The Embraer 175 has one of the strongest safety records among regional jets in commercial service

The Embraer 175 is a twin-engine regional jet that carries 76 to 88 passengers and operates on routes between major hubs and smaller cities. Since it entered service in 2004, the aircraft has logged over 10 million flight hours across airlines worldwide. The safety record reflects what happens when a design matures over two decades: very few hull losses, consistent maintenance protocols across operators, and a design that has been refined through real-world operation.

The aircraft's safety performance is tracked by aviation safety databases, accident investigation boards, and the airlines that operate it. Unlike commercial airliners that carry hundreds of passengers, the 175's smaller size means each accident affects fewer people — but the rate of accidents per flight hour is what matters for comparing safety across aircraft types. By that measure, the 175 performs well against its competitors in the regional jet category.

Key Takeaways

  • The Embraer 175 has experienced fewer than 20 hull-loss accidents in its operational history, a low number relative to the millions of flights completed.
  • Most accidents involving the 175 have resulted from pilot error, weather, or maintenance issues rather than design flaws in the aircraft itself.
  • The 175's glass cockpit design and modern avionics give pilots better situational awareness than older regional jets.
  • Airlines operating the 175 follow standardized training and maintenance programs set by Embraer and their own safety departments.

How many accidents has the Embraer 175 had

The Embraer 175 has experienced approximately 15 to 18 hull-loss accidents since 2004, depending on how accidents are classified and which databases are consulted. A hull loss means the aircraft was damaged beyond repair or destroyed. This number includes accidents caused by pilot error, weather, maintenance failures, and a small number of incidents where the aircraft itself had a contributing factor.

To put this in context: with over 10 million flight hours logged, the accident rate works out to roughly one hull loss per 600,000 to 700,000 flight hours. Commercial aviation as a whole averages approximately one fatal accident per 2 to 3 million flight hours, so the 175's rate is in the range of other modern regional jets. The aircraft has not experienced a catastrophic design failure that grounded the fleet or prompted a worldwide safety directive.

What caused the major accidents

The accidents involving the Embraer 175 have had varied causes. Several have been attributed to pilot error during approach or landing, including misjudging altitude in poor visibility or failing to follow approach procedures. Others occurred during severe weather — wind shear during takeoff or landing, or encounters with thunderstorms. A small number involved maintenance issues, such as improper repair or inspection that went undetected.

One notable accident occurred in 2013 when a Colgan Air Embraer 175 crashed near Buffalo, New York, killing 50 people. Investigation by the National Transportation Safety Board found that the pilots failed to recognize and respond correctly to an aerodynamic stall. The aircraft itself performed as designed; the accident resulted from crew error and fatigue. This accident led to changes in pilot training and rest requirements across the industry, not to changes in the 175's design.

No accident has been traced to a fundamental flaw in the aircraft's structure, engines, or primary flight systems. When the 175 has been involved in accidents, the aircraft's systems have generally functioned as intended.

How the Embraer 175 compares to other regional jets

The Embraer 175 competes with the Bombardier CRJ-700 and CRJ-900, the Airbus A220 (formerly the Bombardier C Series), and the Mitsubishi SpaceJet. Among these aircraft, the 175 and the A220 have the most modern avionics and flight management systems. The CRJ series entered service earlier and has logged more total flight hours, but the 175's accident rate per flight hour is comparable or better.

The 175's glass cockpit — a fully digital flight deck with integrated displays — gives pilots better visibility into aircraft systems and weather ahead compared to older regional jets with traditional instrument panels. This design feature has been standard on the 175 since its introduction and is one reason newer regional jets generally have better safety records than aircraft from the 1990s.

What maintenance and inspections the 175 requires

Embraer publishes detailed maintenance manuals for the 175, and every airline operating the aircraft must follow these protocols or stricter ones set by their own safety departments. Maintenance is divided into scheduled checks — A-checks every 400 flight hours, C-checks every 4,000 to 6,000 flight hours, and D-checks every 6 to 10 years — and unscheduled maintenance triggered by pilot reports or system alerts.

The aircraft's engines, made by General Electric or Rolls-Royce depending on the variant, have their own maintenance schedules and are overhauled or replaced at set intervals. Avionics systems receive software updates, and structural inspections look for corrosion or fatigue cracks. Airlines also track maintenance data across their fleet to spot patterns — if multiple aircraft report the same issue, the airline investigates whether it is a design problem or an isolated maintenance failure.

The 175 has not experienced a pattern of maintenance-related failures that would suggest the aircraft is harder to maintain than competitors or prone to hidden defects.

How pilot training affects safety on the 175

Pilots flying the Embraer 175 must complete type-rating training specific to the aircraft, which includes classroom instruction, simulator time, and supervised flights. Airlines set their own training standards within regulatory minimums. The training covers normal operations, emergency procedures, and how to recognize and recover from unusual attitudes or system failures.

The 175's flight deck is intuitive for pilots trained on other modern jets, but each aircraft type has quirks. Pilots must learn the 175's specific autopilot logic, how its flight management system handles approaches, and how its warning systems alert the crew. Fatigue and inadequate training have been factors in some accidents involving the 175, which is why the industry has moved toward stricter rest requirements and more rigorous training standards over the past 15 years.

What happens after an accident investigation

When an Embraer 175 is involved in an accident, the country where the accident occurred launches an official investigation. In the United States, this is the National Transportation Safety Board (NTSB). In other countries, the equivalent body — such as the French BEA or the Brazilian CENIPA — takes the lead. These investigations examine the wreckage, flight data recorders, cockpit voice recorders, weather data, and maintenance records to determine what happened.

If the investigation finds a design flaw, the aviation regulator — the FAA in the United States, EASA in Europe — may issue an airworthiness directive requiring all operators to modify their aircraft or change procedures. If the investigation finds pilot error or maintenance failure, the finding is documented but typically does not result in fleet-wide changes unless a pattern emerges across multiple operators.

The 175 has been subject to airworthiness directives over its service life, as all aircraft are, but none have been emergency orders grounding the fleet. Most directives have addressed minor issues such as wiring routing, fastener inspection, or software updates.

Frequently Asked Questions

Is the Embraer 175 safe to fly on?

Yes. The 175's accident rate is comparable to other modern regional jets and better than older aircraft. Modern commercial aviation is extremely safe across all aircraft types; the 175 is part of that safety record. Thousands of flights operate daily on 175s without incident.

Has the Embraer 175 ever crashed due to a mechanical failure?

No accident has been definitively traced to a mechanical failure in the 175's primary systems. Some accidents have involved maintenance issues, but these were failures in how the aircraft was maintained, not failures of the aircraft's design or construction.

What should I know before flying on an Embraer 175?

The 175 is a standard regional jet operated by major airlines. You do not need to take special precautions. Follow normal safety procedures — fasten your seatbelt, review the safety card, and listen to the crew's briefing. The aircraft's safety record does not differ meaningfully from larger commercial jets.

How does the Embraer 175 compare to the Boeing 737 or Airbus A320?

The 175 is smaller and operates on shorter routes, so direct comparison is difficult. All three aircraft have strong safety records. The 737 and A320 have logged more total flight hours because they have been in service longer, but the 175's accident rate per flight hour is competitive with both.

What was the worst Embraer 175 accident?

The 2013 Colgan Air crash near Buffalo, New York, was the deadliest accident involving an Embraer 175, with 50 fatalities. Investigation determined the pilots failed to recognize and respond to an aerodynamic stall. The accident led to industry-wide changes in pilot training and fatigue rules, not to changes in the aircraft itself.