Mumbai Fire Brigade to acquire 104-meter ladder for high-rise rescues
The Mumbai Fire Brigade has officially initiated the process of procuring a 104-meter turntable ladder to bolster its firefighting and rescue operations in high-rise buildings across the city. This new equipment is set to become the tallest firefighting ladder in the department's fleet. The announcement comes as the city's current tallest firefighting asset, a 90-meter aerial platform, remains stationed at the fire brigade's main headquarters in Byculla.
The proposal to acquire the new 104-meter ladder comes nearly a decade after the civic body first inducted its current 90-meter aerial platform back in 2015. According to municipal officials, the addition of the taller ladder is specifically aimed at strengthening the brigade's capability to tackle fires and carry out life-saving rescue operations in the rapidly growing number of high-rises throughout Mumbai.
A senior civic official confirmed that the procurement has been under active consideration for a significant period of time. The official stated that the proposal has been under discussion for over two years and is currently in the technical and administrative stage of the procurement process.
At present, the Mumbai Fire Brigade relies heavily on its single 90-meter ladder as the primary resource for tackling fires in very tall buildings. However, because this critical asset is stationed exclusively at the Byculla headquarters, officials have expressed concerns regarding emergency response times to other parts of the city. A fire officer noted that if a major fire breaks out in a high-rise, the time taken for the 90-meter ladder to travel all the way from Byculla to the site of the incident could be critical to the outcome of the rescue operations.
To address these logistical and operational challenges, the proposed 104-meter turntable ladder is expected to be equipped with modern features. It will include a retractable aerial platform alongside advanced hydraulic systems to facilitate safer and more efficient high-rise rescue operations.
