IndiGo Airlines flight from Jaipur faces rare twin-engine failure

Key Takeaways

• IndiGo Airlines ATR lost both engines separately in May 2025, auto-restarted, and landed safely.
• DGCA grounded the aircraft, launched an investigation, and requested a detailed report from IndiGo Airlines.
• No passengers were aware of the incident due to efficient safety systems and pilot training.

A rare technical problem took place on an IndiGo Airlines flight in early May 2025, drawing swift attention from Indian aviation authorities and sparking worldwide discussion in aviation circles. On a flight from Jaipur 🇮🇳 to Chandigarh 🇮🇳, both engines of an ATR turboprop aircraft lost power for a few seconds, only to be restarted automatically by safety systems onboard. Though no passengers or crew were harmed, and most were not even aware anything had gone wrong, the incident stands out due to how unusual and risky it could have been. Here’s a detailed look at the facts, the response, and the broader lessons for aviation safety and immigration travel.

What Happened During the IndiGo Airlines Flight?

The event happened on a Friday morning under heavy rain as the aircraft was traveling the Jaipur 🇮🇳 to Chandigarh 🇮🇳 route. Both engines of the IndiGo Airlines ATR aircraft experienced what experts call a “flameout.” In simple words, a flameout is when the engine, for a short time, stops producing power. It can be risky for any airplane, but airline and aircraft engineering teams design specific safety measures to handle such situations.

In this case, the two engines lost power, but not together. First, one engine stopped—then, after it came back on, the other one did the same. Both times, the ATR’s onboard “auto-ignition” system quickly brought the engines back to life. The airplane kept flying without losing height or speed, and the pilots continued to their scheduled destination, Chandigarh 🇮🇳.

No reports suggest there were any odd sounds, drops, or warning signs for people inside the cabin. According to airline sources, no passengers noticed the issue at all. This calm feeling onboard speaks volumes for two reasons: new aircraft are built with layers of safety, and the pilots were well-trained to manage any surprise.

How Did IndiGo Airlines and Authorities Respond?

Immediately after landing safely at Chandigarh 🇮🇳 airport, IndiGo Airlines decided to ground the aircraft. That means the plane was not allowed to fly again before going through a deep technical inspection. Mechanics and engineers wanted to make sure nothing was missed and that the aircraft would be safe for any future trips.

At the same time, the Directorate General of Civil Aviation (DGCA)—the main regulator for flight safety in India 🇮🇳—took quick action. The organization demanded a full written report from IndiGo Airlines explaining what happened step-by-step. They also reached out to the makers of the ATR aircraft’s engines so experts could analyze possible causes and offer guidance on any steps to prevent this from happening again.

A senior DGCA official shared: “Both engines experienced momentary flameouts in quick succession but did not fail at exactly the same time. The first engine restarted automatically, followed shortly after by the second. This situation could have been far worse had both engines failed simultaneously.”

Why Are Twin-Engine Failures So Rare and Important?

Flying has grown much safer over decades, partly because every system on an airplane is made to handle trouble—even very rare types of problems. For commercial planes like those of IndiGo Airlines, safety rules require two engines so that if one stops, the other can keep the airplane in the air until a safe landing.

Twin-engine “flameouts”—where both engines stop at almost the same time—are extremely rare. Modern turbine engines are reliable and airlines, along with manufacturers, check and maintain them often. The auto-start systems on newer planes mean that even if an engine stops working, it may come on again by itself, as happened between Jaipur 🇮🇳 and Chandigarh 🇮🇳.

Still, having both engines go out (even for a few seconds) is a very serious event. If both had stopped at the same exact moment and not restarted, the pilots would have had to glide the aircraft down without power. This can be much harder and riskier, especially in poor weather, like the heavy rain on this flight.

How Did Passengers Experience the Incident?

Interestingly, those onboard the IndiGo Airlines flight said they were completely unaware of any issues. They didn’t hear odd engine noises, the plane didn’t shake or dip, and there was no announcement about problems from the cockpit. This shows just how effective both the automatic restart systems and the pilot’s routine management can be.

It also emphasizes that, for most travelers, flight safety events like these remain hidden, thanks to the training, backup systems, and focus on trouble-prevention set by airline procedures and international rules.

Lessons from Similar Global Events

This is not the first time an aircraft has gone through a dual engine flameout—though such cases are still very rare. A 2018 incident involving a Virgin Australia ATR 72 had nearly the same sequence: both engines lost power after flying through thick clouds and heavy rain. That time, the pilots were able to restart both engines by hand and land safely as well.

Global aviation experts have pointed out that while modern aircraft are built to handle almost any problem, “wet weather” issues during descent can challenge even the best equipment, as water can sometimes impact engine performance. However, thanks to safety standards, backup systems, and ongoing training, the vast majority of such flights end without harm.

Breaking Down the Incident: A Quick Table of Facts

What’s the Process for Handling Such Events?

The rules that guide airlines and their response after an event like the one on IndiGo Airlines are strict. First, the airplane is taken out of service and checked for any possible fault that could lead to a repetition of the problem.

Then, the airline must share all available data—like pilot reports, electronic records, and maintenance information—both with regulators (the DGCA in India 🇮🇳) and with the company that made the engines. These groups work together to study the “black box” data, look for clues, and decide on preventive steps.

If the investigation uncovers a problem that could lead to similar engine issues on other airplanes, the DGCA can tell all airlines to check and, if needed, fix their aircraft before letting them fly again. This chain of actions is typical for aviation safety worldwide and keeps consumers confident that air travel is as safe as possible.

What Does This Mean for Travelers, the Airline Industry, and Immigration?

You might wonder what this rare event means if you’re planning a trip between cities like Jaipur 🇮🇳 and Chandigarh 🇮🇳, or even a longer journey for school, work, or joining family. Rest assured, these types of technical troubles are built into the planning of both airlines and authorities. For the millions who rely on air routes for immigration, studies, or business, it is important to know that checks, investigations, and strict follow-up keep air travel moving forward with strong safety records.

When something rare like a twin-engine problem happens, it doesn’t just affect the airline. It matters for regulators, airports, pilots, and every person who relies on safe, quick air routes across the country or to other continents.

As reported by VisaVerge.com, industry monitoring ensures that any unusual incident—no matter how small—is closely looked at to prevent it from affecting immigration connections, urgent personal travel, or international routes in the future.

Why Do Weather and Modern Aircraft Safety Matter?

This event also shines a light on how weather plays a big role in aviation. Intense rain can test systems and pilot skill. Modern airplanes, such as those used by IndiGo Airlines, have weather radars, automatic restart systems, and extra rules for flying in tough conditions to keep you safe.

Aircraft design itself takes rare likely problems into account. A modern plane goes through countless test hours to certify that if one engine stops, the other is strong enough to carry all passengers safely to the nearest airport. Even in the extremely rare case where both engines flutter like on the Jaipur 🇮🇳-Chandigarh 🇮🇳 route, tools like auto-ignition can make the difference between a drama-free flight and something much worse.

What Happens Next After the DGCA Investigation?

The Directorate General of Civil Aviation is still looking deeply into the incident. They will likely check everything from the type and quality of fuel used, the detailed weather patterns in Jaipur 🇮🇳 and Chandigarh 🇮🇳 that day, the specific engine parts, and even radio conversations from the cockpit.

After studying the records, the DGCA may share new safety recommendations with all airlines, or even ask the engine maker to improve certain parts. IndiGo Airlines, for its part, will need to prove the airplane is safe before returning it to regular flights.

Travelers wanting more details about how regulators like the DGCA handle airline safety and investigations can visit the DGCA official website for the most up-to-date guidelines and safety aeronautical information.

How Does This Affect the Big Picture for Airlines and Passengers?

Events like this serve as real-life tests for both technology and teamwork. Airlines such as IndiGo spend millions on training, replacing older parts, and following strict procedures—not only to meet Indian rules, but also to stand alongside major international flight safety benchmarks.

If you are traveling for immigration reasons, family reunions, or even business, confidence in safe travel helps you focus on your plans instead of worries about what might go wrong. Each rare technical incident, like the twin-engine flameout on this flight, reminds everyone involved of the need for strong checks and new learning.

Many world travelers, especially those moving between cities like Jaipur 🇮🇳 and Chandigarh 🇮🇳 for studies, jobs, or starting a new life, trust both the airline and the regulators to take every event seriously. This trust is built on decades of actions like the grounding of the aircraft, the joint DGCA and engine maker analysis, and open communication about what happened.

What Should Passengers Do?

Most flights go exactly as planned. If you are ever aware of any trouble or have questions, listen to airline crew instructions and follow safety briefings. Also, look for updates or information shared by airlines or official agencies, which work hard to keep the public informed.

For passengers who travel often between Indian cities or overseas for immigration, the lesson of the IndiGo Airlines issue is clear: even rare technical problems lead to stronger safety checks and better training, making skies safer for everyone.

In Conclusion

IndiGo Airlines’ rare twin-engine failure on the Jaipur 🇮🇳 to Chandigarh 🇮🇳 route is a case of both advanced engineering and solid crew response. The fact that passengers did not sense any drama is a reminder of why redundant design, automatic systems, and smart pilots are at the heart of safe air travel. As investigations continue and reports are prepared, one thing is certain—every lesson learned helps keep the world’s airline passengers, whether at home or traveling for immigration, in safer hands.

For ongoing updates about issues like these and advice on immigration travel and airline safety, VisaVerge.com remains a trusted source within the global travel and immigration community.

Learn Today

Flameout → A sudden loss of engine power in flight, often due to weather or other technical conditions, requiring prompt resolution.
Auto-ignition system → An onboard safety feature designed to automatically restart aircraft engines if they stop producing power unexpectedly.
Directorate General of Civil Aviation (DGCA) → India’s key regulatory authority responsible for enforcing aviation safety standards and investigating incidents.
ATR Turboprop → A type of regional aircraft with twin turboprop engines, widely used for short-haul flights by airlines like IndiGo.
Black box → A flight recorder device storing cockpit and technical data, crucial for investigating aviation incidents and improving safety.

This Article in a Nutshell

A rare incident struck an IndiGo Airlines ATR flight from Jaipur to Chandigarh in May 2025, with both engines losing power briefly mid-flight amid heavy rain. Automatic systems restarted them, and passengers noticed nothing. The DGCA grounded the aircraft and began investigating. This event highlights why robust airline safety protocols matter.
— By VisaVerge.com

Read more:

• Indian government works with domestic airlines after Pakistan airspace closure
• IndiGo faces disruptions on 50 international routes after Pakistan Airspace Closure
• India Announces Visa Fee Waiver for Malaysians
• Biometric Immigration E-Gates Launch at Delhi Airport
• US Woman Falls Victim to $718K Indian Jewelry Scam Which Are Worth Only $4