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London, United Kingdom: The UK Civil Aviation Authority (CAA) has formally asked Air India to provide a detailed explanation of an incident involving a Boeing 787-8 Dreamliner that departed London Heathrow Airport on February 1 despite a reported anomaly with a critical aircraft system. The regulator has warned the airline that failure to respond fully within one week could trigger regulatory action affecting its Dreamliner operations. Air India flight AI132, operating a Boeing 787-8 Dreamliner registered VT-ANX, departed Heathrow for Bengaluru after pilots noted irregular behaviour with a fuel control switch, a vital cockpit control that regulates fuel flow to the engines. During engine start, one of the two fuel control switches did not remain positively latched in the “RUN” position on the first two attempts before stabilising on the third. The flight continued without in-air issues and landed in Bengaluru. Upon arrival, the crew filed a defect report citing the anomaly, and the aircraft was grounded for inspection on February 2. The UK Civil Aviation Authority has taken the step of demanding a formal response from Air India, including: A comprehensive account of pre-flight maintenance actions taken before departure, A root-cause analysis of the fuel control switch event, A preventive action plan to reduce the risk of recurrence across Air India’s Dreamliner fleet, which comprises 33 aircraft. In official correspondence, the CAA emphasised that regulators routinely seek detailed explanations following incidents affecting safety-critical components, particularly when an aircraft departs with a potential defect. Air India said it conducted precautionary re-inspections of fuel control switches across its Boeing 787 fleet after the incident and reported no issues found during these checks. The airline acknowledged the Directorate General of Civil Aviation (DGCA) oversight and said it will comply with the regulator’s guidance to circulate Boeing’s recommended operating procedures for the switches to all flight crews. India’s DGCA also issued a clarification, stating that post-flight inspections determined the fuel switches were serviceable and functioning normally. According to the regulator, the switch may move if light pressure is applied in an incorrect direction, but its design does not indicate a defect when used according to approved procedures. The DGCA advised Air India to reinforce correct switch handling among pilots. Fuel control switches are crucial for aircraft safety. They allow pilots to start and shut down engines and are designed with locking mechanisms to prevent unintended movement. This category of component has been under heightened scrutiny following the June 2025 crash of an Air India Boeing 787-8 in Ahmedabad, where preliminary investigation reports indicated fuel control switches played a role in dual-engine power loss shortly after takeoff. That accident, which resulted in significant loss of life, triggered industry-wide inspections and close regulatory observation of Boeing 787 systems. Though the final accident report remains pending, aviation authorities worldwide have been monitoring similar technical aspects, including fuel system controls, in current operations. Air India faces a deadline to submit its response to the UK CAA within one week of the February 4 notice. The airline has stressed safety as its utmost priority and reiterated cooperation with international regulators and Boeing in evaluating the matter.

UK CAA Seeks Formal Explanation On Air India 787 Fuel Switch Event; DGCA Finds No Fault

Aviation Today News Desk / February 7, 2026

London, United Kingdom: The UK Civil Aviation Authority (CAA) has formally asked Air India to provide a detailed explanation of […]

Bangalore, India: In a major milestone for India’s indigenous defence manufacturing, Hindustan Aeronautics Limited (HAL) successfully carried out the maiden flight of the first series-production HTT-40 basic trainer aircraft (tail number TH-4001) from its Bengaluru facility on Friday. The aircraft, built under the “Aatmanirbhar Bharat” initiative, marks the transition of the HTT-40 programme from development to full-scale production. According to HAL, the flight lasted approximately 40 minutes and validated the aircraft’s performance parameters, flight controls, and avionics systems. “This achievement reflects our capability to design, develop, test, and now produce a world-class basic trainer entirely within India,” said HAL Chairman and Managing Director C.B. Ananthakrishnan. “The HTT-40 will soon play a key role in shaping the next generation of Indian Air Force pilots.” The HTT-40 (Hindustan Turbo Trainer-40) is a tandem-seat, fully aerobatic turboprop aircraft designed for ab-initio pilot training. The trainer can perform a range of operations including basic flying, aerobatics, instrument training, and night sorties. Unlike earlier prototypes, the newly flown TH-4001 represents a production-standard version that will lead HAL’s delivery commitments to the Indian Air Force (IAF). The aircraft is powered by a Honeywell TPE331-12B turboprop engine and features a modern glass cockpit, zero-zero ejection seats, hot refuelling capability, and advanced avionics such as VOR/ILS, TACAN, and IFF. HAL officials confirmed that the indigenous content of the HTT-40 currently stands at around 56%, with plans to push it beyond 60% as local suppliers scale up production. The Indian Air Force has placed an order for 70 HTT-40 aircraft, valued at approximately ₹6,800 crore. Deliveries were initially targeted for late 2025 but were delayed due to supply chain constraints, particularly the delayed shipment of Honeywell engines. HAL now expects the first batch of production aircraft to be delivered to the IAF by February 2026, after completion of flight certification and quality assurance trials. A second production line at HAL’s Nashik division has also been inaugurated to accelerate output and meet the IAF’s requirements. The HTT-40 will replace the ageing HPT-32 Deepak trainers that were grounded in 2009 following safety issues. With its modern systems and improved safety standards, the aircraft will serve as the backbone of the IAF’s basic flight training programme, bridging a crucial capability gap in pilot induction.

Military Aviation

HAL’s HTT-40 Enters Production To Boost Indian Air Force Pilot Training Capability

Aviation Today News Desk / October 25, 2025

Bangalore, India: In a major milestone for India’s indigenous defence manufacturing, Hindustan Aeronautics Limited (HAL) successfully carried out the maiden

Airports, India, Uncategorized

Bengaluru Airport Becomes First in Asia to Achieve Level 5 Carbon Accreditation

Aviation Today News Desk / April 25, 2025

Picture Credits: hok Bengaluru, INDIA: Kempegowda International Airport Bengaluru (BLR) has become the first airport in Asia to receive Level

Bengaluru: The highly anticipated Aero India 2025 is set to take place from February 10 to 14 at the Air Force Station in Yelahanka, Bengaluru. Recognized as Asia’s largest aerospace and defense exhibition, the 15th edition of this biennial event will bring together global leaders, modern military technology, and strategic defense discussions | Aviation Today

Airshows & Events

Aero India 2025: Asia’s Largest Airshow to display Nxt-Gen Aerospace Tech in Bengaluru

Aviation Today News Desk / February 7, 2025

Picture credits: X (Aero India) Bengaluru: The highly anticipated Aero India 2025 is set to take place from February 10

Bengaluru

UK CAA Seeks Formal Explanation On Air India 787 Fuel Switch Event; DGCA Finds No Fault

HAL’s HTT-40 Enters Production To Boost Indian Air Force Pilot Training Capability

Bengaluru Airport Becomes First in Asia to Achieve Level 5 Carbon Accreditation

Aero India 2025: Asia’s Largest Airshow to display Nxt-Gen Aerospace Tech in Bengaluru

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