Pilots’ Federation Demands In-Depth Electrical Probe into Air India Boeing 787 Crash

The Federation of Indian Pilots (FIP) has formally called upon the Aircraft Accident Investigation Bureau (AAIB) to conduct an exhaustive technical review into the June 2025 crash of an Air India Boeing 787 (VT-ANB). In a communication addressed to the investigation authorities, the pilot body emphasized that a comprehensive evaluation of the aircraft’s avionics, electronic systems, and electrical architecture is vital to uncovering the root cause of the incident.

FIP President Capt. CS Randhawa highlighted that the investigation must move beyond surface-level analysis, urging the bureau to leverage all available technical datasets to bolster aviation safety protocols. The appeal comes as the aviation community seeks clarity on whether systemic issues within the Boeing 787’s power systems played a role in the tragic event.

Concerns Over ‘More Electric’ Architecture

The Boeing 787 is renowned for its advanced “More Electric Aircraft” design, which replaces traditional bleed-air systems with sophisticated electrical power generation and distribution networks. Because these systems are inextricably linked to flight control computers, navigation, and data management, the FIP argues that any minor electrical irregularity can have cascading effects on the aircraft’s operability.

The pilots’ union has previously raised concerns regarding the reliability of these electrical frameworks. In several communications sent to the Ministry of Civil Aviation, the Directorate General of Civil Aviation (DGCA), and the AAIB, the federation documented recurring anomalies, including intermittent power interruptions, software resets, and sensor discrepancies observed across the Boeing 787 fleet.

Call for Data-Driven Investigation

To ensure a thorough inquiry, the FIP has requested that the AAIB scrutinize the specific documentation provided by the Foundation for Aviation Safety (FAS). This repository reportedly includes detailed maintenance logs, records of repetitive system faults, and a historical account of component replacements associated with the ill-fated VT-ANB aircraft.

The federation has outlined a rigorous roadmap for the investigation, suggesting that investigators correlate data from multiple sources:

• Maintenance Reliability Data: A deep dive into deferred defects, technical log entries, and historical engineering corrective actions.
• Systems Integration: A focused analysis on Integrated Modular Avionics, flight management computers, and battery systems.
• Digital Diagnostics: A synchronization of Flight Data Recorder information with Aircraft Health Monitoring (AHM) systems, ACARS transmissions, and Built-In Test Equipment (BITE) reports.

A Crucial Milestone for Safety

While the AAIB has acknowledged the reception of these materials—notably through the involvement of a UK AAIB expert—the FIP remains firm that the investigation must treat these electrical findings as a priority. By integrating historical performance data with real-time diagnostic reports, the federation believes investigators can pinpoint whether recurring “nuisance” faults might have escalated into the critical failure seen in June 2025.

As the industry waits for conclusive findings, the FIP’s intervention underscores the necessity of transparency and technical rigor. For a global aviation sector that relies heavily on integrated electronic systems, the outcomes of this investigation are expected to set significant precedents for how maintenance and fault monitoring are managed in modern, high-tech commercial aircraft.

Disclaimer: This content is auto-generated for informational purposes only.

Source: Read Original News