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From the IFT source library

National Road Safety Mission

Text from the existing IFT website. Sources and claims are still under editorial review.

Original source ↗

Section 01

Place & movement

Define origin, destination, route, users or goods before diagnosing.

Record India → State/UT → District → City/Block → Village/Ward → corridor, stop, station, terminal or hazard only at the resolution supported by evidence. Include date, day type, time, season, direction, trip purpose or commodity, mode, transfer points, operator and affected population.

Complete-journey gate

A fast trunk segment can coexist with a poor journey. Measure access, waiting, interchange, in-vehicle time, last mile, cost, reliability and safety from origin to destination.

Data reference table

Evidence Snapshot

Read each value with its reporting period, population and limitations. A historical national reference is not a local baseline or proof that an IFT proposal works.

4 source-linked reference records. 3 measurement records still need data and a review of their relevance.

Data references for National Road Safety Mission
SignalReference ValuePeriod / PopulationHow to Read ItSource Status
Reported road crashes

480,583 crashes

Historical reference

Calendar 2023

All India; States/UTs reporting to MoRTH

National reported incident count.

Limitations: Police administrative reports; reporting completeness and classification may vary. Not a site-specific crash rate.

Ministry of Road Transport and Highways

Official government report

Road Accidents in India 2023

Published: Not stated on the retrieved publication

Publication checked: 2026-11-04

Value, period and coverage checked in publication

Reported road-crash deaths

172,890 people killed

Historical reference

Calendar 2023

All India; police-reported road-crash casualties

Fatalities, not the number of fatal crashes.

Limitations: Police administrative reports; reporting completeness and classification may vary. Not a site-specific crash rate.

Ministry of Road Transport and Highways

Official government report

Road Accidents in India 2023

Published: Not stated on the retrieved publication

Publication checked: 2026-11-04

Value, period and coverage checked in publication

Reported road-crash injuries

462,825 people injured

Historical reference

Calendar 2023

All India; police-reported road-crash casualties

Non-fatal casualty count.

Limitations: Police administrative reports; reporting completeness and classification may vary. Not a site-specific crash rate. Does not measure long-term disability.

Ministry of Road Transport and Highways

Official government report

Road Accidents in India 2023

Published: Not stated on the retrieved publication

Publication checked: 2026-11-04

Value, period and coverage checked in publication

Cyclists killed in reported road crashes

4,560 people

Historical reference

Calendar 2023

India; bicycle users in Table 4.4

Bicycle-user fatalities are distinct from motorised two-wheelers.

Limitations: Police-reported count; no cycling-distance denominator or inference about a specific cycle lane.

Ministry of Road Transport and Highways

Official government report

Road Accidents in India 2023

Published: Not stated on the retrieved publication

Publication checked: 2026-11-04

Value, period and coverage checked in publication

Fatal and serious injuries

Not established

Data required — not zero

Reporting period: Information Required

Population and geography: Information Required

Proposed measure; no observed value is established here.

Limitations: Define the measure, unit, reporting period and covered population; obtain a traceable dataset and review its suitability for this topic before using a number.

Source organisation: Information Required

Direct source URL: not yet verified

Source publication date: not established

Verification status: Data required

Risk per exposure

Not established

Data required — not zero

Reporting period: Information Required

Population and geography: Information Required

Proposed measure; no observed value is established here.

Limitations: Define the measure, unit, reporting period and covered population; obtain a traceable dataset and review its suitability for this topic before using a number.

Source organisation: Information Required

Direct source URL: not yet verified

Source publication date: not established

Verification status: Data required

Blackspot recurrence

Not established

Data required — not zero

Reporting period: Information Required

Population and geography: Information Required

Proposed measure; no observed value is established here.

Limitations: Define the measure, unit, reporting period and covered population; obtain a traceable dataset and review its suitability for this topic before using a number.

Source organisation: Information Required

Direct source URL: not yet verified

Source publication date: not established

Verification status: Data required

Different surveys, administrative records, estimates and reporting years are not interchangeable. No combined IFT score is calculated from these rows.

Section 02

Problem

Describe the failed movement or safety outcome.

Driver blame alone ignores unsafe roads, vehicles, enforcement, work conditions and delayed rescue.

Record frequency, duration, variability, delay, fare or delivered cost, affected population or volume, injuries or loss, accessibility, environmental impact and the current service or standard.

Section 03

Root causes

Test demand, network, operations, behaviour, assets and governance.

Disconnected national road safety planning, operators and information

Use movement records, field observation, operator data and competing explanations before confirmation.

Infrastructure output is measured more often than door-to-door safety, time, affordability and reliability

Use movement records, field observation, operator data and competing explanations before confirmation.

Demand, alternatives, maintenance, workforce and local operating capacity are not tested together

Use movement records, field observation, operator data and competing explanations before confirmation.

A queue, missed journey, crash or delayed shipment may result from several interacting causes. Separate the immediate trigger from route design, capacity, schedules, maintenance, enforcement, fatigue, land use, transfer or information failures.

Section 04

Evidence

Build an auditable movement and decision record.

  • Question Minimum evidence
  • Where and when? Origin/destination, route, resolution, date, time and season
  • Who or what moves? User group, trip purpose or commodity, volume and vulnerability
  • What failed? Time, reliability, cost, access, safety, loss and standard
  • Why? Demand, capacity, operation, asset, behaviour and competing causes
  • What exists now? Mode, operator, schedule, fare, project, owner and condition
  • Did action work? Comparable baseline, exposure, target, actual, cost and harm

Network length ≠ access. Vehicle count ≠ reliable service. Project completion ≠ shorter, safer or more affordable journey.

Section 05

How the parts work together

What must work as one chain.

Road and speed design

Define demand, capacity, timetable or flow, asset, operator, safety standard, maintenance, information, finance and accountability.

Vehicle condition

Driver behaviour and fatigue

Emergency and trauma response

Section 06

India-fit solutions

Compare operational, safety, pricing and infrastructure options.

Combine safe road, safe vehicle, safe user and fast emergency response; measure fatal and serious injury outcomes.

BOUNDED PILOT

Select one route, station, corridor or village connection; establish a comparable baseline, test the lowest-risk option and publish a time-bound result.

Pre-register baseline and comparison, exposed users, alternative modes or non-build options, full lifecycle cost, operating owner, accessibility and safety safeguards, measurement period and stop/redesign rule.

Section 07

Roadmap

Protect now, improve operations, then add proven capacity.

  • 01 · 0–30 days
  • Protect immediate hazards and verify route, users, operator and failure
    02 · 30–90 days
  • Build movement baseline, root-cause tests and alternatives
    03 · 3–12 months
  • Pilot the lowest-risk service, safety or flow intervention
    04 · 1–3 years
  • Evaluate time, reliability, affordability, safety and maintenance
    05 · 3–5 years
  • Integrate modes, terminals, data, skills and finance065+ years
  • Scale deep infrastructure only after demand and lifecycle review

Section 08

How to measure improvement

Track what travellers, communities and supply chains experience.

Fatal and serious injuries
Baseline → target → actual → confidence → decision

Risk per exposure
Baseline → target → actual → confidence → decision

Blackspot recurrence
Baseline → target → actual → confidence → decision

Emergency response time
Baseline → target → actual → confidence → decision

Verified treatment effect
Baseline → target → actual → confidence → decision

Scale

Verified safer, faster or more reliable outcome with viable operation.

Modify

Partial gain but design, cost, inclusion, transfer or maintenance needs repair.

Stop

No credible net benefit, unacceptable harm, low use or a stronger alternative.

Section 09

Risks and protections

A faster system must not transfer danger, exclusion or cost.

  • Protect pedestrians, children, disabled users, women and workers
  • Prevent unsafe displacement and severance of communities or livelihoods
  • Assess induced demand, pollution, noise, ecology and climate lifecycle
  • Include drivers, conductors and logistics workers in safety design
  • Publish procurement, subsidy, fare, contractor and operating assumptions
  • Redact faces, number plates and sensitive exact locations in citizen reports

15 questions, answered clearly

Questions about National Road Safety Mission

What does National Road Safety Mission focus on?

Driver blame alone ignores unsafe roads, vehicles, enforcement, work conditions and delayed rescue.

What changes does the page propose?

Combine safe road, safe vehicle, safe user and fast emergency response; measure fatal and serious injury outcomes. Select one route, station, corridor or village connection; establish a comparable starting measurement, test the lowest-risk option and publish a time-bound result.

Which parts need to work together?

The proposed system connects Road and speed design; Vehicle condition; Driver behaviour and fatigue; Emergency and trauma response. Assign a responsible team, service standard, handoff and maintenance plan for each part

What local information is needed before taking action?

Record India → State/UT → District → City/Block → Village/Ward → corridor, stop, station, terminal or hazard only at the resolution supported by evidence. Include date, day type, time, season, direction, trip purpose or commodity, mode, transfer points, operator and affected population.

What could be causing the problem?

Possible causes to investigate include Disconnected national road safety planning, operators and information. Treat these as questions to test against local records and experience, rather than confirmed causes in every location.

What evidence should researchers collect?

Keep a dated record of the location, the service or asset that failed, who was affected, the possible cause, the existing owner or project, and the result after action. Link each observation to its source and method. Network length ≠ access. Vehicle count ≠ reliable service. Project completion ≠ shorter, safer or more affordable journey.

What could a first trial of National Road Safety Mission look like?

Select one route, station, corridor or village connection; establish a comparable starting measurement, test the lowest-risk option and publish a time-bound result. Agree the place, responsible team, comparison, safety checks and measurement period before starting. The trial described here is a proposal, not a reported result.

How should improvement be measured?

The page proposes tracking Fatal and serious injuries; Risk per exposure; Blackspot recurrence; Emergency response time. Define each measure, record the starting value and reporting period, then compare later results using the same method. Report who benefits and any harm or uncertainty.

What risks and safeguards need attention?

Protect pedestrians, children, disabled users, women and workers. Prevent unsafe displacement and severance of communities or livelihoods. Assess induced demand, pollution, noise, ecology and climate whole-life. Include drivers, conductors and logistics workers in safety design. Publish procurement, subsidy, fare, contractor and operating assumptions. Redact faces, number plates and sensitive exact locations in citizen reports.

What is the suggested order of work?

Protect now, improve operations, then add proven capacity. 0–30 days. Protect immediate hazards and verify route, users, operator and failure; 30–90 days. Build movement starting measurement, root-cause tests and alternatives; 3–12 months. Pilot the lowest-risk service, safety or flow intervention; 1–3 years. Evaluate time, reliability, affordability, safety and maintenance; 3–5 years. Integrate modes, terminals, data, skills and finance; 5+ years. Scale deep infrastructure only after demand and whole-life review. These stages are planning ranges. Actual timing depends on local conditions, resources, permissions and delivery capacity.

Who should take responsibility for delivery?

Information Required: the named organisation and accountable local team. Responsibilities must cover Road and speed design; Vehicle condition; Driver behaviour and fatigue; Emergency and trauma response. Assign an owner for each handoff, record how problems will be escalated, and agree who will fund and maintain the work.

What costs should be checked before approval?

A fast trunk segment can coexist with a poor journey. Measure access, waiting, interchange, in-vehicle time, last mile, cost, reliability and safety from origin to destination. Record frequency, duration, variability, delay, fare or delivered cost, affected population or volume, injuries or loss, accessibility, environmental impact and the current service or standard. Information Required: a local cost estimate, funding source and ongoing operating and maintenance budget. Include costs shifted to households or other services when comparing options.

How should access and fairness be checked?

Compare access, costs, safety and results across the groups affected in this location. Record missing information and correct exclusion before expanding the proposal.

When should the approach expand, change or stop?

Scale: Verified safer, faster or more reliable outcome with viable operation. Modify: Partial gain but design, cost, inclusion, transfer or maintenance needs repair. Stop: No credible net benefit, unacceptable harm, low use or a stronger alternative.

Does this page establish that the proposal has succeeded?

No verified local result should be inferred from the proposal alone. Information Required: a dated starting measurement, later results, costs, affected groups and an independent assessment. The proposed review should examine Fatal and serious injuries; Risk per exposure; Blackspot recurrence.