IRC 80:1981 is the Indian Standard (IRC) for type designs for pick-up bus stops on non-urban highways. IRC 80:1981 provides type designs for pick-up bus stops on non-urban highways — a ubiquitous but often neglected element of Indian highway infrastructure. The code classifies bus stops (Type A major, Type B intermediate, Type C minor), specifies bus bay geometry (deceleration lane 60-90 m, bay 15 m, acceleration lane 45-60 m — total ~120-165 m), shelter dimensions (8 × 4 m for Type A), pedestrian access, signage, lighting (20 lux minimum), and safety features. Amendment No. 1 (2015) added accessibility provisions (ramps, tactile paving for visually impaired) aligned with Persons with Disabilities Act 2016. Amendment No. 2 (2022) added solar lighting, eco-friendly materials, and integration with smart-city ITS for bus-tracking displays. Despite the code's availability, many Indian highways lack proper bus stops — passengers wait on road shoulders without protection, creating safety hazards. Recent PMGSY and Bharatmala projects are improving this significantly, with dedicated bus stops at village access points per IRC 80 standards.
Provides type designs for pick-up bus stops on non-urban highways (NH, SH, MDR) — bus bay geometry, shelter structure, signage, and pedestrian access. Addresses safety and operational efficiency for bus passengers on rural and inter-city highways.
- Status
- Current
- Usage level
- Specialized
- Domain
- Transportation — Highway Design / Passenger Facilities
- Type
- Type Design / Recommended Practice
- Amendments
- Amendment No. 1 (2015) — accessibility provisions (ramps, tactile paving); Amendment No. 2 (2022) — solar lighting, eco-friendly materials, ITS integration for bus-tracking
Also on InfraLens for IRC 80
Practical Notes
! Bus stops are often missing or inadequate on state highways — passengers wait on road shoulders creating serious safety hazards. Typical state PWD bus-stop density ~0.1-0.2 per km vs IRC 80 recommended 0.3-0.5 per km.
! Bus bay geometry (deceleration + bay + acceleration = 120-165 m total) is critical for safety — allows buses to stop without disrupting through-traffic. Without bay, buses stop in lane causing accidents.
! Shelter design: Type A (8 × 4 m) is minimum for major village stops with 6-8 buses/hour. Smaller shelters (4 × 2 m) acceptable only for very minor Type C stops.
! Prefab precast concrete shelters: faster construction, better quality control, weather-resistant. Cost ₹3-8 lakh per shelter vs ₹2-5 lakh for cast-in-situ. Increasingly preferred for rural bus stop programs.
! Pedestrian crossing at bus stop: dedicated zebra crossing + speed reduction (60 kmph from 80 kmph approach) + lighted refuge in median. Critical for pedestrian safety — major cause of highway accidents.
! Accessibility provisions (Amendment No. 1, 2015): wheelchair ramp from road to shelter, tactile paving strip at platform edge, audible bus announcements (at Type A stops). Aligns with Persons with Disabilities Act 2016.
! Solar lighting (Amendment No. 2): 30W solar panel + battery + 5W LED bulb gives 12+ hours illumination. Cost ₹15-30k per bus stop (vs ₹5k for grid-powered). Eliminates grid dependency for rural stops.
! Bus tracking ITS integration: LED display showing next bus ETA — common at urban bus stops, now reaching inter-city rural stops. Connects to GPS on buses. Costs ₹20-50k per display.
! Drainage: rain water should drain away from shelter; cross slope 2-3% on concrete platform. Poor drainage creates puddles — passengers step in water.
! Bus stop near schools/hospitals: additional provisions (more frequent bus stops, faster decel/accel lanes for emergency vehicles, careful crossing design for children).
! Rest areas (highway service areas): IRC 80 bus stops integrated with fuel, food, toilet facilities for inter-city buses. Comfort stop for passengers during long journeys.
! Tourist corridor enhancement: bus stops at tourist sites (Rajasthan heritage, Kerala backwaters, Himachal valleys) with enhanced shelters, information boards, toilet facilities, drinking water. Cost ₹5-15 lakh per tourist bus stop.
! Construction phase: bus stops often built at end of road project — low priority. Better practice: integrate with road construction schedule, not afterthought.
! Maintenance: PWD responsibility but often underfunded. Broken shelters, missing signage, non-functional lighting are common. Maintenance contracts should specify standards.
! Cold weather (Kashmir, Himachal): wind-shelter walls on 3 sides + insulated roof. Prevents passengers from freezing during bus waits.
! Hot summer (Rajasthan, Gujarat): overhead canopy + benches; drinking water provision (solar-powered pump). Without shade, shelters unusable in 45°C+ summer.
! Coastal areas (Maharashtra, Karnataka, Kerala): saltwater-resistant materials (stainless steel supports, marine-grade coatings). Standard materials corrode in 5-10 years.
! Accident prevention: hazardous-curve bus stops should be relocated OR supplemented with additional warning signs (per IRC 105), better lighting, speed reduction.
! Cost per Type A bus stop (2025 India rates): shelter ₹3-8 lakh + bus bay ₹8-15 lakh + pedestrian crossing ₹2-5 lakh + landscaping ₹1-3 lakh = **₹15-30 lakh total per Type A stop**. Type C minor stops ₹5-10 lakh.
! Bus stop database (emerging): GIS-based inventory of all bus stops on NH/SH with condition rating. Enables systematic maintenance and upgrades. Central PWD initiative.