The road construction site of 2047 will be highly connected
Pradeep Shrivastava, Business Unit Head – Asphalt BU, Sany India, discusses the role of road construction equipment in transforming the country’s road and highway network.
As India pursues its Vision 2047 infrastructure goals, what role do you see road construction equipment playing in transforming the country’s road and highway network?
Road construction equipment will be at the heart of India's Vision 2047 infrastructure journey. The government’s focus on expressways, economic corridors, border roads, rural connectivity, smart cities, and multimodal logistics networks will require faster, more efficient, and higher-quality road construction.
Modern equipment enables contractors to execute projects at scale while maintaining stringent quality standards and timelines. Advanced pavers, motor graders, rollers, batching plants, and milling machines help improve pavement quality, optimise material usage, and reduce project execution time. As India aims to significantly expand and modernise its road network, equipment manufacturers will play a critical role by delivering reliable, high-performance machines capable of supporting large-scale infrastructure development across diverse geographies and working conditions.
Beyond productivity, the next generation of road construction equipment will also drive greater digitalisation, sustainability, and precision, helping India build world-class infrastructure that supports long-term economic growth and national competitiveness.
What are the key trends currently shaping demand for road construction equipment in India, and how do you expect these trends to evolve over the next decade?
Several trends are influencing demand for road construction equipment in India today. First, the increasing scale and complexity of infrastructure projects are driving demand for higher-capacity and technologically advanced equipment. Second, contractors are prioritising productivity and lifecycle costs rather than only acquisition costs, leading to greater adoption of efficient and durable machines.
Another significant trend is the growing adoption of digital technologies such as telematics and remote monitoring, enabling better fleet management and utilisation. Additionally, sustainability requirements are encouraging the use of fuel-efficient machines and recycling technologies.
Over the next decade, we expect increased demand for intelligent, connected, and environmentally sustainable equipment. Electrification, automation, predictive maintenance, and data-driven project management will become increasingly common, transforming road construction into a more precise, productive, and sustainable industry.
How are technologies such as telematics, machine control, automation, AI and connected job sites improving productivity, quality and project execution?
Digital technologies are fundamentally changing the way road projects are planned and executed.
Telematics systems provide real-time visibility into machine health, fuel consumption, operating hours, and utilisation, enabling contractors to optimise fleet performance and reduce downtime. Machine control systems improve grading and paving accuracy, helping achieve design specifications while minimising material wastage.
Artificial Intelligence and advanced analytics are enhancing predictive maintenance capabilities by identifying potential issues before they result in machine failures. Connected job sites facilitate seamless communication between equipment, operators, project managers, and site supervisors, allowing better coordination and informed decision-making.
The industry is already witnessing practical applications of these technologies in the international market. SANY has successfully demonstrated intelligent road construction projects where multiple road equipment machines operate in a coordinated ecosystem using automation, positioning systems, and real-time data sharing to execute paving and compaction activities with exceptional precision and consistency. Such technologies help optimise paving quality, improve compaction uniformity, reduce material wastage, and enhance overall project efficiency.
Additionally, SANY has developed autonomous and semi-autonomous construction equipment solutions that are already operational in global markets. These technologies are fully aligned with future infrastructure requirements and can be introduced to the Indian market as the ecosystem evolves and demand for advanced automation increases.
The result is higher productivity, improved quality consistency, reduced rework, enhanced safety, and better project outcomes.
Sustainability is becoming increasingly important in infrastructure development. How are equipment manufacturers supporting greener road construction through technology, fuel efficiency and recycling solutions?
Sustainability is now a key consideration in road construction projects worldwide, and equipment manufacturers are actively supporting this transition.
Modern road equipment is designed to deliver higher productivity while consuming less fuel, thereby reducing operating costs and carbon emissions. Manufacturers are incorporating energy-efficient hydraulic systems, intelligent engine management technologies, and optimised powertrains to improve fuel economy.
In addition, equipment supporting pavement recycling, cold milling, and reuse of reclaimed asphalt pavement (RAP) is helping reduce dependence on virgin materials and lowering environmental impact. Manufacturers are also investing in alternative power solutions, including electric and hybrid technologies, to align with evolving sustainability goals.
Another equally important aspect is operator well-being. At SANY, significant emphasis is placed on Human Machine Interface (HMI) design. Our machines feature automobile-grade cabins, ergonomic controls, enhanced visibility, reduced noise levels, superior seating comfort, and operator-centric layouts. These features reduce operator fatigue during long working hours, improve safety and comfort, and contribute to higher productivity and machine utilisation. A comfortable operator is ultimately a more efficient operator, delivering better project outcomes over the lifecycle of the machine.
The industry’s objective is to enable contractors to build roads more efficiently while minimising resource consumption, environmental impact, and human fatigue.
Contractors today are under pressure to deliver projects faster while controlling costs. What innovations are helping improve equipment uptime, operational efficiency and lifecycle economics?
Equipment uptime and operational efficiency have become critical success factors for contractors. Manufacturers are responding through innovations such as predictive maintenance systems, remote diagnostics, telematics-enabled fleet management, and enhanced service support networks. These technologies allow potential issues to be identified and resolved before they lead to costly breakdowns.
Equipment designs are also focusing on ease of maintenance, longer service intervals, improved component durability, and simplified diagnostics. Fuel-efficient engines, optimised hydraulic systems, and intelligent operating modes help reduce operating costs throughout the equipment lifecycle.
Additionally, training programs for operators and service personnel contribute significantly to improving machine productivity, reducing wear and tear, and maximising return on investment for contractors. The combination of reliable equipment, proactive maintenance, and strong aftermarket support is helping contractors improve fleet availability while optimising total cost of ownership.
Looking ahead to 2047, what will the ideal road construction project site look like, and how will road equipment evolve to meet future infrastructure requirements?
The road construction site of 2047 will be highly connected, intelligent, sustainable, and data-driven. Project sites will feature seamlessly connected fleets where equipment, project managers, and control systems communicate in real time. Digital twins, AI-powered analytics, machine learning, and cloud-based project management platforms will continuously monitor project progress, equipment performance, quality parameters, and resource utilisation.
Road equipment will evolve from standalone machines into intelligent assets capable of making real-time operational decisions. Autonomous and semi-autonomous operations will become increasingly common for precision-driven activities such as grading, paving, and compaction, improving consistency while reducing dependence on manual intervention.
The foundation for this future is already being laid in international markets through intelligent construction ecosystems where multiple machines work in synchronisation to deliver highly accurate and efficient project execution. As these technologies mature and become more widely adopted, they will redefine how infrastructure projects are planned, managed, and executed.
Future equipment will also incorporate alternative energy solutions such as electric, hybrid, and hydrogen-powered systems, further reducing environmental impact. Ultimately, the road construction site of 2047 will be characterised by higher productivity, superior quality, enhanced safety, lower emissions, and faster project delivery—supporting India's ambition of building world-class infrastructure for a developed nation.
This version should work well for a trade publication or industry interview while subtly highlighting SANY’s global technological capabilities without appearing overly promotional
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