India's First Indigenous Bullet Train, an Eight-Car 202-Metre Set Rated for 280 km/h in Testing, Is Taking Shape at BEML in Bengaluru With Its Body Under a Squeeze Test of Up to 1,500 Kilonewtons

India’s first indigenously designed and built bullet train is taking shape at BEML’s plant in Bengaluru, and its carbody is going through a squeeze test, a structural check in which the shell of the train is put under controlled compressive and tensile forces. Railway Minister Ashwini Vaishnaw inspected the work on 1 November 2026, and the Ministry of Railways issued a release the same day titled “Bharat’s First Bullet Train in Making”. It describes an eight-car set about 202 metres long, rated for 280 km/h in testing and 249 km/h in service, for the Mumbai-Ahmedabad high-speed rail line.

What the Ministry says the train is

The set has four motor cars, the ones that drive the train, and four trailer cars. Seven are standard class with 3x2 seating, and one is executive class with 2x2 seating. The Ministry puts capacity at about 557 passengers, a figure that includes space for two passengers with reduced mobility. Two eight-car sets can be coupled into a 16-car train “for future operations”, the release says.

Each end has a driver’s cab with an Intelligent On-Board Control system, which the Ministry says supports quick decisions and coordination with the operation control centre. The train runs on 25 kV, 50 Hz single-phase AC drawn from a heavy compound catenary, the overhead wire system, and its regenerative braking recovers energy as the train slows. The nose and body were shaped with computational fluid dynamics, computer simulations of airflow, to cut air resistance, turbulence and the pressure waves that build up in tunnels.

Inside the cars

The floor is aligned with platform height for level boarding, and retractable footsteps in the doors narrow the gap at the platform edge. The release lists wheelchair-friendly doors, Braille signage, seating and a toilet for passengers with reduced mobility, seats designed to Indian body measurements, overhead racks, floor-mounted stands for larger bags, power outlets for laptops and phones, bio-digester toilets and wide windows at every seat row. Sealed single-piece gangways connect the cars.

Screens show journey information in English, Hindi and regional languages, and there are automatic announcements, emergency talk-back units in the cabins and vestibules, and a Wi-Fi infotainment system with preloaded content. Each car has two heating, ventilation and air-conditioning units. Sound insulation in the body and floor, noise-damping coatings, skirts, bogie covers and fairings are meant to keep noise down.

What a squeeze test checks, and where 1,500 kilonewtons comes in

The Ministry’s description, as the Tribune and Business Standard carried it, says the squeeze test evaluates the structural strength, rigidity and dimensional stability of the carbody. Vaishnaw walked through the parts being tested: the roof, the side walls, the end walls and the driver’s cab. He said the structure is designed to international standards.

His reason for the test, as ANI reported it, is the air. At very high speeds a vacuum forms around the train, and the body has to withstand that pressure. “Testing is conducted at loads of 1500 kilonewtons,” he said. News Karnataka reported the load as up to 1,500 kilonewtons. A kilonewton is a thousand newtons of force, so 1,500 kilonewtons is roughly the weight of 153 tonnes pressing on the structure.

The first body frame was finished in early September, according to Vaishnaw’s remarks on 8 September 2026 as India TV reported them, and was sent for the squeeze test. His 24 October post says it was “undergoing structural testing”. After the squeeze test, Vaishnaw said in Bengaluru, the propulsion systems will be fitted and the train will go through a climate test with temperatures as high as 50 degrees and as low as below zero, along with rain and dust.

Who is building it, and under which contracts

BEML, short for Bharat Earth Movers Limited, is a state-owned manufacturer in Bengaluru. In October 2024, the Integral Coach Factory (ICF) in Chennai awarded BEML a contract to design, manufacture and commission two eight-car high-speed trainsets. BEML’s exchange filing put the value at Rs 866.87 crore. The filing says that figure includes design cost, one-time development cost, and jigs, fixtures, tooling and testing facilities “which will be utilised for all future High-Speed projects in India”. It gave Rs 27.86 crore as the price per car and end-2026 as the scheduled delivery. Vaishnaw’s October post says ICF and BEML are making the set, which he calls the B28, designed for 280 km/h.

A second, larger order followed. BEML told the stock exchanges on 18 September 2026 that the National High Speed Rail Corporation Limited (NHSRCL), the company building the line, had ordered the supply and maintenance of high-speed rolling stock and allied works worth more than Rs 5,400 crore. The filing gives one combined value. It does not say how many trainsets are covered or whether they use the B28 design, as Railway Supply noted.

The same Bengaluru complex unveiled India’s first Vande Bharat Sleeper trainset on 1 September 2024, which PIB said BEML manufactured in nine months. On 1 November 2026, the day of the bullet train inspection, Vaishnaw also flagged off the Bengaluru-Mumbai Vande Bharat Sleeper from Bengaluru, as PIB reported. The sleeper services have their own article.

The line it is built for

The Mumbai-Ahmedabad route runs 508 km and uses Japanese high-speed rail technology; the Ministry’s release and Vaishnaw’s post both say the new train is being made for it. In his 24 October post Vaishnaw lists 456 km of pier work and 371 km of viaduct complete as of September 2026, and describes the corridor as designed for 350 km/h with an operating speed of 320 km/h. He added that a faster B35 trainset, designed for 350 km/h, is “the next step”. The corridor’s construction, the Japanese loan and the Surat to Vapi section are covered in the Mumbai-Ahmedabad bullet train article, and the wider partnership in the India and Japan piece.

The post also says that the transformers, mast cross arms and wires of the high-speed electrification system are being made in India, and that the J-slab ballastless track, a Japanese technology, is being cast in Indian yards by Indian engineers for the first time. The Union Budget 2026-27 announced seven high-speed corridors covering nearly 4,000 km at an expected investment of around Rs 16 lakh crore (Rs 16 trillion), Vaishnaw wrote, a figure Business Today repeated.

When it could run, as of 5 November 2026

The Ministry’s 1 November release gives no date for track trials or passenger service. Other official statements give these:

• On 8 September, Vaishnaw said the indigenous train would be on the tracks for testing by May or June 2027, with the Prime Minister to inaugurate it after two to four months of testing.
• In his 24 October post he wrote that track trials are expected by mid-2027, that the first service starts in 2027 on the Surat to Vapi section, and that the first service begins in the last quarter of 2027.
• On 2 January 2026, Akashvani reported him saying India is likely to get its first bullet train on 15 August 2027, from Surat to Bilimora and then Vapi to Surat.

The sources do not agree on every detail. PIB, ANI, the Tribune and Business Today place the inspection on Sunday 1 November, while The Hans India and News Karnataka wrote it as a Monday visit. The Hans India and News Karnataka also give December 2029 as the date by which the whole corridor is expected to be commissioned; no official statement in the pages opened gives a date for the full line. Business Standard noted that the B28 will be slower than the Japanese trainsets, which run at up to 350 km/h, that the government expects to procure from Japan.

The order of work Vaishnaw described in Bengaluru is the squeeze test, then propulsion, then the climate test, with track trials after that. His 24 October post ends with the line “In 2027, come experience your first bullet train ride!”