Titagarh Rail Systems Limited (TRSL), a leading Indian rolling stock manufacturer, has been awarded a significant contract from Ambuja Cements Limited and ACC Limited, part of Adani Cement. The order, valued at approximately Rs 537.11 crore, includes the manufacture and supply of 16 BCFCM (Bogie Covered Fly Ash/Cement Wagon) rake wagons with BVCM (Bogie Brake Van Type) wagons, further reinforcing TRSL’s leadership in the freight rolling stock sector.
The contract underscores TRSL’s expertise in designing and manufacturing specialised freight wagons for bulk transportation. The BCFCM and BVCM wagons are designed to optimize the passage of fly ash and cement, ensuring faster and more cost-effective movement of these essential materials. Additionally, it highlights TRSL’s ability to deliver customized solutions tailored to the specific needs of its patrons.
The execution of this order, scheduled between January 2026 and March 2027, will leverage TRSL’s advanced manufacturing facilities and engineering capabilities to ensure the highest standards of quality and timely delivery.
Commenting on the order, Anil Kumar Agarwal, Deputy Managing Director, Titagarh Rail Systems Ltd, said: “At Titagarh Rail Systems, we are proud to partner with Ambuja Cements and ACC Limited in their commitment to enhance logistics efficiency through rail-based freight solutions. This contract further strengthens our order book and highlights the industry’s confidence in our ability to deliver high-performance, specialized wagons. With our advanced manufacturing capabilities, we are committed to ensuring efficient and seamless transportation solutions while contributing to the progress of India’s infrastructure.”
The Company is committed to delivering these rakes with top-notch quality, ensuring smooth integration into Adani Cement’s operations.
TRSL continues to play a key role in advancing the more efficient movement of goods and facilitate flow of benefits thereof to the society while participating in the modernization of India’s rail infrastructure.