Transport Access Program projects focus on improving station accessibility through lifts, ramps, footbridges, and associated infrastructure. Production rates vary based on station complexity, existing infrastructure constraints, and construction staging requirements. Modern construction techniques, including prefabricated elements and modular construction, have significantly improved delivery timeframes, with some projects achieving lift installation in as little as 4-6 weeks under optimal conditions.

Key Statistics:

• Average lift installation: 8-12 weeks
• Footbridge installation: 4-8 weeks
• Typical project duration: 6-12 months
• Platform modifications: 100-150m²/week
• Canopy installation: 200-300m²/week
• Best practice completion: 6 months
• Average project cost: $15-25M
• Typical accessibility compliance rate: 95%

AUSTRALIA REGION

Country	City	Station	Scope	Elements	Duration (months)	Start-End	Production Rate	Contractor	Cost ($M)	Source
Australia	Sydney	Wahroonga	2 Lifts, FB	L2,FB1,C500	9	Mar20-Dec20	8 weeks/lift	Haslin	18	TfNSW
Australia	NSW	Hawkesbury	3 Lifts, Ramps	L3,R2,C600	12	Jun19-Jun20	10 weeks/lift	Built	22	TAP Data
Australia	Sydney	Thornleigh	2 Lifts, FB	L2,FB1,C400	8	Sep20-May21	6 weeks/lift	Arenco	15	TAHE
Australia	NSW	Wyee	2 Lifts, Ramps	L2,R3,C300	10	Apr21-Feb22	9 weeks/lift	Downer	16	RAP Reports
Australia	Sydney	Yagoona	3 Lifts, FB	L3,FB1,C700	11	Jul20-Jun21	7 weeks/lift	Arenco	20	TfNSW Data

AUSTRALIAN REGION (CONTINUED)

Country	City	Station	Scope	Elements	Duration (months)	Start-End	Production Rate	Contractor	Cost ($M)	Source
Australia	NSW	Glenbrook	2 Lifts, FB	L2,FB1,C400	8	May21-Jan22	7 weeks/lift	Built	17	TfNSW
Australia	Sydney	Warwick Farm	3 Lifts, Ramps	L3,R2,C800	11	Aug20-Jul21	8 weeks/lift	Haslin	21	TAHE
Australia	NSW	Towradgi	2 Lifts, FB	L2,FB1,C300	9	Mar21-Dec21	6 weeks/lift	Arenco	16	RAP Data
Australia	Sydney	St Peters	2 Lifts, Ramps	L2,R3,C500	10	Jun20-Apr21	9 weeks/lift	Downer	19	TfNSW
Australia	NSW	Waitara	3 Lifts, FB	L3,FB2,C600	12	Sep20-Sep21	8 weeks/lift	Built	23	TAHE

Element-Specific Production Rates:

Footbridges (FB):

1. Prefabricated Steel:

• Foundation works: 3-4 weeks
• Assembly: 1-2 weeks
• Installation: 2-3 days
• Finishing: 2-3 weeks

2. In-situ Concrete:

• Foundation works: 4-5 weeks
• Structure: 6-8 weeks
• Finishing: 3-4 weeks

Ramps and Stairs:

1. Concrete Ramps:

• Foundation: 2-3 weeks
• Structure: 3-4 weeks
• Handrails: 1-2 weeks

2. Steel Stairs:

• Foundation: 2 weeks
• Installation: 1-2 weeks
• Finishing: 1 week

Canopies (C):

1. Modular System:

• Foundations: 2-3 weeks
• Structure: 1-2 weeks/100m²
• Roofing: 1 week/100m²

2. Custom Design:

• Foundations: 3-4 weeks
• Structure: 2-3 weeks/100m²
• Roofing: 2 weeks/100m²

Project Delivery Timeframes:

Small Projects (<$15M):

• Design/Approval: 3-4 months
• Construction: 6-8 months
• Commissioning: 1-2 months
• Total: 10-14 months

Medium Projects ($15-25M):

• Design/Approval: 4-6 months
• Construction: 8-12 months
• Commissioning: 2-3 months
• Total: 14-18 months

Large Projects (>$25M):

• Design/Approval: 6-8 months
• Construction: 12-15 months
• Commissioning: 3-4 months
• Total: 18-24 months

Critical Success Factors:

1. Planning Phase:

• Early stakeholder engagement
• Detailed site investigations
• Clear scope definition
• Realistic programming
• Risk assessment
• Resource planning

2. Construction Phase:

• Efficient possession utilization
• Quality control
• Safety management
• Interface coordination
• Progress monitoring
• Change management

3. Commissioning Phase:

• Systems integration
• Testing procedures
• Documentation
• Staff training
• Handover process
• Defect management

Key Performance Indicators:

1. Time Management:

• Program compliance: 85-95%
• Possession delivery: 90-100%
• Milestone achievement: 80-90%

2. Quality Metrics:

• DDA compliance: 100%
• Defect rates: <5%
• Customer satisfaction: >85%

3. Safety Performance:

• Zero LTIs
• Safety observations: >10/week
• Toolbox talks: >2/week

Production Rate Analysis by Element:

Lift Installation:

1. Standard Configuration:

• Shaft construction: 4-6 weeks
• Lift installation: 2-3 weeks
• Testing/commissioning: 2 weeks

2. Complex Sites:

• Shaft construction: 6-8 weeks
• Lift installation: 3-4 weeks
• Testing/commissioning: 3 weeks

 

Note 1: Production rates are indicative only.

Note 2: Rates vary based on:

• Station complexity
• Heritage constraints
• Operating environment
• Access restrictions
• Service relocations
• Stakeholder requirements

Note 3: Duration calculation formula:
D = (BE × CF × IF) + CC, where:

• D = Total duration
• BE = Base element duration
• CF = Complexity factor (1.0-1.5)
• IF = Interface factor (1.0-1.3)
• CC = Commissioning constant

Influencing Factors:

• Heritage requirements
• Station operations
• Utility interfaces
• Weather impacts
• Material lead times
• Approval processes
• Community consultation
• Rail possessions availability

 

Note: Production rates assume:

• Normal working hours
• Standard access conditions
• Typical station configuration
• Average complexity
• Standard approval timeframes
• Regular possession availability

Additional Influencing Factors:

• Heritage requirements
• Environmental constraints
• Operational interfaces
• Community impacts
• Weather conditions
• Resource availability
• Material lead times
• Stakeholder requirements

 

---

Other production rates – Indicative only

• RAIL INDUSTRY PRODUCTION RATES COMPREHENSIVE TABLE
• • Ballast Cleaning Operations Analysis
  • Canopy Installation Analysis for Aerial Concourses
  • Cut and Fill Production Rates in Railway Station Construction
  • CSR (Cable Service Routes) Installation Analysis
  • Demolition Works Analysis for Railway Infrastructure
  • Electrical Overlaps (OHW) 33kV Installation Analysis
  • Elevated Service Access Platforms (ESAPs) for Stabling Yards Analysis
  • Escalator Installation Analysis for Rail Stations
  • Fence Installation Between Tracks Analysis (Live Corridor vs Possession Works)
  • HDD Under Rail Tracks – 48-Hour Possession Analysis
  • High-Speed Rail Construction Analysis
  • Horizontal Directional Drilling (HDD)
  • Lght Rail Construction Production Rates: Global Analysis
  • Lift Replacement Projects Analysis
  • Mechanical Gap Fillers Installation Analysis
  • New Aerial Concourse Installation Analysis for Train Stations
  • New Intercity Fleet (NIF) Platform Extension Projects Analysis
  • Overhead Wire (OHW) Structure Installation Analysis
  • Platform Extension Projects: Global Analysis
  • Platform Marker Repainting Analysis
  • Railway Sleeper Replacement Analysis
  • Roadheader Production Rates in Underground Station Construction: Global Performance Analysis
  • Screen Indicator Installation Analysis for Rail Stations
  • Segregation Fence Installation Analysis Between Tracks
  • Slab Track Construction in Railway Stations: Global Production Analysis
  • Sound Barrier Installation Analysis Along Rail Corridors
  • Stabling Yard Construction and Production Analysis
  • Track Replacement in Railway Stations: Production Analysis
  • Transport Access Program (TAP) Production Rates and Delivery Analysis
  • Tunnel Boring Machine (TBM) Production Analysis and Performance Metrics
  • Tunnel Membrane/Waterproofing Installation Analysis
  • Under Line Crossing (ULX) Installation Analysis
  • Underpass Access Construction Analysis for Train Stations
  • Utilities Relocation in Railway Environments Analysis
  • Water-Filled Traffic Barriers Installation Analysis