Railways And Metro

Planning

Construction

Inspection

Planning

Pre-Construction Survey

Pre-Construction Survey

Our advanced drones are capable of flying at high speeds. We have provided railways with aerial survey and monitoring services, allowing them to effectively assess possible sites for new railway tracks, station yards, and railway stations. The first stage is to conduct a thorough survey of the area to determine whether it is suitable for future construction. Our expert drone pilots, who exclusively use high-end surveying drones, can collect data in a fraction of the time and at a lesser cost than traditional methods. Following the collection of thorough data, our team of GIS professionals processes and develops a broad range of topographical maps and 3D models depicting terrain, utility lines, drainage slopes, and existing risks to assess the viability of the new project.

Detailed project report

Detailed project report

DPR is the initial step in any railway project, laying the groundwork for its successful execution. A well-crafted DPR is essential for railway projects leveraging state-of-the-art technologies to ensure durability, cost-effectiveness, and sustainability. DATA PKT offers comprehensive project reports, serving as the cornerstone for the planning and implementation of various railway construction endeavors. Utilizing innovative technologies like drones for DPR is particularly crucial during the planning phase, enhancing precision, construction quality, and cost-efficiency. Here are some key services we provide in our railway project reports

Surveying and Mapping

Surveying and Mapping

Our use of high-resolution cameras and LiDAR sensors enables swift surveying of extensive areas, generating detailed topographic maps and 3D models. This data aids engineers and planners in understanding terrain intricacies, identifying potential obstacles such as power plants or archaeological sites, and meticulously planning railway routes.

Site Inspection

Site Inspection

Drones conduct regular site inspections, monitoring progress, identifying safety hazards, and ensuring adherence to design specifications. Capturing high-definition imagery from various angles, drones provide invaluable visual documentation for project stakeholders.

Earthwork Monitoring

Earthwork Monitoring

Drones fly over construction sites, tracking earthmoving activities, measuring stockpile volumes, and monitoring cut and fill operations. This data empowers project managers to optimize resource allocation, track progress accurately, and promptly address deviations from the project schedule.

Route Optimization

Route Optimization

DATA PKT assists clients in selecting optimal alignments between designated railway points, efficiently connecting cities, populations, and industries. Through UAV-collected site information, we produce orthomosaic maps, digital elevation models, and contours, resolving conflicts with existing structures. By digitizing revenue maps and estimating land costs, we analyze construction expenditure alongside stockpile volumes, obstacles, and ground features, offering a cost-efficient approach to railway construction. Leveraging these capabilities, we compile detailed project reports, ensuring successful railway project execution.

Construction

Project progress monitoring

This stage is vital for project budget management. Railway and metro project managers can use our aerial construction monitoring solution to save total construction time. The less time invested, the lower the expense! However, to ensure that we do not compromise on quality and deliver on time, our great and professional drone pilots are constantly present. They compile aerial data covering all areas of railway plans while maintaining strict safety standards. Following that, our post-production team expertly processes the aerial project video, focusing on critical features such as unfinished overbridge pillars, half-completed construction sites, etc. We also include track detection and standard measurement in our railway inspections.

  • Aerial construction monitoring solution for railway and metro projects aids in efficient project budget management and reduces total construction time.
  • Professional drone pilots ensure comprehensive aerial data coverage while adhering to strict safety standards.
  • Post-production team processes aerial project videos, focusing on critical features like unfinished overbridge pillars and track detection for railway inspections.

Inspection

Railway bridges and buildings

Aerial inspection is the best answer since it allows you to access regions that are difficult or dangerous for humans. Railway bridges, for example, require detailed and accurate assessment. We provide safe and cost-effective disclosure and study of structural details without putting workers in danger. Our GIS professionals create multiple 3D models and topographical maps to assure the structural stability of buildings and bridges.

  • Aerial inspection allows for the detailed and accurate assessment of hard-to-reach or hazardous areas, such as railway bridges, without endangering workers.
  • By providing safe and efficient disclosure and study of structural details, aerial inspection reduces costs associated with traditional inspection methods and mitigates potential risks.
  • Our GIS professionals create multiple 3D models and topographical maps to ensure the structural stability of buildings and bridges, offering precise and reliable data for thorough analysis.
Railway track

Drone inspection is the recommended option for scheduled inspection and repair of high-traffic railway tracks. Our established drone pilots collect Drone Data swiftly while adhering to all railway safety rules. Our GIS team then reconstructs the high-resolution aerial pictures into a variety of topographical maps, including 3D models, 3D point clouds, 3D textured meshes, and more. Orthoimagery is the process of perfecting images obtained by track inspection, Thermal Surveys, structural inspection, and other methods. The data collected is used to measure the length of the track, detect potential hazards, and assist railways in avoiding catastrophic damage.

  • Our experienced drone pilots swiftly collect data while adhering to all railway safety regulations, ensuring minimal disruption to high-traffic railway tracks.
  • The GIS team transforms high-resolution aerial images into detailed topographical maps, including 3D models, 3D point clouds, and 3D textured meshes.
  • Orthoimagery and other inspection methods are used to measure track length, detect potential hazards, and help railways avoid catastrophic damage.
Monitor the vacant land around the railway track

DATAPKT uses drones equipped with high-resolution cameras to conduct aerial surveys and monitor vacant land surrounding railway tracks. Deploy drones to capture detailed imagery of the land adjacent to the railway corridor, covering both sides of the tracks. We analyze the drone footage to identify vacant parcels, unauthorized encroachments, or potential areas for development. We conduct regular drone patrols to monitor changes in land use, illegal activities, or encroachments along the railway right-of-way and generate comprehensive reports highlighting vacant land parcels, their boundaries, and any observed encroachments or developments for railway authorities' review and action. This proactive monitoring approach helps safeguard railway assets, prevent unauthorized land use, and facilitate strategic land management decisions.

  • Utilize drones equipped with high-resolution cameras to capture detailed imagery of land adjacent to railway tracks, identifying vacant parcels and unauthorized encroachments.
  • Conduct frequent drone patrols to monitor land use changes, illegal activities, or encroachments along the railway right-of-way, ensuring up-to-date surveillance
  • Generate detailed reports for railway authorities, highlighting vacant land parcels, boundaries, and any observed encroachments or developments, aiding in strategic land management.

Engineering scale Planning

An engineering scale plan in railways is a detailed, technical drawing that illustrates the design and layout of railway infrastructure. This includes tracks, signals, stations, bridges, tunnels, and other related components. The purpose of such a plan is to provide a precise, scaled representation of how the railway system will be constructed and operated.

We provide drone services, which have become increasingly valuable in the field of railway engineering for various aspects of planning, monitoring, and maintenance. Here's how our drone data services are helpful in engineering scale planning in railways:

Surveying and Mapping

Surveying and Mapping

Our UAV technology, equipped with high-resolution cameras and LiDAR sensors, can quickly and accurately survey large stretches of railway lines. This data is used to create detailed maps and 3D models of the terrain, which are essential for planning new routes or upgrading existing ones. Our drone services unite with DGPS data that provides precise location data, which is essential for creating accurate maps and models of the railway infrastructure. This detailed information helps engineers design and plan the railway routes, including curves, gradients, and intersections, with greater accuracy.

Inspection and Maintenance

Enhanced Accuracy

We offer drone data integrated with DGPS, which enhances GPS positional accuracy by correcting standard GPS errors. This high precision is essential for railway planning, where exact measurements are crucial. Accurate track alignment, precise station placement, and effective design of other critical components rely on this level of detail. Combining drone imagery with DGPS ensures that railway infrastructure is meticulously planned and constructed, minimizing errors and ensuring safety and efficiency. This integration provides the accurate, real-time data needed for optimal decision-making and successful railway project execution.

Monitoring Construction Progress

Alignment and Layout

In railway engineering, precise track alignment is crucial for safety and efficiency. Our DGPS data provides high-precision measurements, ensuring that new track routes and adjustments to existing ones are executed accurately. This advanced technology minimizes errors and reduces the need for costly adjustments, contributing to smoother construction and reliable operations. By integrating DGPS data, we ensure that every aspect of track alignment meets stringent standards, enhancing overall performance and safety in railway projects.

Asset Management

Construction Monitoring

During construction projects, we provide real-time monitoring of progress, helping engineers ensure that projects stay on schedule and within budget. Aerial imagery and videos can be used to compare the current state of construction with project plans and timelines.Our DGPS data can be used to monitor the positioning of structures such as bridges, tunnels, and tracks. This ensures that construction adheres to the planned specifications and helps in detecting deviations early, which can be corrected promptly.

Environmental Assessment

Data Integration

Integrating DGPS and drone data with Geographic Information Systems (GIS) provides a powerful tool for railway planning. By combining precise DGPS measurements and detailed drone imagery with other geographic and engineering data, GIS enables comprehensive analysis. This integration enhances route planning, allows for thorough environmental impact assessments, and supports efficient logistical management. The ability to visualize and analyze all relevant data in one system improves decision-making, leading to more accurate and effective railway project outcomes. This holistic approach ensures better planning and execution, addressing various factors and optimizing overall project success.

Deliverables

Detailed Project Reporting (DPR)

our Railway DPR provides extensive services such as surveying, site inspection, earthwork monitoring, and route analysis, enhancing railway construction for longevity, cost-effectiveness, and sustainability. Meticulous planning and data-driven insights optimize project longevity and sustainability.

DTM

DTM's (Digital Terrain Model) are detected using aerial photography at low heights with a geometrically calibrated camera. This enables the drone to obtain all heights of a surveyed terrain.Generating Digital Terrain Models (DTM) for highways with drones provides detailed elevation data essential for accurate design and construction planning.

Contour Mapping

our dronne data enables precise contour mapping for railways, offering critical topographic insights for streamlined track design and construction. This technology enhances project planning and execution, ensuring optimal route alignment and efficient drainage management for railways.

Orthomosaic

In railway infrastructure, we utilize drones to create orthomosaic imagery, stitching together aerial photographs with photogrammetry software. This comprehensive visual data enhances railway construction by facilitating detailed planning, monitoring, and quality assurance, ensuring efficient and safe project implementation.

DSM

DSMs, crucial in railway planning, capture Earth's surface features, facilitating comprehensive spatial analysis. Their depiction of above-ground elements is pivotal for effective land-use planning and infrastructure development, ensuring sustainability along railway corridors and contributing to urban development initiatives.

Aerial Photogrammetry and Videography

Aerial photogrammetry and videography enhance railway projects with detailed imagery, improving planning, monitoring, and documentation processes, thus ensuring better decision-making and increased project efficiency.

Topographical Survey

we use drones for topographical surveys in railway construction offers efficient, high-resolution mapping, enabling precise terrain analysis and design optimization. This approach enhances project planning and execution, ensuring optimal infrastructure development and resource utilization along railway corridors.

DEM Creation

DEM (Digital Elevation Model) data aids in railway planning and design, offering accurate topographic information for alignment and gradient analysis. Integration into GIS enables comprehensive visualization and analysis, enhancing decision-making in railway engineering projects.

Lidar Survey

LIDAR surveys in railway infrastructure yield detailed topographic data crucial for precise route planning, infrastructure design, and safety assessment. This ensures optimal construction and maintenance practices, enhancing efficiency and safety standards along railway corridors.

Land Use Land Cover

Railway land use and land cover mapping offers essential insights for infrastructure planning and environmental management in railway projects, aiding sustainable development and efficient resource allocation along railway corridors.

Our Features

Railways and Metro

+12 DPR Experience: With a portfolio boasting over 12 completed Detailed project Reports (DPRs), we bring a wealth of experience to railway projects. Our track record underscores our ability to deliver reliable, actionable insights, ensuring project success.

Precision LiDAR Technology

Our LiDAR systems set the industry standard for accuracy, specifically tailored for the stringent requirements of the National High Speed Rail Corporation Limited (NHRCL). Generating a robust dataset of 300,000 points, we provide unparalleled precision crucial for railway infrastructure planning and management.

AI and ML Solutions for railway bridges

Revolutionising railway bridge management, our drone services integrate cutting-edge Artificial Intelligence (AI) and Machine Learning (ML) algorithms. This sophisticated approach enhances structural analysis, predictive maintenance, and risk assessment, empowering you with proactive decision-making capabilities.

Accuracy

At the core of our services lies an unwavering commitment to accuracy. Whether it's surveying railway corridors or inspecting critical infrastructure, our meticulous approach ensures precise data collection and analysis, setting new benchmarks for reliability and efficiency in drone-based railway solutions.

Clientele

Clientele

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