The new Estelle Street bridge demonstrates advanced cable-stayed engineering, joining an elite category of iconic structures worldwide with its 133-meter span and sophisticated structural design.
Bridge Specifications
| Parameter | Detail | Classification |
|---|---|---|
| Length | 133 meters | Substantial span |
| Bridge Type | Cable-stayed | Advanced engineering |
| Construction Status | Taking shape | Active progress |
| Structural System | Cable support | Modern design |
Cable-Stayed Bridge Context
Global Examples
| Bridge | Location | Significance |
|---|---|---|
| Brooklyn Bridge | New York, USA | Historic landmark |
| Pont de Normandie | France | European engineering |
| Estelle Street Bridge | Australia | Local infrastructure |
Engineering Characteristics
- Cable System: Direct tower-to-deck support
- Structural Efficiency: Optimized load distribution
- Span Capability: Extended reach without piers
- Aesthetic Appeal: Distinctive architectural profile
Construction Elements
Key Components:
- Central tower structure
- Cable installation systems
- Deck construction
- Foundation works
- Approach connections
Technical Features:
- Cable-stayed configuration
- Modern engineering standards
- Structural optimization
- Safety integration
Key Project Elements
. Engineering Excellence:
- Cable-stayed design
- Structural innovation
- Load optimization
- Span achievement
. Construction Progress:
- Active development
- Systematic assembly
- Quality implementation
- Timeline adherence
. Infrastructure Impact:
- Regional connectivity
- Transport enhancement
- Community benefit
- Economic development
Our Partners
- FR2 Infrastructure – Constructability advise and project and planning controls
- Staging Diagrams – Staging diagrams for possession planning
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