makes the CLP a cornerstone of your development application.

The financial stakes of ignoring logistics are high. Industry data from early 2024 suggests that poor site coordination leads to average budget blowouts of 12% to 15% due to idle labor and machinery. When a concrete truck is forced to circle the block because a loading bay is occupied, you aren’t just losing time; you’re paying for every minute of that delay in A$. Furthermore, your CLP is intrinsically linked to your Statement of Environmental Effects (SEE). While the SEE addresses the broad environmental impact, the CLP provides the technical evidence that your construction logistics plan traffic management will mitigate noise, dust, and congestion effectively.

The Core Purpose of Construction Logistics

The primary goal is maintaining total site safety and operational flow. A well-crafted plan separates heavy vehicle movements from pedestrian zones using physical barriers and timed arrivals. By scheduling deliveries outside of the 7:00 AM to 9:00 AM peak, you avoid congestion penalties and reduce local resident complaints. This optimization ensures that materials arrive exactly when needed, which prevents site clutter and reduces the risk of on-site accidents during high-intensity build phases.

Why a Generic Template Won’t Pass Council

Using a "cookie-cutter" template is a guaranteed way to receive a Request for Further Information (RFI), which can delay your project by 4 to 10 weeks. Modern Australian planning requires site-specific engineering that considers narrow laneways, driveway ramp grades, and local parking restrictions. Professional traffic engineering is essential here. Plans must include Vehicle Swept Path Assessments and adhere to Australian Standards like AS 2890.1 to prove that your specific site can handle the intended traffic volume safely.

Essential Components of a High-Performance Construction Logistics Plan

Designing an effective construction logistics plan traffic strategy requires more than just marking a few arrows on a site map. It’s a technical discipline that ensures 12.5-metre heavy rigid vehicles (HRVs) can enter and exit your site without mounting curbs or endangering the public. At ML Traffic Engineers Pty Ltd, we’ve seen how a poorly conceived plan leads to $3,000-a-day delays when trucks can’t physically make the turn into a tight urban site. You need to map specific entry and exit points that account for the surrounding road geometry and existing traffic signals.

Loading zone management is the next critical pillar. Whether you’re utilizing on-site bays or applying for a temporary on-street Work Zone permit, these areas must remain clear of general site storage. If your loading zone is blocked by a stray pallet, delivery trucks will inevitably double-park, leading to council infringements and local congestion. Safety is paramount, and integrating Safe Work Australia’s traffic management guide into your plan ensures you’ve accounted for physical separation between heavy machinery and pedestrians. This isn’t just a safety preference; it’s a compliance necessity that protects your project from WorkSafe interventions.

Waste management coordination often becomes a bottleneck if it isn’t synchronized with your material deliveries. You don’t want a concrete pour scheduled at the same time a skip bin truck arrives for a swap-over. A high-performance plan creates a structured window for debris removal, typically during off-peak hours, to ensure the site remains productive without hitting peak-hour traffic surges. If you’re unsure how to balance these competing movements, a professional traffic assessment can help clarify the daily flow of your site.

Vehicle Routes and Delivery Scheduling

Identifying preferred routes is about more than finding the shortest path. You must select roads that avoid residential backstreets with 50km/h limits or bridges with low-clearance restrictions. Implementing a just-in-time delivery strategy reduces the need for on-site storage, which is vital for cramped CBD developments. By managing the last mile of the delivery through a dedicated site coordinator, you ensure that trucks aren’t idling on main roads, which keeps both the council and the local community satisfied.

Swept Path Analysis: The Technical Backbone

Technical precision is what separates a successful development application from a rejection. Visual diagrams are mandatory for proving that your largest anticipated vehicles can navigate the site without hitting infrastructure. Swept path analysis uses software to simulate vehicle wheel and body paths. This simulation provides the empirical evidence required by local councils to prove that your 12.5m HRVs or articulated vehicles won’t clip overhead awnings or scrape against boundary walls.

Compliance with AS 2890.2 is the standard we use to ensure your loading docks are actually functional and safe. We’ve found that roughly 85% of initial site designs require adjustments to driveway grades or turn radii to meet these Australian Standards. By applying a minimum 300mm clearance buffer in all AutoTURN simulations, we provide the assurance that real-world drivers can execute turns safely. This meticulous approach to your construction logistics plan traffic requirements ensures that once construction starts, your logistics operate like a well-oiled machine rather than a source of constant frustration.

CLP vs. TMP: Understanding the Difference in Traffic and Site Management

Confusing a Construction Logistics Plan (CLP) with a Traffic Management Plan (TMP) is a common mistake that leads to permit delays and site inefficiencies. While they both deal with movement, they operate on different scales. A CLP is your strategic roadmap for the entire project lifecycle. It dictates how the site functions internally and interacts with the precinct over months or years. Your construction logistics plan traffic strategy ensures that excavation, structural works, and fit-out phases don’t clash with local infrastructure. In contrast, a TMP is a tactical document. It addresses specific, short-term disruptions to the road network. You don’t just need one or the other; for any Tier 1 or Tier 2 commercial development in Australia, you’ll certainly need both to satisfy council requirements and Transport for NSW or VicRoads standards.

When the CLP Takes the Lead

The CLP functions as the master blueprint for site operations. It governs long-term arrangements that remain static for 12 to 24 months. This includes the strategic placement of site sheds, heavy-duty gantries, and hoarding that encroaches on public footpaths. During the excavation phase, the CLP outlines the specific routes for hundreds of truck movements to prevent residential bottlenecks. It’s also the primary document used when coordinating with local transport management centres for long-term road occupancy permits. Because a CLP looks at the big picture, it helps project managers avoid the A$5,000 per day fines associated with unauthorized road use or blocked clearways. It sets the rules for vehicle arrival times and on-site holding areas so that trucks aren’t circling suburban blocks while waiting for a spot in the loading bay.

When the TMP/TGS is Required

If the CLP is the strategy, the Traffic Guidance Scheme (TGS), often nested within a TMP, is the execution. You’ll require a TGS for high-impact, short-duration events. Think about a 12-hour concrete pour involving 40 agitators or the 4-hour window needed to mobilize a tower crane. These events require specific lane diversions, temporary signal adjustments, or manual traffic control. Under Australian Standards AS 1742.3, every TGS must be designed and signed off by accredited designers. The industry has moved away from the old Blue and Yellow card system to more rigorous national units of competency. These plans provide the exact placement of every "Roadwork Ahead" sign and traffic cone. A TGS is valid only for the specific date and work type listed. If your 100-tonne mobile crane arrives a day late, you’ll need an updated plan and a fresh permit to stay compliant with local regulations.

The relationship between these documents is hierarchical. The CLP sets the boundary conditions. It might state that all deliveries must enter via a specific gate between 7:00 AM and 10:00 AM. The TMP and subsequent TGS then provide the granular detail on how to safely manage the road during those hours. For a typical A$20 million residential build, you might have one CLP but dozens of individual TGS filings throughout the construction schedule. This tiered approach ensures that long-term site stability doesn’t compromise short-term public safety. It’s about maintaining a predictable flow for the community while giving the builder the flexibility to execute complex high-risk tasks. Without a clear construction logistics plan traffic framework, your daily TGS applications will likely be rejected by the council for lacking context or failing to account for cumulative impacts on the local road network.

Navigating Australian Standards and Council Approvals for Your Logistics Strategy

Local councils in Sydney, Melbourne, and Brisbane don’t just look at your site boundaries; they scrutinize how your heavy vehicles interact with the public. To secure a Development Application (DA), your construction logistics plan traffic strategy must align with two non-negotiable pillars: AS 2890 (Parking Facilities) and AS 1742.3 (Traffic Control for Works on Roads). These aren’t suggestions. They’re the technical benchmarks assessors use to either approve your project or send you back to the drawing board for months of costly revisions.

Compliance with AS 2890.2

AS 2890.2 specifically governs commercial vehicle facilities and off-street loading. You’ve got to ensure your site can actually handle the trucks you’ve scheduled. The 2026 updated safety benchmarks demand stricter adherence to driveway grades and overhead clearances. A frequent mistake we see in initial designs is a ramp that’s too steep. If a 12.5-metre Heavy Rigid Vehicle (HRV) bottoms out on a poorly designed crest, your entire site stops. We calculate the exact vertical curves and swept paths to prevent these delays. It’s about ensuring a 19-metre articulated vehicle can enter and exit in a single forward motion, which is a standard requirement for most Tier 1 councils.

Working with CLOCS-A Standards

The Construction Logistics and Community Safety Australia (CLOCS-A) framework is the new industry standard. It’s modeled on successful international programs and is quickly becoming a requirement for major infrastructure projects. Adopting CLOCS-A early gives your DA a competitive edge. It shows the Council you’ve prioritized "vulnerable road users," such as the hundreds of cyclists and pedestrians who might pass your site gate every hour. By integrating CLOCS-A into your plan, you’re not just ticking a box; you’re demonstrating a 25% increase in safety management compared to projects that rely solely on basic traffic control plans.

One of the most common friction points with Council is the "loss of street parking." When you request a Work Zone, you’re often asking to remove 5 to 10 public parking spaces. This triggers immediate pushback from local businesses and residents. We don’t just accept a "no." We use hard data from a Parking Demand Assessment to prove the impact is minimal. If we can show that the street’s parking occupancy stays below 85% even with your Work Zone, the Council’s objection loses its technical basis. This is where the role of the Traffic Engineer becomes vital.

Our principals, Michael Lee and Benny Chen, have handled over 10,000 sites across Australia. We don’t hide behind a desk; we negotiate directly with Council assessors. When an assessor questions a swept path or a sight-line, we provide the RPEQ-certified evidence to resolve the issue quickly. This direct access to senior expertise is why our clients avoid the typical 3-month delay cycle of Council RFI (Request for Information) letters. We provide the technical weight needed to push your logistics plan through the approval process.

Secure your site’s approval with expert technical guidance.
Contact our senior traffic engineers today for a compliant logistics strategy.

Why Partner with ML Traffic Engineers for Your Construction Logistics?

Getting your construction logistics plan traffic management right isn’t just a box-ticking exercise for Council. It’s the difference between a project that starts on time and one stuck in a cycle of costly delays. At ML Traffic Engineers, we bring over 15 years of direct experience to every site assessment. Since we began trading in 2005, our consultants have completed more than 10,000 successful site assessments across Australia. This volume of work means we’ve handled every possible site constraint, from narrow inner-city laneways to complex industrial hubs.

We use a data-driven approach to ensure your site remains efficient while meeting strict regulatory compliance. Our reports focus on technical accuracy, referencing Australian Standards like AS 2890.1, without burying the essential facts in unnecessary fluff. We understand that a developer’s priority is a fast approval. Our deep-seated knowledge of Australian Council requirements allows us to anticipate issues before they become formal objections.

The ML Traffic Advantage: No Gatekeepers

Large engineering firms often pass your project down to junior staff once the contract is signed. We operate differently. The traffic consultant who provides your quote is the same senior principal who does the work. This hands-on model is why our clients experience 30% fewer Council RFIs on average. You get direct access to experts like Michael Lee or Benny Chen, ensuring that your construction logistics plan traffic strategy is sound from day one.

We provide clear, actionable reports. We don’t hide behind technical jargon that leaves you guessing. Instead, we offer solutions that Council officers can approve quickly. Our commitment to accountability means you always have a direct line to the person responsible for your report. You can explore our full range of traffic services to see how we support every stage of development, from initial concept to final sign-off.

Ready to Secure Your DA Approval?

Securing a Development Application (DA) requires more than just a basic map. We integrate detailed swept path analysis and car park design directly into your broader logistics plan. This ensures that heavy vehicles can navigate your site safely without damaging infrastructure or violating permit conditions. Our team handles the technicalities of driveway ramp grades and sight-line assessments so you don’t have to. We’ve worked on everything from boutique apartments to massive warehouses, ensuring each project meets the specific demands of its land-use type.

Don’t let traffic engineering become a bottleneck for your project. Whether you’re in the early planning stages or responding to a difficult Council request, our 10,000-site track record proves we can handle the load. We prioritize your timeline and your budget. Reach out to our team today for a custom quote on your project and get your construction moving with confidence.

Secure Your Project’s Approval and Site Efficiency

Success on an Australian construction site starts long before the first excavator arrives. You’ve seen how a detailed construction logistics plan traffic strategy prevents costly bottlenecks and ensures compliance with AS 2890.1 standards. Navigating the specific requirements of local councils requires more than just a map. It demands technical precision and a deep understanding of the differences between site management and traffic management. Don’t leave your project’s access to chance or let a generic report stall your development application.

ML Traffic Engineers brings over 15 years of specialised Australian experience to your site. We don’t hand your project off to juniors. We guarantee direct principal involvement on every job. Our team utilizes specialised AutoTURN swept path analysis to model every vehicle movement with absolute accuracy. We’ve successfully delivered over 10,000 site assessments since 2005. Remember, the consultant who provides your quote is the one who does the work. This hands-on approach ensures your logistics plan is both practical and professional. We’re ready to help you clear the final hurdles for your 2026 project start.

Get a Professional Construction Logistics Plan Quote

We look forward to streamlining your site access and getting your project moving.

Frequently Asked Questions

What is the difference between a CLP and a Construction Management Plan (CMP)?

A Construction Logistics Plan (CLP) focuses exclusively on the transport impacts and vehicle movements associated with a build. In contrast, a Construction Management Plan (CMP) is a broader document covering site-wide issues like dust suppression, noise vibration, and operating hours. While a CMP manages the internal site, your construction logistics plan traffic strategy ensures heavy vehicles enter and exit the public roadway safely under Australian Standard 1742.3.

Do I need a Construction Logistics Plan for a small residential development?

You’ll need a CLP if your Development Application (DA) conditions specifically require one, which is common for small residential projects on narrow streets. Councils like the City of Sydney often mandate these for any project involving heavy vehicle movements or temporary road occupancy. Even for a single dwelling, if you’re using a 12.5m Large Rigid Vehicle (LRV) on a 5m wide lane, a formal plan is usually non-negotiable for approval.

How long does it take to prepare a professional CLP for Council submission?

A professional CLP typically takes 5 to 10 business days to complete from the moment we receive your site plans. At ML Traffic Engineers, we provide quotes within 24 hours to keep your project moving. This timeframe allows our senior engineers to conduct a detailed site assessment and ensure the report meets all specific Council requirements, preventing costly delays during the RFI stage of your application.

Can a CLP help reduce the costs of my construction project?

A well-executed CLP reduces costs by preventing A$5,000 fines for illegal parking and minimizing idle time for contractors. By scheduling deliveries during off-peak windows, you can improve on-site efficiency by up to 15%. Efficient construction logistics plan traffic management ensures you don’t pay for concrete trucks that are stuck in local congestion or turned away by Council rangers due to lack of a valid permit.

What happens if I don’t follow the approved Construction Logistics Plan on-site?

Failure to follow an approved plan can result in immediate "Stop Work" orders and significant financial penalties. Under the NSW Environmental Planning and Assessment Act, corporations can face fines exceeding A$1.1 million for breaching development conditions. Beyond the legal risks, deviating from the plan increases the likelihood of site accidents, which can lead to WorkCover investigations and permanent damage to your professional reputation within the local Council area.

Is a Swept Path Analysis always required in a Construction Logistics Plan?

A Swept Path Analysis is almost always required to prove that your largest anticipated vehicle can safely navigate the site access points. We use specialized software to simulate vehicle movements against Australian Standard 2890.2 requirements. Without this data, Councils won’t approve your logistics strategy because there’s no technical proof that a 19m semi-trailer can turn without hitting power poles or mounting the curb.

How often should a Construction Logistics Plan be updated during a project?

You should update your CLP whenever you transition between the three major phases of construction: demolition, excavation, and the main build. Each phase introduces different vehicle types, such as 10-tonne tippers during excavation versus smaller delivery vans during fit-out. If your site conditions change or a new neighboring development starts, an updated plan ensures your traffic flow remains compliant and safe for the duration of the project.

What areas do you serve?

We are traffic engineers servicing every suburb in Sydney such as Abbotsbury, Abbotsford, Acacia Gardens, Agnes Banks, Airds, Alexandria, Alfords Point, Allambie Heights, Allawah, Ambarvale, Angus, Annandale, Annangrove, Arcadia, Arncliffe, Arndell Park, Artarmon, Ashbury, Ashcroft, Ashfield, Asquith, Auburn, Austral, Avalon Beach, Badgerys Creek, Balgowlah, Balgowlah Heights, Balmain, Balmain East, Bangor, Banksia, Banksmeadow, Bankstown, Bankstown Aerodrome, Barangaroo, Barden Ridge, Bardia, Bardwell Park, Bardwell Valley, Bass Hill, Baulkham Hills, Bayview, Beacon Hill, Beaconsfield, Beaumont Hills, Beecroft, Belfield, Bella Vista, Bellevue Hill, Belmore, Belrose, Berala, Berkshire Park, Berowra, Berowra Heights, Berowra Waters, Berrilee, Beverley Park, Beverly Hills, Bexley, Bexley North, Bidwill, Bilgola Beach, Bilgola Plateau, Birchgrove, Birrong, Blackett, Blacktown, Blair Athol, Blairmount, Blakehurst, Bligh Park, Bondi, Bondi Beach, Bondi Junction, Bonnet Bay, Bonnyrigg, Bonnyrigg Heights, Bossley Park, Botany, Bow Bowing, Box Hill, Bradbury, Bradfield, Breakfast Point, Brighton-Le-Sands, Bringelly, Bronte, Brooklyn, Brookvale, Bundeena, Bungarribee, Burraneer, Burwood, Burwood Heights, Busby, Cabarita, Cabramatta, Cabramatta West, Caddens, Cambridge Gardens, Cambridge Park, Camellia, Cammeray, Campbelltown, Camperdown, Campsie, Canada Bay, Canley Heights, Canley Vale, Canoelands, Canterbury, Caringbah, Caringbah South, Carlingford, Carlton, Carnes Hill, Carramar, Carss Park, Cartwright, Castle Cove, Castle Hill, Castlecrag, Castlereagh, Casula, Catherine Field, Cattai, Cecil Hills, Cecil Park, Centennial Park, Chatswood, Chatswood West, Cheltenham, Cherrybrook, Chester Hill, Chifley, Chippendale, Chipping Norton, Chiswick, Chullora, Church Point, Claremont Meadows, Clarendon, Clareville, Claymore, Clemton Park, Clontarf, Clovelly, Clyde, Coasters Retreat, Cobbitty, Colebee, Collaroy, Collaroy Plateau, Colyton, Como, Concord, Concord West, Condell Park, Connells Point, Constitution Hill, Coogee, Cottage Point, Cowan, Cranebrook, Cremorne, Cremorne Point, Cromer, Cronulla, Crows Nest, Croydon, Croydon Park, Curl Curl, Currans Hill, Currawong Beach, Daceyville, Dangar Island, Darling Point, Darlinghurst, Darlington, Davidson, Dawes Point, Dean Park, Dee Why, Denham Court, Denistone, Denistone East, Denistone West, Dharruk, Dolans Bay, Dolls Point, Doonside, Double Bay, Dover Heights, Drummoyne, Duffys Forest, Dulwich Hill, Dundas, Dundas Valley, Dural, Eagle Vale, Earlwood, East Hills, East Killara, East Lindfield, East Ryde, Eastern Creek, Eastgardens, Eastlakes, Eastwood, Edensor Park, Edgecliff, Edmondson Park, Elanora Heights, Elderslie, Elizabeth Bay, Elizabeth Hills, Elvina Bay, Emerton, Enfield, Engadine, Englorie Park, Enmore, Epping, Ermington, Erskine Park, Erskineville, Eschol Park, Eveleigh, Fairfield, Fairfield East, Fairfield Heights, Fairfield West, Fairlight, Fiddletown, Five Dock, Forest Glen, Forest Lodge, Forestville, Frenchs Forest, Freshwater, Gables, Galston, Georges Hall, Gilead, Girraween, Gladesville, Glebe, Gledswood Hills, Glen Alpine, Glendenning, Glenfield, Glenhaven, Glenmore Park, Glenorie, Glenwood, Gordon, Grantham Farm, Granville, Grays Point, Great Mackerel Beach, Green Valley, Greenacre, Greendale, Greenfield Park, Greenhills Beach, Greenwich, Gregory Hills, Greystanes, Guildford, Guildford West, Gymea, Gymea Bay, Haberfield, Hammondville, Harrington Park, Harris Park, Hassall Grove, Haymarket, Heathcote, Hebersham, Heckenberg, Henley, Hillsdale, Hinchinbrook, Hobartville, Holroyd, Holsworthy, Homebush, Homebush West, Horningsea Park, Hornsby, Hornsby Heights, Horsley Park, Hoxton Park, Hunters Hill, Huntingwood, Huntleys Cove, Huntleys Point, Hurlstone Park, Hurstville, Hurstville Grove, Illawong, Ingleburn, Ingleside, Jamisontown, Jannali, Jordan Springs, Kangaroo Point, Kareela, Kearns, Kellyville, Kellyville Ridge, Kemps Creek, Kensington, Kenthurst, Kentlyn, Killara, Killarney Heights, Kings Langley, Kings Park, Kingsford, Kingsgrove, Kingswood, Kirkham, Kirrawee, Kirribilli, Kogarah, Kogarah Bay, Ku-ring-gai Chase, Kurnell, Kurraba Point, Kyeemagh, Kyle Bay, La Perouse, Lakemba, Lalor Park, Lane Cove, Lane Cove North, Lane Cove West, Lansdowne, Lansvale, Laughtondale, Lavender Bay, Leets Vale, Leichhardt, Len Waters Estate, Leppington, Lethbridge Park, Leumeah, Lewisham, Liberty Grove, Lidcombe, Lilli Pilli, Lilyfield, Lindfield, Linley Point, Little Bay, Liverpool, Llandilo, Loftus, Londonderry, Long Point, Longueville, Lovett Bay, Lower Portland, Lucas Heights, Luddenham, Lugarno, Lurnea, Macquarie Fields, Macquarie Links, Macquarie Park, Maianbar, Malabar, Manly, Manly Vale, Maraylya, Marayong, Maroota, Maroubra, Marrickville, Marsden Park, Marsfield, Mascot, Matraville, Mays Hill, McCarrs Creek, McGraths Hill, McMahons Point, Meadowbank, Melonba, Melrose Park, Menai, Menangle Park, Merrylands, Merrylands West, Middle Cove, Middle Dural, Middleton Grange, Miller, Millers Point, Milperra, Milsons Passage, Milsons Point, Minchinbury, Minto, Minto Heights, Miranda, Mona Vale, Monterey, Moore Park, Moorebank, Morning Bay, Mortdale, Mortlake, Mosman, Mount Annan, Mount Colah, Mount Druitt, Mount Kuring-Gai, Mount Lewis, Mount Pritchard, Mount Vernon, Mulgoa, Mulgrave, Narellan, Narellan Vale, Naremburn, Narrabeen, Narraweena, Narwee, Nelson, Neutral Bay, Newington, Newport, Newtown, Nirimba Fields, Normanhurst, North Balgowlah, North Bondi, North Curl Curl, North Epping, North Kellyville, North Manly, North Narrabeen, North Parramatta, North Rocks, North Ryde, North St Marys, North Strathfield, North Sydney, North Turramurra, North Wahroonga, North Willoughby, Northbridge, Northmead, Northwood, Norwest, Oakhurst, Oakville, Oatlands, Oatley, Old Guildford, Old Toongabbie, Oran Park, Orchard Hills, Oxford Falls, Oxley Park, Oyster Bay, Paddington, Padstow, Padstow Heights, Pagewood, Palm Beach, Panania, Parklea, Parramatta, Peakhurst, Peakhurst Heights, Pemulwuy, Pendle Hill, Pennant Hills, Penrith, Penshurst, Petersham, Phillip Bay, Picnic Point, Pitt Town, Pleasure Point, Plumpton, Point Piper, Port Botany, Port Hacking, Potts Hill, Potts Point, Prairiewood, Prestons, Prospect, Punchbowl, Putney, Pymble, Pyrmont, Quakers Hill, Queens Park, Queenscliff, Raby, Ramsgate, Ramsgate Beach, Randwick, Redfern, Regents Park, Regentville, Revesby, Revesby Heights, Rhodes, Richards, Richmond, Riverstone, Riverview, Riverwood, Rockdale, Rodd Point, Rookwood, Rooty Hill, Ropes Crossing, Rose Bay, Rosebery, Rosehill, Roselands, Rosemeadow, Roseville, Roseville Chase, Rossmore, Rouse Hill, Rozelle, Ruse, Rushcutters Bay, Russell Lea, Rydalmere, Ryde, Sackville North, Sadleir, Sandringham, Sandy Point, Sans Souci, Schofields, Scotland Island, Seaforth, Sefton, Seven Hills, Shalvey, Shanes Park, Silverwater, Singletons Mill, Smeaton Grange, Smithfield, South Coogee, South Granville, South Hurstville, South Maroota, South Penrith, South Turramurra, South Wentworthville, South Windsor, Spring Farm, St Andrews, St Clair, St Helens Park, St Ives, St Ives Chase, St Johns Park, St Leonards, St Marys, St Peters, Stanhope Gardens, Stanmore, Strathfield, Strathfield South, Summer Hill, Surry Hills, Sutherland, Sydenham, Sydney, Sydney Olympic Park, Sylvania, Sylvania Waters, Tallawong, Tamarama, Taren Point, Telopea, Tempe, Tennyson Point, Terrey Hills, The Ponds, The Rocks, Thornleigh, Toongabbie, Tregear, Turramurra, Turrella, Ultimo, Varroville, Vaucluse, Villawood, Vineyard, Voyager Point, Wahroonga, Waitara, Wakeley, Wareemba, Warrawee, Warriewood, Warwick Farm, Waterfall, Waterloo, Watsons Bay, Wattle Grove, Waverley, Waverton, Wedderburn, Wentworth Point, Wentworthville, Werrington, Werrington County, Werrington Downs, West Hoxton, West Pennant Hills, West Pymble, West Ryde, Westleigh, Westmead, Wetherill Park, Whalan, Whale Beach, Wheeler Heights, Wiley Park, Willmot, Willoughby, Willoughby East, Windsor, Windsor Downs, Winston Hills, Wisemans Ferry, Wolli Creek, Wollstonecraft, Woodbine, Woodcroft, Woodpark, Woollahra, Woolloomooloo, Woolooware, Woolwich, Woronora, Woronora Heights, Yagoona, Yarrawarrah, Yennora, Yowie Bay, Zetland.