India’s expanding highway network and smart mobility initiatives demand safer, more durable infrastructure. RoadVisionAI enables data-driven compliance through AI road inspection supported by the Pavement Condition Intelligence Agent, helping agencies align with IRC Code 35:2015 standards.
High-visibility road markings guide drivers, protect pedestrians, and improve traffic discipline across highways and urban corridors.
As the saying goes, “A road well marked is a journey half safe.”
Road markings function as continuous visual communication tools. They:
Clear and reflective markings significantly reduce accident risks and improve overall pavement safety.
IRC Code 35:2015 defines specifications for materials, application methods, visibility levels, and maintenance requirements for road markings in India.
The code outlines:
To strengthen compliance with IRC road marking standards, authorities can leverage automated verification through the Construction Monitoring Agent.
IRC Code 35 categorises materials based on durability, traffic load capacity, and service life expectations.
Thermoplastic is the most widely used permanent marking material in India.
Key Properties
Advantages
Best Applications
Thermoplastic markings play a major role in ensuring durable pavement safety.
Paint-based systems are economical and used mainly for short-term applications.
Types
Advantages
Limitations
Best Applications
Cold Applied Plastic provides high durability without heating during installation.
Key Properties
Advantages
Best Applications
Preformed tapes are factory-manufactured reflective strips used for quick deployment.
Key Properties
Advantages
Limitations
Best Applications
Standardised colours improve consistency nationwide:
Uniform colour coding reduces driver confusion and enhances traffic engineering reliability.
Retro-reflectivity ensures visibility during night driving and adverse weather conditions.
IRC Code 35 recommends embedding glass beads within marking materials. Larger beads perform better in wet conditions.
Monitoring retroreflective road markings can be strengthened using the Rapid Road Damage Assessment Agent for field-based validation.
Because what cannot be seen cannot be avoided.
Material selection depends on:
Integrating smart road maintenance through the Enterprise DMS & Workflow Agent ensures systematic inspection tracking and lifecycle management.
IRC Code 35 mandates periodic assessment of:
Digital monitoring improves accountability and strengthens compliance with national traffic engineering standards.
Selecting appropriate materials under IRC Code 35:2015 is a direct investment in public safety. Durable and highly visible road markings improve guidance, reduce crash risk, and support long-term highway infrastructure performance in India.
Better markings today mean fewer accidents tomorrow.
RoadVisionAI enhances road safety technology using AI-powered pavement analysis and compliance tracking.
Through the Pavement Condition Intelligence Agent and Construction Monitoring Agent, agencies can:
With intelligent insights and automated validation, India’s roads can become safer, smarter, and more sustainable.
Q1. What is IRC Code 35:2015?
It is the Indian Roads Congress standard defining approved materials, visibility requirements, and performance criteria for road markings in India.
Q2. Which material is best for busy highways?
Thermoplastic is recommended for high-traffic highways due to its durability and strong retro-reflectivity.
Q3. How does thermoplastic compare with waterborne paint?
Thermoplastic lasts longer and provides better night visibility, while waterborne paint is economical and suitable for temporary applications.
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