270 KILLED IN AHMEDABAD HEAVY VEHICLE CRASHES: Over 500 Incidents Recorded as Fleet Operators Bypass Restrictions
Summarized by AI; it may make mistakes. Check important info
Summarized by AI; it may make mistakes. Check important info

Official Ahmedabad Traffic Police records from 2021 to July 2026 reveal that heavy commercial vehicles caused 521 road crashes across the city, killing 270 citizens and leaving 182 permanently disabled or severely injured.
Driven by an expanding logistics network and construction boom, oversized dumpers, freight trucks, and transit mixers have created persistent safety hazards on main urban corridors.
Sand and Soil Dumpers Emerge as Most Lethal Fleet
Commercial sand and soil dumpers accounted for the single highest casualty rate among heavy transport vehicles. Over the five-and-a-half-year period, dumpers were involved in 241 collisions that resulted in 131 deaths, 82 severe injuries, and 28 minor injuries. Over half of all dumper-related crashes proved fatal, reaching a single-year high in 2023 when 37 people lost their lives.
Freight transport trucks recorded 212 accidents over the same timeframe, leading to 106 fatalities and 74 severe injuries.
Ready-mix concrete (RMC) transit mixers supplying real estate developments across eastern and western suburban zones caused 68 collisions, claiming 33 lives, injuring 26 individuals severely, and causing minor injuries to nine others.
Fleet Drivers Circumvent Peak Hour 'No-Entry' Regulations
Traffic enforcement data shows that heavy transport vehicles routinely violate speed limits along major arterials once daytime 'No-Entry' restrictions end at 11:00 PM. High-density corridors including the Sardar Patel Ring Road and the Sarkhej-Gandhinagar (SG) Highway experience heavy freight traffic until early morning hours.
Contractors pay drivers commissions per completed trip on top of basic daily wages. To maximize runs before morning traffic bans resume, drivers alter mechanical speed governors, run red signals, and engage in excessive speeding. Continuous overnight driving from 11:00 PM to 6:00 AM leads to fatigue and early-morning micro-sleep incidents behind the wheel.
Engineering Vulnerabilities and Missing Guards Increase Collision Risk
Road safety analysts point to specific structural design flaws that escalate mortality rates during crashes:
- Extensive Cabin Blind Spots: Due to elevated cabin positions on dumpers and concrete mixers, drivers cannot see two-wheelers or pedestrians positioned within a 10-to-15-foot radius along the front or left side of the vehicle.
- Absence of Side Guards: Most commercial dumpers operate without functional Side Under-Run Protection Devices (SUPDs). When motorbikes slide or collide with heavy vehicles, riders fall directly under wheels rather than being deflected away.
- Speed Governor Tampering: Operators reconnect speed governors to pass Regional Transport Office (RTO) fitness checks, then hire local mechanics to disable the wiring for regular haulage.
Enforcement Agencies Urged to Enforce Strict Inspection Protocols
Safety experts recommend technical and legal measures to reduce heavy transit casualties:
- Mandatory Proximity Sensors: Require proximity sensors and convex blind-spot mirrors on all dumpers, with RTO revoking fitness certificates for non-compliant vehicles.
- Physical Speed Governor Audits: Inspect speed governor wiring during night-time traffic checks, filing criminal cases under the Motor Vehicles Act against vehicle owners for deliberate tampering.
- Late-Night Inspection Checkpoints: Set up late-night breathalyser and logbook checkpoints along SP Ring Road and SG Highway access points to verify driving hours and prevent driver fatigue.
- Co-Accused Liability for Builders: Expand legal investigations to list construction firms and vehicle owners as co-accused if crashes involve overloaded vehicles or unlicensed heavy drivers.
- SUPD Enforcement: Strictly enforce metal side and rear guard installations across all commercial fleets to keep two-wheeler riders from sliding beneath chassis frames.