The sharp rise in Samruddhi Expressway deaths is turning Maharashtra’s flagship high-speed road into a critical test of how the state manages safety on expanding transport infrastructure. Police data cited in an RTI reply shows that 128 people died in 142 accidents on the expressway between January and August 2026. That is already higher than the 126 deaths recorded during the whole of 2024, when the road reported 137 accidents.
The numbers matter not only because they show a worsening fatality count on one expressway, but also because they raise a broader question about the relationship between mobility expansion and road safety. The Samruddhi Expressway was designed to improve long-distance movement across Maharashtra. Yet the available data indicates that increased use has been accompanied by a high number of fatal crashes, making the road’s operational safety as important as its physical construction.
The data was reported by Times of India – Nagpur from an RTI reply involving activist Abhay Kolarkar. It records 173 deaths in 202 accidents on the Samruddhi Expressway in 2025, compared with 126 deaths in 137 accidents in 2024. In the first eight months of 2026, the expressway had already recorded 142 accidents and 128 deaths. Because the 2026 figure covers only January to August, it cannot be directly treated as a full-year total. But it has already crossed the fatality count recorded across all of 2024.
That pattern is different from the one visible on the Mumbai-Pune Expressway, another major high-speed corridor in Maharashtra. Between January and August 2026, the Mumbai-Pune Expressway recorded 105 accidents and 39 deaths. In 2025, it reported 186 accidents and 68 deaths, while 2024 recorded 191 accidents and 90 deaths. The comparison does not by itself establish why the fatality levels differ, but it shows that accident volume and fatality outcomes are not uniform across the state’s expressway network.
The contrast is particularly significant because both roads serve high-volume intercity travel, but the available figures show a much higher death count on Samruddhi during the comparable eight-month period in 2026. The Samruddhi Expressway recorded 128 deaths against 105 accidents, while the Mumbai-Pune Expressway recorded 39 deaths against 105 accidents. The data therefore points to a need to examine not just how many crashes take place, but also the severity of those crashes and the conditions in which they occur.
The police data offers one explanation for the recent rise. Sources cited in the report said that an increase in vehicular traffic was one of the main reasons for the increase in accidents on the Samruddhi Expressway over the last two years. That explanation places traffic growth at the centre of the safety problem. As more vehicles use a high-speed corridor, the consequences of breakdowns, lane changes, driver fatigue, poor visibility or collisions involving heavy vehicles can become more severe. The supplied data, however, does not identify the proportion of crashes caused by each of these factors.
The expressway figures also sit within a larger state-level road-safety problem. Maharashtra recorded 7,980 accidents and 4,138 deaths on national highways during the first eight months of 2026. State highways recorded another 3,842 accidents and 2,015 deaths during the same period. Together, the figures show that the state’s highway and state-highway systems accounted for 11,822 reported accidents and 6,153 deaths in the first eight months of the year, based on the categories provided in the RTI data.
The longer-term figures show that a reduction or near-stagnation in accident numbers does not necessarily translate into fewer deaths. National highways recorded 11,285 accidents in 2024 and 11,381 in 2025, while fatalities increased from 5,812 to 5,941. On state highways, accidents declined from 5,814 in 2024 to 5,745 in 2025, but fatalities rose from 3,169 to 3,227. The pattern suggests that fatality prevention requires more than reducing the total number of recorded crashes. The severity of collisions remains a central measure of infrastructure performance.
The district-level data reinforces the uneven geography of road risk. Among police units, Pune Rural reported the highest number of deaths during January-August 2026, with 654 fatalities in 1,322 accidents. Yavatmal recorded 263 deaths in 460 accidents, while Nagpur Rural reported 241 deaths in 559 accidents. Nagpur city recorded 156 deaths in 711 accidents. These figures cover different road environments and police jurisdictions, so they cannot be used as a direct ranking of individual road designs. They do, however, show that road deaths are distributed across both intercity corridors and urbanising districts.
The gender breakdown in the broader road-fatality data is also stark. Across Maharashtra, 8,992 men and 1,294 women were killed in road accidents between January and August 2026. In 2025, the corresponding figures were 13,991 male fatalities and 2,039 female fatalities. The 2026 figures cover only eight months and are therefore not comparable with the full-year 2025 total without qualification. They nevertheless indicate the scale of the state’s road-safety burden and the overwhelmingly male profile of those killed in the reported data.
Heavy vehicles form another important part of the available evidence. Truck and truck-related cases accounted for 1,203 accidents and 586 deaths in 2025, compared with 1,232 accidents and 598 deaths in 2024. The data does not establish that trucks were responsible for the increase in Samruddhi Expressway fatalities. It does show, however, that truck-related crashes represent a substantial fatality category in Maharashtra’s road-safety records, making the interaction between freight movement and high-speed passenger traffic relevant to any assessment of expressway safety.
The institutional challenge is therefore broader than constructing more road capacity. A high-speed expressway is a system that includes carriageway design, access control, enforcement, emergency response, vehicle condition, driver behaviour, traffic management and the quality of crash investigation. The supplied report does not provide details on patrol deployment, emergency response times, median design, lighting, rest facilities, speed enforcement or the locations of individual crashes. Those gaps prevent a definitive explanation of why fatalities on Samruddhi are higher than on the Mumbai-Pune Expressway.
They also underline the importance of how road-safety data is collected and used. Accident totals, death totals and fatality patterns need to be examined together. A corridor with fewer accidents can still be more dangerous if crashes are more severe, while a corridor with more incidents may have lower fatality rates if collisions are less destructive or emergency care is faster. The available data makes the first comparison possible, but not the full diagnosis.
For Maharashtra’s urban and regional economy, the issue extends beyond the expressway boundary. The Samruddhi corridor connects major cities, districts and logistics routes, and its safety performance affects freight operators, intercity passengers, emergency services and settlements linked to its interchanges. Rising traffic can improve economic connectivity while simultaneously increasing exposure to risk. That tension is likely to become more important as highway-led development expands movement between urban centres and smaller towns.
The evidence currently confirms three points. Samruddhi Expressway recorded 128 deaths in the first eight months of 2026; that number has already exceeded its full-year 2024 fatality count; and Maharashtra’s broader highway data shows that fatalities can rise even when accident numbers remain stable or decline. What remains unclear from the supplied material is the precise cause of the Samruddhi deaths, the location and type of each crash, and whether changes in traffic volume, enforcement, vehicle mix or emergency response account for the difference with the Mumbai-Pune Expressway. Those are the next questions for the authorities and for any detailed safety review of the corridor.