The Cessna Citation Latitude is a mid-size business jet built for longer trips

The Cessna Citation Latitude is a twin-engine business jet manufactured by Textron Aviation, the company that makes Cessna aircraft. It seats up to nine passengers and is designed for flights of around 2,700 nautical miles — roughly the distance from New York to Los Angeles without refueling. The aircraft entered service in 2015 and remains in production, making it one of the newer options in the mid-size jet category.

The Latitude sits between Cessna's smaller Citation X+ and larger Citation X models in terms of cabin size and range. It uses two Pratt & Whitney turbofan engines and can cruise at speeds up to Mach 0.80 (about 460 knots). The cabin is pressurized, meaning it can fly at altitudes where the air is too thin to breathe naturally, which allows it to fly over weather and terrain that smaller aircraft cannot.

Key Takeaways

  • The Citation Latitude carries up to nine passengers and can fly roughly 2,700 nautical miles without stopping to refuel.
  • It costs between $13 million and $15 million new, depending on customization and market conditions, with used models ranging from $8 million to $12 million.
  • Operating costs run approximately $4,000 to $5,500 per flight hour, including fuel, crew, maintenance, and insurance.
  • The aircraft requires two pilots and can use airports with runways as short as 4,000 feet, making it more flexible than larger jets.

Cabin layout and passenger comfort

The Latitude's cabin is 60 feet long and 7.5 feet wide, giving it more headroom and shoulder room than smaller jets in its class. The standard configuration seats eight passengers in club seating — four seats facing forward, four facing backward — though the aircraft can be modified to seat nine if one row is arranged in a single-file line.

The cabin includes a galley (kitchen area), a lavatory, and an optional crew rest area in the tail section. Cabin altitude — the air pressure inside the plane during flight — is maintained at the equivalent of 6,000 feet, which reduces fatigue on longer flights compared to smaller jets that maintain higher cabin altitudes. The aircraft has large windows and LED lighting that can be adjusted by passengers, features that matter on long business trips.

Range, speed, and runway requirements

The Citation Latitude can fly 2,700 nautical miles with four passengers and full fuel reserves, or about 2,400 nautical miles with a full cabin of eight passengers. This range covers most transcontinental routes in North America and allows flights from the East Coast to Hawaii or from the West Coast to the Caribbean without refueling. Actual range depends on weather, weight, and how the pilots manage fuel.

The aircraft cruises at Mach 0.80 (approximately 460 knots true airspeed), which is typical for mid-size jets. It can take off and land on runways as short as 4,000 feet, making it useful for smaller regional airports that larger jets cannot access. This flexibility is one reason the Latitude appeals to operators who need to reach less-developed airports or avoid congested major hubs.

Purchase price and ownership costs

A new Citation Latitude costs between $13 million and $15 million, depending on interior customization, avionics packages, and market conditions. Used models typically sell for $8 million to $12 million, with price varying by age, total flight hours, maintenance history, and interior condition. Aircraft prices fluctuate based on fuel costs, interest rates, and demand in the charter and corporate markets.

Operating costs — the money it takes to fly the aircraft one hour — run approximately $4,000 to $5,500 per hour. This figure includes fuel (the largest component), crew salaries, maintenance reserves, insurance, hangar fees, and inspections. Some owners budget higher if they fly frequently or operate in regions where fuel and maintenance are expensive. Fractional ownership programs, where multiple parties own shares of one aircraft, can reduce per-hour costs by spreading fixed expenses across more flight hours.

Engines and performance specifications

The Citation Latitude is powered by two Pratt & Whitney PW306D1 turbofan engines, each producing 4,750 pounds of thrust. These engines are known for reliability and fuel efficiency compared to older jet engines. The aircraft has a maximum operating altitude of 43,000 feet, allowing it to fly above most commercial traffic and weather systems.

The Latitude can climb to 35,000 feet in approximately 25 minutes and has a maximum speed of Mach 0.84 in a dive, though normal cruise is Mach 0.80. The aircraft is equipped with modern avionics, typically a Garmin G5000 integrated flight deck, which provides navigation, weather radar, and autopilot functions. The engines require overhaul every 5,000 flight hours, a major maintenance event that costs $1 million to $1.5 million per engine.

Who uses the Citation Latitude and why

The Citation Latitude is used by corporate flight departments, charter operators, and wealthy individuals who need a mid-size jet. It appeals to operators who fly routes too long for light jets but do not need the cabin space or range of a large-cabin jet. Charter companies favor it because the nine-seat capacity and 2,700-nautical-mile range cover a wide range of routes profitably.

The aircraft is also popular with fractional ownership programs, where individuals buy shares rather than owning an entire jet. This model allows someone to use a mid-size jet for 50 to 200 hours per year without bearing the full cost of ownership. The Latitude's balance of range, speed, and operating cost makes it a practical choice for this market.

Maintenance and inspection requirements

The Citation Latitude requires scheduled maintenance at 100-hour intervals (roughly every 200 flight hours, depending on utilization). These inspections check fluid levels, tire condition, brake wear, and system function. Annual inspections are also required, regardless of flight hours, and involve more detailed checks of engines, avionics, and structural components.

Major inspections occur at 2,000-hour and 5,000-hour intervals. The 2,000-hour inspection is less intensive, while the 5,000-hour inspection (coinciding with engine overhaul) is a significant event that can take several weeks and cost $500,000 to $1 million. Maintenance reserves — money set aside each month for these predictable costs — typically run $800 to $1,200 per flight hour for a well-maintained aircraft.

Frequently Asked Questions

How many pilots does a Citation Latitude need?

The aircraft requires two pilots for all operations. The Federal Aviation Administration mandates two-pilot crews for jets of this size and weight, and the aircraft's systems are designed with this requirement in mind. Both pilots must hold a commercial license with a jet rating.

Can the Citation Latitude fly internationally?

Yes. The aircraft is equipped for international operations and can be configured with additional avionics and paperwork to fly to most countries. Range and runway availability are the main limits — it cannot reach distant regions like Australia or Southeast Asia without refueling stops, and some remote countries have limited airport infrastructure.

What is the difference between the Citation Latitude and the Citation X+?

The Citation X+ is larger, faster (Mach 0.92 versus Mach 0.80), and has longer range (3,500 nautical miles versus 2,700). It also costs significantly more — roughly $20 million new. The Latitude is the better choice for operators who prioritize lower operating costs and runway flexibility over maximum speed and range.

How long does it take to get a Citation Latitude from the factory?

Delivery times vary based on the manufacturer's backlog and customization requests. Typically, expect 18 to 24 months from order to delivery. Used aircraft are available when ready but may require inspection and refurbishment before use.

What happens if an engine fails during flight?

The Citation Latitude is certified to fly safely on one engine, a requirement for all twin-engine aircraft. If one engine fails, the remaining engine provides enough power to maintain altitude and reach an airport. The aircraft will be slower and less efficient, but the pilot can land safely at the nearest suitable airport.