This powerful commercial jet is one of the options manufactured by Embraer and designed to provide long-distance travel with comfort. It’s a reliable option and is currently in service with a number of reputable airlines, making it a wonderful option for all passengers.

2004 to: Present
US$45.7 million (2016)
Honeywell Primus Epic
2x 2 X General Electrics CF34-8E
14,200 pound-force
Max Cruise Speed:
480 knots
889 Km/h
Approach Speed (Vref):
Travel range:
2,200 Nautical Miles
4,074 Kilometers
Fuel Economy:
0.65 nautical mile / gallon
0.318 kilometres / litre
Service Ceiling:
41,000 feet
Rate of Climb:
2000 feet / minute
10.16metre / second
Take Off Distance:
2244 metre - 7,362.12 feet
Landing Distance:
1261 metre - 4,137.09 feet
Max Take Off Weight:
40,370 Kg
89,000 lbs
Max Landing Weight:
Max Payload:
10,094 Kg
22,253 lbs
Fuel Tank Capacity:
3,072 gallon
11,629 litre
Baggage Volume:
9.2 m3 / 325 ft3
Seats - Economy / General:
88 seats
Seats - Business Class:
86 seats
Seats - First Class:
Cabin Height:
2 metre - 6.56 feet
Cabin Width:
2.74 metre - 8.99 feet
Cabin Length:
21.2 metre - 69.55 feet
Exterior Length:
31.68 metre - 103.94 feet
Tail height:
9.86 metre - 32.35 feet
Fuselage Diameter:
3.01 metre - 9.88 feet
Wing Span / Rotor Diameter:
26 metre - 85.30 feet
Wing Tips:
Blended Tips

A member of the E-Jet family, the 175 is currently used by 12 different airlines, including Jet Airways, Republic Airlines, Air Canada, Northwest Airlines, and more. There are more than 150 of these jets in operation today. 

A recent program was launched to improve the Embraer jets, including the 175. This program is designed to reduce fuel by 5%, helping cut costs and also save the environment. These jets are being augmented with system refinements, new wingtips, and improved aerodynamics to make them better suited to use for longer periods of time without using as much fuel


One of the key features of the 175 is that it offers such easy and fast maintenance. This is in part because around 86% of all spare parts of this jet are common to others in the same Embraer family. The fly-by-wire technology in the cockpit, the cockpit itself, and other systems throughout the jet are common to the family, making maintenance and repair fast and easy. 

Orders and Deliveries

Orders for the 175 started being made in 2012. In 2013, United Airlines ordered 30 jets, although it took a whole year for the first one to be delivered. 

Other orders came from Trans States Holdings, American Airlines, Republic Airways, SkyWest, and Mauritania Airlines, quickly growing the business of this jet and making it a very common sight in the skies today. 


This aircraft is a low-wing, monoplane design that has a conventional tailed body. The cost-effective design has improved features so that the jet isn’t just the bare bones, but also provides ample comfort to all passengers. The low weight of the aircraft provides a surprisingly high-payload capacity. 


There are two seats in the cockpit for the pilot and the co-pilot, providing great access to systems and controls. The cockpit has been insulated for both temperature and acoustics. A locking door separates the cockpit from the cabin, and the pilot and co-pilot have access to hand wheel steering, a hand microphone, and circuit breakers. 


This jet can easily support between 78 and 88 passengers. The fuselage design of the jet is purposeful, to ensure that passengers can enjoy as much personal space as possible. With a height of 2 m, the 175 is very similar to other Embraer jets. The length of the cabin is 21.2 m, and the width is 2.74 m. It has a double bubble design to ensure that the seats and the aisle are as wide as possible, and passengers seat four across.

The design of the cabin improves cargo and baggage capacity. Thanks to large windows, near-vertical sidewalls, and space for stretching out, this jet provides a roomy and comfortable flying experience. 


The GE CF 34-8E engines are located under the wings on this jet. They are fully interchangeable and provide a thrust-to-weight ratio of 5.41, as well as a maximum thrust of 14,200 to the jet. The dry weight of the engine is 2627 lbs and they are compliant with stage 3 and 4 standards. 


This aircraft only requires 18 minutes to climb, and once at the max speed, can easily travel at 0.82 mach. With a 41,000 f maximum service ceiling, it’s a great jet for longer flights. The standard version of the 175 has a maximum range of 3151 km, the long range has a maximum range of 3521 km, and the advanced range version has a maximum range of 3706 km. 

For take off, the 175 requires a 1261 m runway, and it requires 1259 m for landing. It also requires 18.04 m for a 180-degree turn. 

Landing Gear

Like with other Embraer aircraft, this jet has tricycle-type, twin-wheeled landing gear. It’s durable and designed to allow for great landing and take off. This is the same landing gear used for many of the Embraer E-jets, which speaks to its durability and reliability. Since the same landing gear is used on so many jets, Embraer can easily handle maintenance and repair quickly. 


All of the members of the Embraer E-jet family are consistently dealing with competition from other major players in the aircraft world. Some of the most common competitors for the 175 include the Mitsubishi MRJ-70, as well as the Comac ARJ21. These aircraft, as well as others from Bombardier, Sukhoi, and even Antonov, compete regularly to be the top aircraft in the skies today. 

All Embraer Aircraft

Embraer E 175 Pinterest
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