Citation Latitude Specifications & Booking

Available Empty Leg Flights on the Citation Latitude

Overview of the Citation Latitude

The Citation Latitude is a mid-size business jet manufactured by Cessna Aircraft Company, a subsidiary of Textron Aviation. As a private aircraft, its primary purpose is to transport passengers and cargo efficiently while providing comfort and luxury. The Citation Latitude made its first flight in September 2011 and received certification from the Federal Aviation Administration (FAA) in June 2014.

Technical Specifications

Here are the detailed technical specifications of the Citation Latitude:

• Dimensions: Length: 77 ft 6 in, Wingspan: 65 ft 10 in, Height: 21 ft 11 in
• Weight: Empty Weight: 20,850 lbs, Maximum Takeoff Weight (MTOW): 26,000 lbs
• Engines: Two Williams FJ44-4A turbofan engines, each producing 1,959 pounds of thrust, with a fuel efficiency of approximately 0.37 pounds per horsepower-hour
• Performance: Maximum Speed: Mach 0.82 (530 mph), Range: 2,850 nautical miles (5,278 km), Cruising Altitude: 45,000 ft
• Capacity: Passengers: up to 9, Cargo: up to 1,100 pounds, Crew: 2 pilots

Design and Features

The Citation Latitude boasts a number of innovative design elements and features. Its aerodynamic design reduces drag and enhances fuel efficiency. The aircraft's composite fuselage provides strength while minimizing weight. The Latitude also features Cessna's patented Winglets, which improve lift and reduce noise. Additionally, the aircraft's advanced avionics system, Garmin G5000, offers improved situational awareness and reduced pilot workload.

History and Development

The Citation Latitude was developed as a response to the growing demand for mid-size business jets that offer comfort, range, and efficiency. Key milestones in its development include:

• First flight: September 2011
• Certification: June 2014
• Entry into service: July 2015
• Signed-off production: November 2020 (as of the current production status)

Operational Use

The Citation Latitude is widely used in real-world scenarios for both business and personal purposes. It operates with various airlines and organizations, including:

• Airlines: JetSuiteX, Flexjet, and others
• Missions: Corporate transport, medical evacuations, disaster relief
• Record-breaking flights: The Latitude has been used for record-breaking flights, such as the first-ever flight around the world in a business jet.

Interesting Facts

Here are three interesting or lesser-known facts about the Citation Latitude:

• The Latitude features a unique wing design with a curved upper surface and a straight lower surface, reducing drag and improving fuel efficiency.
• The aircraft has been used for humanitarian missions, such as delivering aid to remote areas in the aftermath of natural disasters.
• The Latitude has appeared in popular culture, including in TV shows like "The Good Wife" and "NCIS."

Frequently Asked Questions

What makes the Citation Latitude unique?

The key features that set the Citation Latitude apart from other aircraft include its advanced avionics system, aerodynamic design, and patented Winglets.

How much does the Citation Latitude cost?

The estimated cost of a new Citation Latitude ranges from $13 million to $18 million, depending on configuration and customization. Used models may be available at lower prices, typically between $5 million and $10 million.

What is the range of the Citation Latitude?

The Citation Latitude has an operational range of approximately 2,850 nautical miles (5,278 km), making it suitable for transcontinental flights or long-range missions.

Which airlines operate the Citation Latitude?

Airlines that operate the Citation Latitude include JetSuiteX, Flexjet, and others. These airlines choose the Latitude for its range, comfort, and fuel efficiency.

Is the Citation Latitude still in production?

The Citation Latitude was signed off production in November 2020. Although Textron Aviation has not officially announced a replacement or successor to the Latitude, it continues to support existing models and explore new technologies for future aircraft development.