Transportation Industry Solutions

Transportation Industry
3D Modeling

Comprehensive 3D modeling services covering "sea, land, air, rail" multi-modal transport, building high-precision digital twin foundation for transportation, empowering smart traffic management, operations and decision-making

Transportation Industry 3D Modeling Showcase

Transportation Industry 3D Modeling Service Advantages

High-precision, high-performance, and highly compatible 3D modeling solutions designed specifically for the transportation industry

Full Element Modeling

Covering transportation infrastructure across all domains of "sea, land, air, rail", building an integrated 3D scene

Multi-Level Precision Control

Providing precise accuracy control according to different application scenarios, meeting various requirements from macro to micro levels

Data Fusion Capability

Supporting integration with various transportation business systems, achieving deep fusion of real-time data and 3D scenes

High-Performance Rendering

Through lightweight optimization processing, ensuring smooth rendering and efficient interaction of large-scale transportation scenes

3D Modeling Main Objects

Covering key infrastructure of "sea, land, air, rail" multi-modal transport, building full-element, integrated 3D scenes

Transportation Hubs

Transportation Hub Modeling

Performing refined 3D modeling of various transportation hubs, truly restoring building appearance and internal structure, providing accurate spatial foundation for passenger guidance, operation management and emergency command.

Airport

Including boarding gates, security check areas, baggage claim zones, etc.

High-Speed Rail

Including waiting areas, ticket gates, platforms and other facilities

Subway

Including concourses, platforms, passages and other areas

Port Terminal

Including berths, storage yards, freight stations and other facilities

交通枢纽3D建模
Linear Infrastructure 3D Modeling
Linear Infrastructure

Linear Infrastructure Modeling

Performing continuous, precise 3D modeling of various linear transportation infrastructure, completely presenting the spatial distribution and topological relationships of transportation networks.

Highways and Urban Roads

Including lanes, medians, entrances/exits and other details

Bridges and Tunnels

Including structural details and ancillary facilities

Railway Tracks and Lines

Including tracks, turnouts, catenary systems and other facilities

Along-Line Ancillary Facilities

Including guardrails, streetlights, signs and billboards

Control Facilities and Vehicles

Control Facilities and Vehicle Modeling

Performing 3D modeling of traffic control facilities and various vehicles, providing accurate object foundation for traffic operation monitoring and dispatch command.

Control Facilities

  • Traffic Lights
  • Electronic Police and Monitoring Equipment
  • Road Markings and Signs
  • Toll Booths and Gantries
  • Waterway Beacons and Buoys

Vehicles and Environment

  • Aircraft
  • Ships
  • Trains
  • Buses and Taxis
  • Social Vehicles
  • Surrounding Terrain and Building Environment
Control Facilities 3D Modeling

3D Modeling Methods

Adopting a combination of multiple methods based on object characteristics and accuracy requirements to ensure modeling efficiency and quality

Manual Detailed Modeling

Manual Detailed Modeling

Performing high-precision modeling for landmark buildings and key equipment, perfectly displaying architectural details and internal structures.

  • Landmark buildings such as terminals and stations
  • Key equipment such as signal machines
  • Accurate detail representation
Scan-Based Realistic Modeling

Scan-Based Realistic Modeling

For existing complex environments, rapidly generating high-fidelity realistic 3D models through laser scanning or UAV oblique photography technology.

  • Complex environments such as overpasses and ports
  • Laser scanning or oblique photography
  • High fidelity, fast modeling speed
Parametric Modeling

Parametric and Procedural Modeling

For large quantities of repetitive, regular objects, batch generating through rules and algorithms to improve modeling efficiency and standardization level.

  • Highway guardrails, continuous streetlights
  • Repetitive facilities such as railway tracks
  • High efficiency, high standardization
BIM Model Conversion

BIM Model Lightweight Conversion

For new projects, directly utilizing BIM models from the design phase, importing into digital twin platform after lightweight processing.

  • New transportation infrastructure
  • Retaining complete attribute information
  • Construction to operation data transfer

3D Modeling Requirements

Meeting the high requirements of intelligent transportation systems for real-time performance and interactivity, ensuring model quality and application effectiveness

Accuracy and Geometric Rationality

Model scale and proportions must be accurate, structural relationships clear, ensuring spatial measurement accuracy. Strictly avoiding geometric errors such as interpenetration and floating, guaranteeing the physical authenticity of the model.

Lightweight and High Performance

Performing strict model face reduction, LOD grading and texture compression optimization, significantly reducing model data volume while ensuring visual effects, ensuring smooth rendering and interactive response in large-scale scenes.

Structured and Data Attachment

Models are logically layered (such as "road network-section-facility"), each model object assigned a unique ID and attribute information, supporting seamless binding and interactive display with real-time monitoring data and business management data.

Standardized Specifications

Establishing unified modeling specifications, naming conventions and coordinate systems, ensuring smooth integration and collaborative management of multi-source models, providing standardized foundation for subsequent application development and system integration.

Integrable Subsystem Types

3D models as core spatiotemporal foundation can be deeply integrated with various transportation business systems, empowering smart transportation applications

Traffic Monitoring and Command System

Real-time mapping of vehicle flow, flight and ship positions and status on the model, achieving panoramic visibility of traffic operation conditions and precise positioning of emergencies, improving command efficiency.

Traffic Signal Control System

Visualizing signal light phases and timing schemes, supporting scheme simulation and optimization to improve road traffic efficiency, reducing traffic congestion.

Toll Management System

Associating toll station models with real-time toll data and traffic flow statistics, analyzing toll lane efficiency, optimizing toll processes and enhancing user experience.

Public Travel Information Service System

Associating real-time arrival information of buses and subways, visualizing in 3D scenes, providing intuitive travel guidance for the public.

Equipment Operation and Maintenance Management System

Binding asset information and fault alerts of cameras, information boards, lighting and other equipment, achieving visualized operation and maintenance of facility assets, improving maintenance efficiency.

Safety Emergency Simulation System

Simulating the impact scope of traffic accidents and severe weather, planning emergency evacuation routes and rescue plans in 3D environments, enhancing emergency response capabilities.

Contact Us

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Whether you need to understand the details of 3D modeling technology or want to get a project quote, our professional team will provide you with one-on-one consultation services.

Company Address

Room 1-1501, Jinhua Garden, No. 385 Jiaotong Avenue, Danyang Street, Xiaonan District, Xiaogan City, Hubei Province, China

Contact Phone

(+86)13004585899

Contact Email

service@secondmap.cn

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