Rural Road Safety Manual — Promoting Safer Connectivity in Rural India

Scope of MORD 18 - Rural Road Safety Manual

This manual focuses on improving rural road safety through data collection, analysis, and implementation of safety measures.

Key Specifications and Tables:

• Accident Data Collection & Analysis: Tables 1 to 13 cover formats for accident data by type, location, time, vehicle, and countermeasure criteria.
• Safety Sight Distances:
  • Table 14: Safe Stopping Sight Distance at Intersections
  • Table 15: Visibility Distance on Major Roads
• Construction Zone Safety:
  • Table 16: Recommended Length of Construction Zone based on average speed

Important Design Considerations:

• Safe sight distances at curves, intersections (IRC 66:1976)
• Traffic calming devices (speed breakers as per IRC 99:1988)
• Proper signing and markings at intersections and construction zones
• Continuous shoulders and safe transitions between new and existing roads
• Clear delineation of construction zones into Advance Warning, Transition, Work, and Termination sub-zones

Diagram: Construction Zone Components

graph LR
  A[Advance Warning Sub-Zone] --> B[Transition Sub-Zone]
  B --> C[Work Sub-Zone]
  C --> D[Termination Sub-Zone]

This scope ensures safer rural connectivity by integrating data-driven safety management, design standards, and effective traffic control.

Identification of Hazardous Locations (MORD 18 - Clause 2.6.1)

• Preliminary Analysis: Identify sites contributing to accident risk by studying nature of problems.
• Data Requirement: Minimum 3 years of accident data per site for reliable hazard ranking and evaluation.
• Comparison: Use agreed selection criteria to compare all sites.

Key Hazard Types & Mitigation (from Clause 3.2 & Rural Road Safety Manual)

Relevant IRC Guidelines for Reference

• IRC-SP 41: Speed breakers design and signage
• IRC-32: Overhead clearance standards
• IRC-66, 67, 99: Traffic signs and road safety devices

Accident Data Analysis Formula (Basic)

[ \text{Accident Rate} = \frac{\text{Number of Accidents in 3 years}}{\text{Traffic Volume} \times \text{Length of Road Section}} ]

Use this for ranking hazardous locations.

flowchart TD
    A[Preliminary Analysis] --> B[Identify Hazardous Sites]
    B --> C[Collect 3 Years Accident Data]
    C --> D[Rank Sites Using Selection Criteria]
    D --> E[Design & Implement Mitigation Measures]
   

On-site Safety for Road Workers (Clause 3.4.6, MORD 18)

Key Responsibilities:

• Contractor ensures worker safety during duty hours.
• Mandatory use of high-visibility jackets and helmets.
• Compliance with occupational health and safety regulations.
• Contractor must insure workers against accidents.
• Immediate action in emergencies without waiting for road authority approval.
• Contractor responsible for road user and worker safety during construction, operation, and maintenance.

Construction Zone Safety (Related from Clause 3.4.1):

• Construction zone divided into 4 sub-zones:
  • Advance Warning Sub-Zone: Alerts drivers early with signs.
  • Transition Sub-Zone: Guides traffic around work area with barricades.
  • Work Sub-Zone: Actual work area, strictly protected.
  • Termination Sub-Zone: Indicates end of construction zone.

Recommended Lengths for Construction Zones (Table 16):

Summary:

• Ensure clear delineation of traffic paths to protect workers.
• Use traffic control devices and signs per speed and site conditions.
• Follow labor laws and insurance requirements.
• Maintain emergency response readiness.

flowchart TD
    A[Advance Warning Sub-Zone] --> B[Transition Sub-Zone]
    B --> C[Work Sub-Zone]
    C --> D[Termination Sub-Zone]
    style A fill:#f9f,stroke:#333,stroke-width:2px
    style B fill:#bbf,stroke:#333,stroke-width:2px
    style C fill:#f96,stroke:#333,stroke-width:2px
    style D fill:#afa,stroke:#333,stroke-width:2px

This framework ensures safety compliance and minimizes risks for workers and road users during road construction.

Road Safety Audit (RSA) Key Points & Checklist (IS Code MORD 18)

1. RSA Overview

• RSA is a formal, independent safety assessment during planning, design, construction, and operation.
• Conducted by qualified auditors not involved in design/construction.
• Focus: Identify accident risks and ensure safety provisions.
• Cost-effective: Prevents expensive remedial work post-construction.

2. RSA Checklist Highlights (Clause 4.2)

3. Sight Distance Formulas (for RSA)

• Stopping Sight Distance (SSD):
  [ SSD = V \times t + \frac{V^2}{2g(f + G)} ] Where:

  • (V) = speed (m/s),
  • (t) = perception-reaction time (~2.5 sec),
  • (g) = acceleration due to gravity (9.81 m/s²),
  • (f) = coefficient of friction,
  • (G) = grade (decimal).

• Overtaking Sight Distance (OSD) and Intermediate Sight Distance (ISD) depend on design speed and road geometry (refer IRC guidelines).

Summary Diagram: RSA Process Flow

flowchart TD
    A[Project Planning] --> B[Design Stage]
    B --> C[Road Safety Audit]
    C --> D[Audit Report & Recommendations]
    D --> E[Design Revisions]
    E --> F[Construction Stage]
    F --> G[Pre-Opening Audit]
    G --> H[Operation & Maintenance]
   

Road Safety Audit (RSA) - Introduction (IS Code MORD 18, Clause 4.1)

• Definition: RSA is a formal, independent process to evaluate accident potential and safety performance on planned, new, or existing roads.
• Objective: Ensure road safety provisions are integrated from design through construction, pre-opening, and operation phases.
• Scope: Applies throughout the project lifecycle to identify hazards and recommend safety improvements.
• Auditor: Must be independent, qualified, experienced in road safety engineering, and not involved in design/construction.
• Benefits: Early identification of safety issues reduces costly post-construction remedial works, optimizing budget use.

Key Specifications & Concepts

RSA Process Overview

flowchart TD
    A[Project Planning] --> B[Design Stage]
    B --> C[Road Safety Audit]
    C --> D[Construction Stage]
    D --> E[Pre-opening Audit]
    E --> F[Operational Audit]
    F --> G[Safety Recommendations]
    G --> H[Implementation]

Reference Table: RSA Checklist (Summary)

Note: RSA complements but is distinct from internal quality assurance, emphasizing independent safety evaluation.

RSA Checklist - Key Points & Specifications (Clause 4.2, MORD 18)

Purpose:
Road Safety Audit (RSA) checklists guide audit teams to systematically identify safety issues during project stages—planning, design, construction, and completion.

Key Checklist Categories & Focus Areas:

• New & Existing Road Interface:

  • Safe transition measures between old and new roads.
  • Cross-section compliance with contract standards.
  • Continuous paved shoulders at traffic calming points and bridges.

• Horizontal & Vertical Alignment:

  • Safe visibility and sight distances (Overtaking Sight Distance, Intermediate Sight Distance).
  • Proper design of curves and transitions per design speed.
  • Speed warning signs and calming measures on substandard radius curves.

• Cross Fall & Superelevation:

  • Correct camber and superelevation at curves and junctions.

• Junctions & Intersections:

  • Appropriate intersection type and flaring.
  • Visibility per IRC 66:1976.
  • Proper signing and hazard treatment.

• Traffic Calming at Black Spots:

  • Speed breakers/rumble strips at sensitive locations (schools, hospitals, markets).
  • Design as per IRC 99-1988.

Important Formulas & Ratings for RSA Findings:

Resulting Road Safety Risk = (Exposure + Probability + Consequence) / 3

Sight Distance Guidelines (per IRC standards):

Summary Diagram of RSA Process:

flowchart TD
    A[Design & Estimate Preparation] --> B[Site Inspection]
    B --> C[Identify Safety Issues]
    C --> D[Rate Safety Risk (Exposure, Probability, Consequence)]
    D --> E[Recommend Remedial Actions]
    E --> F[Discuss with

Incorporating RSA Outputs - Key Points from MORD 18 Clause 4.3

1. Stages & Responsibilities:

   • Design & Cost Estimation: RSA findings discussed with PIU, STA, SRRDA. SRRDA finalizes design & BOQ amendments; keeps NRRDA informed.
   • Construction & Pre-opening: RSA recommendations included in construction; SRRDA makes final decisions and informs NRRDA.
   • Project Completion: RSA team verifies safety for all users (pedestrians, cyclists, animals). SRRDA decides on additional measures; keeps NRRDA informed.

2. RSA Risk Rating Formula:

[ \text{Road Safety Risk} = \frac{\text{Exposure} + \text{Probability} + \text{Consequence}}{3} ]

• Ratings scale: 1 (very low) to 5 (very high).
• Higher combined rating = higher urgency.

3. RSA Checklist Highlights:

   • Safe transition between new & existing roads.
   • Compliance with standard cross-section and alignment.
   • Adequate sight distances (Overtaking, Intermediate).
   • Proper signage & speed calming measures at curves and intersections.
   • Treatment of roadside hazards and junction visibility per IRC 66-1976.
   • Speed breakers design as per IRC 99-1988.

4. Documentation:

   • Use RSA forms (Appendix 1 & 2) for recording findings.
   • Employer’s response form (Form A) to track implementation status.

Summary Diagram of RSA Output Incorporation Process

flowchart TD
    A[RSA Findings] --> B{Project Stage}
    B -->|Design & Cost| C[Discuss with PIU, STA, SRRDA]
    B -->|Construction & Pre-opening| D[Include in Construction]
    B -->|Project Completion| E[Verify Safety for All Users]
    C --> F[SRRDA Finalizes Design & BOQ]
    D --> G[SRRDA Finalizes Construction Measures]
    E --> H[SRRDA Finalizes Additional Measures]
    F --> I[Inform NRRDA]
    G --> I
    H --> I

References:

• IRC 66-1976: Junction visibility standards
• IRC 99-1988: Speed breaker design
• RSA Checklist & Forms

Key Formulas, Tables & Specifications for Safer Rural Community (from Rural Road Safety Manual, MORD 18):

1. Accident Data Collection & Analysis

• Table 1: Typical Accident Data Collection Format for Rural Roads (includes location, type, time, weather, vehicle involved).
• Tables 4-12: Accident analysis by month, area type, collision type, weather, location, victim profile, alcohol use, traffic violations, vehicle type.

2. Accident Prevention & Countermeasures

• Table 2: Elements of Accident Investigation and Prevention Program.
• Table 3: Priority for Implementing Safety Measures (e.g., signage, speed control).
• Table 13: Criteria for Selecting Countermeasures (cost, effectiveness, feasibility).

3. Road Safety Design & Control

• Table 14: Safe Stopping Sight Distance at Intersections (depends on design speed).
• Table 15: Visibility Distance on Major Roads.
• Figures 5 & 6: Minimum Sight Triangle at Uncontrolled and Priority Intersections.
• Figure 8: Typical Speed Breaker Design (height, length, slope).

4. Construction Zone Safety

• Table 16: Recommended Length of Construction Zone.
• Figures 9 & 10: Components of Construction Zone and Sign Positioning.

Example: Safe Stopping Sight Distance (SSSD) Formula

[ SSSD = V \times t + \frac{V^2}{2g(f + G)} ]

• (V) = speed (m/s)
• (t) = perception-reaction time (~2.5 sec)
• (g) = acceleration due to gravity (9.81 m/s²)
• (f) = coefficient of friction (0.35 typical)
• (G) = grade (decimal)

Summary Diagram: Road Safety Process

flowchart TD
    A[Accident Data Collection] --> B[Accident Analysis]
    B --> C[Hazard Identification]
    C --> D[Countermeasure Selection]
    D --> E[Implementation]
    E --> F[Monitoring & Evaluation]
    F --> B

Use these tables and guidelines to systematically improve rural road safety through data-driven measures, proper design, and community awareness.

Key Specifications for Public Advocacy Campaign Targeting User Behavior (MORD 18, Clause 5.1)

1. Campaign Design Stages:

2. Campaign Approaches (Clause 5.1.1):

• Highlight dangers of unsafe behavior
• Empower accident survivors to advocate
• Emphasize community risk
• Make safe behavior attractive and rewarding
• Support personal development for behavior change

3. Do's & Don'ts:

• Plan strategically with clear communication strategy
• Understand and segment audience precisely
• Combine media channels and interpersonal outreach
• Pre-test messages with stakeholders
• Always include a clear call to action

flowchart TD
    A[Identify Behavior] --> B[Select Audience]
    B --> C[Set Goal]
    C --> D[Create Success Cycles]
    D --> E[Define Indicators]
    E --> F[Communication Plan]
    F --> G[Evaluation Plan]

This structured approach ensures targeted, measurable, and effective behavior change campaigns for safer road use.

Educational Requisite for Local Authorities (Rural Road Safety Manual)

Local authorities are pivotal in educating communities on road safety. Key points from Clause 5.2 and related sections:

• Understanding Road Safety as a System: Authorities must grasp road safety holistically — infrastructure, user behavior, enforcement, and education.
• Community Education Design: Tailor education programs to local needs, using clear messaging and participatory methods.
• Effective Education Elements:
  • Use local languages and culturally relevant materials.
  • Engage community leaders and institutions.
  • Include practical demonstrations and interactive sessions.
• Training Programs: Refer Table 17 (p.86) for structured training programs on road safety for local authorities.
• Evaluation Criteria: Clause 5.6.2 provides criteria to assess education and training effectiveness.

Useful Tables and Figures for Local Authorities:

Summary Diagram: Role of Local Authorities in Road Safety Education

graph LR
A[Local Authorities] --> B[Understand Road Safety System]
A --> C[Design Community Education]
C --> D[Use Local Languages & Culture]
C --> E[Engage Community Leaders]
C --> F[Conduct Training Programs]
A --> G[Evaluate & Improve Programs]

References:

• Clause 5.2: Educational Requisite for Local Authorities
• Clause 5.6.2: Evaluation Criteria
• Table 17: Training Program on Road Safety (p.86)
• Figure 12: Institutional Arrangement (p.84)

This framework ensures local authorities effectively educate and influence safer road use in rural communities.

Safe Route to School (SRTS) Program - Key Points from MORD 18

Objectives:

• Improve safety for children walking/cycling to school.
• Promote active, healthy transportation.
• Engage community & stakeholders in planning.

Key Steps & Specifications:

Important Specifications:

• Route Safety Audit: Mark routes as:

  • Green Zone: Safe
  • Yellow Zone: Moderate risk
  • Red Zone: High risk (e.g., railway crossings without barricades)

• Stakeholder Roles: Principal, PTA, local police, traffic officials, community leaders, parents, children.

• Surveys:

  • Student Tally: Mode of transport data.
  • Parent Survey: Perceptions & improvement needs.

Benefits:

• Safer walking/cycling routes.
• Reduced traffic congestion near schools.
• Enhanced community involvement.
• Support for children with disabilities.

flowchart TD
    A[Form SRTS Committee] --> B[Analyze Existing Conditions]
    B --> C[Conduct Surveys & Route Audits]
    C --> D[Identify & Prioritize Solutions]
    D --> E[Develop Action Plan & Implement]
    E --> F[Monitor & Review Safety Improvements]

For detailed design, refer to local traffic engineering guidelines for pedestrian crossings, signage, and traffic calming measures around schools.

Training Program on First Aid for Local Community and Schools
(Based on MORD 18, Clauses 5.4 & 5.4.1)

Key Points:

• Objective: Equip local community (30 persons per batch) and school members with first aid skills, focusing on road crash scenarios.
• Frequency: Initial training + refresher every 3 months.
• Focus Areas:
  • Immediate care to prevent severity and promote recovery.
  • Handling blocked airway (anoxia) — fatal within 4 minutes if untreated.
  • Proper victim positioning before emergency teams arrive.
  • Accident response mechanisms.

Essential First Aid Techniques for Road Safety:

Training Program Structure:

• Batch Size: ~30 participants from Panchayati Raj Institutions (PRIs).
• Duration: 1-2 days, including theory and practical drills.
• Content:
  • Basic anatomy & injury types.
  • Road crash scenario simulations.
  • Use of first aid kits.
  • Communication with emergency services.

Summary Diagram: First Aid Response Flow in Road Crash

flowchart TD
    A[Road Crash Occurs] --> B[Assess Scene Safety]
    B --> C[Check Victim Responsiveness]
    C -->|Unresponsive| D[Open Airway (Head Tilt-Chin Lift)]
    D --> E{Breathing?}
    E -->|Yes| F[Place in Recovery Position]
    E -->|No| G[Start CPR]
    F --> H[Control Bleeding]
    G --> H
    H --> I[Call Emergency Services]
    I --> J[Monitor Victim Until Help Arrives]

Safety Champions & Safety Volunteers (Clause 5.5, MORD 18)

These are community-selected facilitators ("Sadak Mitra") trained to promote road safety awareness locally. Key points:

Selection Criteria (Sample)

• From local community, accepted by community
• Active, non-controversial member
• Believes in safe road use; volunteers willingly
• Literate in local language + Hindi
• Good record-keeping skills
• Age: 18-35 preferred
• Willing to undergo training & translate knowledge
• Good/ trainable communication & facilitation skills
• Confident in public meetings & stakeholder interaction

Roles & Specifications

• Act as a single point of contact for road safety info/support
• Partner with authorities for awareness campaigns
• Facilitate community education on safer road usage
• Maintain basic safety data manually or digitally

Training Program Themes (Summary)

• Road safety issues & advocacy
• Communication techniques & first aid
• Accident response mechanism
• Public meetings & stakeholder engagement

flowchart LR
    A[Community] --> B[Select Safety Champion]
    B --> C[Training on Road Safety]
    C --> D[Community Facilitation & Awareness]
    D --> E[Partner with Authorities]
    E --> F[Improved Road Safety Practices]

This framework ensures sustainable, community-driven road safety improvements.

Awards and Recognition for Road Safety (MORD 18 - Clause 5.6.1 & 5.6.2)

Award Categories:

1. Road Safety Management

   • Innovative systems, multi-stakeholder partnerships, data-backed strategies.
   • Eligible: Police, fire dept., govt. depts., local bodies, schools, community groups.

2. Safe Roads

   • Focus on road infrastructure safety improvements.
   • Eligible: Police, fire dept., govt. depts., local bodies.

3. Safe Usage of Roads

   • Awareness, education, enforcement, media innovations, vehicle safety.
   • Eligible: Police, govt. depts., local bodies, schools, community groups.

4. Crash / Accident Response

   • Emergency response, treatment, life-saving measures.
   • Eligible: Police, fire dept., hospitals, govt. depts., local bodies.

Evaluation Criteria (Clause 5.6.2):

• Innovation: New or locally adapted initiatives.
• Achievement & Evaluation: Evidence of positive impact or significant benefit.
• Commitment: Long-term dedication and sustainability.
• Replicability: Potential for wider adoption.

Key Tables & Figures for Reference:

Summary Diagram of Award Categories & Eligibility:

graph TD
    A[Awards for Road Safety] --> B[Road Safety Management]
    A --> C[Safe Roads]
    A --> D[Safe Usage of Roads]
    A --> E[Crash / Accident Response]

    B --> B1[Police

Key Specifications & Tables for Road Safety Management and Training Program (MORD 18)

1. Road Safety Management Components (Clause 5.6.2):

   • Annual Road Safety Plan (ARSP)
   • Rural Road Safety Improvement Program (RSIP)
   • Road Safety Cell (RSC) setup
   • Training Program based on Rural Road Safety Manual

2. Important Tables:

   • Table 1: Typical Accident Data Collection Format for Rural Roads
   • Table 13: Criteria for Countermeasure Selection
   • Table 14 & 15: Safe Stopping Sight Distance & Visibility Distance on Major Roads
   • Table 16: Recommended Length of Construction Zone
   • Table 17: Training Program on Road Safety (Target groups & duration)

3. Training Program (Table 17):

4. Road Safety Audit (RSA) Process:

   • Identification of safety issues with ratings:
     • Exposure, Probability, Consequence (scale 1-5)
     • Combined Road Safety Risk = (Exposure + Probability + Consequence) / 3
   • Recommendations based on risk ratings

5. Key Formulas:

[ \text{Road Safety Risk} = \frac{\text{Exposure Rating} + \text{Probability Rating} + \text{Consequence Rating}}{3} ]

• Higher the risk value (max 5), higher the urgency for intervention.

Summary Diagram: Road Safety Management Framework

flowchart TD
    A[Annual Road Safety Plan] --> B[Road Safety Cell (RSC)]
    B --> C[Accident Data Collection & Analysis]
    C --> D[Countermeasure Selection]
    D --> E[Training Program Implementation]
    E --> F[Monitoring & Evaluation]

References:

• Rural Road Safety Manual (MORD 18