The Canadair CRJ700 changed short-haul commercial aviation by proving that regional jets could match the speed and comfort of mainline aircraft without the high operating costs. Introduced at the turn of the century by Bombardier Aerospace, this twin-engine jet bridged the gap between noisy, slow turboprops and large transcontinental airliners, allowing regional carriers to profitably service secondary markets.
Before the CRJ700 entered service, regional routes relied heavily on turboprops or small 50-seat jets like the earlier CRJ100 and CRJ200. Passengers frequently disliked the cramped cabins and noise of turboprops, while airlines struggled with the economic limitations of smaller regional jets as passenger demand grew. Bombardier answered this market shift by stretching the proven Challenger business jet architecture into a 70-to-78-seat configuration that redefined regional connectivity across North America and Europe.
Evolution from Business Jet Roots
The design lineage of the CRJ700 traces directly back to the Canadair Challenger business jet. When Bombardier acquired Canadair in 1986, engineers realized the wide-body fuselage cross-section of the Challenger offered an ideal platform for a stretched regional airliner. The initial success of the 50-seat CRJ100/200 proved the concept, but airline demand quickly outgrew that capacity on high-frequency city pairs.
To build the CRJ700, Bombardier engineers didn't start from scratch. They lengthened the fuselage by approximately six feet, redesigned the wing with advanced slats and flaps for better low-speed handling, and incorporated a brand-new T-tail structure. These structural modifications allowed the aircraft to climb faster, cruise at higher altitudes, and land on shorter runways than competing jets of its era. Similar insight regarding this has been shared by BBC.
Engineering and Performance Specifications
The performance capabilities of the CRJ700 stem directly from its specialized powerplants and aerodynamics. Understanding its technical metrics clarifies why major airlines adopted it so rapidly.
- Engines: Powered by two General Electric CF34-8C5 turbofan engines, each delivering around 14,500 pounds of thrust with optimized fuel burn.
- Seating Capacity: Standard two-class configurations hold 70 to 78 passengers, with single-class layouts pushing up to 78 seats.
- Range: Approximately 2,000 nautical miles (around 3,700 kilometers), enabling nonstop flights between regional hubs and distant spoke cities.
- Cruise Speed: Operates efficiently at Mach 0.78 to 0.82, matching the schedule speeds of larger mainline narrowbody aircraft like the Boeing 737 or Airbus A320.
- Operating Altitude: Certified up to 41,000 feet, keeping the aircraft above most weather systems and heavy commercial traffic lanes.
These specifications allowed airlines to maintain schedule integrity. A regional flight from Chicago to smaller midwestern cities could cruise at jet speeds instead of turboprop speeds, cutting travel times significantly and improving aircraft utilization rates for carriers.
Economic Impact on Regional Airlines
The true revolution of the CRJ700 wasn't just technical; it was economic. During the deregulation era and the subsequent rise of hub-and-spoke networks, major network airlines needed a way to feed passengers from smaller markets into massive hubs like Atlanta, Chicago, and Minneapolis without flying half-empty Boeing or Airbus airliners.
Using the CRJ700 allowed regional airline partners—such as SkyWest Airlines and Comair—to manage seat capacity precisely. If a route generated 60 to 75 passengers per flight, deploying a 70-seat regional jet yielded profitable load factors. By comparison, operating a 150-seat mainline jet on the same route meant flying with dozens of empty seats, rapidly erasing profit margins.
Furthermore, the common type rating shared across the CRJ family reduced training costs. Pilots qualified on the CRJ200 could transition to the CRJ700 and later variants with minimal simulator training, giving airline scheduling departments immense operational flexibility.
Common Operational Challenges and Mistakes
While the CRJ700 became a commercial success, it also presented specific operational hurdles that operators had to manage carefully.
- Ramp Congestion and Baggage Limits: Because cabin storage space in regional jets is notoriously tight, passengers frequently had to gate-check rolling carry-on bags. Airlines had to streamline ramp operations to handle thousands of gate-checked bags daily.
- Center of Gravity Management: Due to the narrow fuselage and stretched cabin, ground crews had to follow strict loading charts for cargo and passenger seating distribution to prevent trim and balance issues during takeoff.
- High-Altitude Performance Limits: While the aircraft handled high-altitude airports well, flying heavy out of hot-and-high airfields required precise thrust calculations by the flight crew.
Airlines that invested heavily in ground crew training and digital weight-and-balance systems avoided these pitfalls, turning the CRJ700 into one of the most reliable assets in their fleets.
Cementing Bombardier's Legacy
The success of the CRJ700 cemented Bombardier's status as a dominant player in global commercial aviation. It proved that a Canadian manufacturer could independently conceive, build, and support an aircraft family that competed directly with aerospace giants like Boeing and Embraer.
Subsequent developments, including the longer CRJ900 and CRJ1000, directly inherited the engineering breakthroughs pioneered by the 700. Even as market trends shifted toward larger capacity and new-generation aircraft like the Airbus A220 (originally the Bombardier CSeries), the footprint of the CRJ series remains visible across every major airport terminal today.
Frequently Asked Questions
How many passengers does a CRJ700 typically carry?
Most airlines configure the CRJ700 to hold between 70 and 78 passengers, usually split between a first-class cabin and an economy or economy-plus section.
What is the maximum range of the CRJ700?
The aircraft has a maximum range of roughly 2,000 nautical miles, making it ideal for short-to-medium-haul regional flights lasting up to four hours.
Why did Bombardier develop the CRJ700 after the CRJ200?
Airlines needed greater passenger capacity and more cabin comfort than the 50-seat CRJ100 and CRJ200 models could provide, prompting Bombardier to stretch the fuselage and upgrade the wing and engines.
Is the CRJ700 still flying today?
Yes. Although new production has ended, hundreds of CRJ700 aircraft remain active in regional fleets worldwide, maintained through robust aftermarket support networks established by Bombardier.
