The T-45 Goshawk is the Navy's primary jet trainer for pilots moving from basic flight to carrier operations

The T-45 Goshawk is a single-engine, tandem-seat jet aircraft built by Boeing (originally McDonnell Douglas) that trains Navy and Marine Corps pilots for carrier-based flying. It bridges the gap between propeller-driven trainers and the fast jets pilots will fly operationally — F/A-18 Super Hornets, EA-18G Growlers, and other tactical aircraft. The T-45 teaches students how to handle high-speed flight, navigate by instruments, manage a jet's systems, and most critically, how to land on an aircraft carrier.

Pilots typically fly the T-45 after completing primary flight training in the T-6 Texan II turboprop. The T-45 phase lasts roughly 18 months and includes about 120 flight hours per student. Training happens at Naval Air Station Kingsville in Texas and Naval Air Station Meridian in Mississippi, with carrier landing practice conducted aboard active Navy carriers in the Atlantic and Pacific.

Key Takeaways

  • The T-45 Goshawk is a two-seat jet trainer that prepares Navy and Marine Corps pilots for carrier operations and tactical aviation roles.
  • Training in the T-45 follows primary flight training and lasts approximately 18 months, with students logging around 120 flight hours.
  • The aircraft is powered by a single Rolls-Royce turbofan engine and can fly at speeds exceeding 500 miles per hour.
  • Carrier landing practice is a core part of T-45 training, conducted aboard active Navy aircraft carriers with specialized equipment and procedures.
  • The T-45 has been in service since 1989 and remains the Navy's standard advanced jet trainer, with ongoing modernization efforts to update avionics and systems.

How the T-45 fits into Navy pilot training

Navy pilot training follows a structured progression. Students begin in the T-6 Texan II, a turboprop trainer that teaches basic airmanship, navigation, and instrument flying. Once they pass that phase and earn their wings, they move to advanced training. For pilots destined for fast-jet roles — fighters, attack aircraft, electronic warfare jets — the T-45 is the next step.

The T-45 phase is divided into two main blocks: intermediate jet training (IJT) and advanced jet training (AJT). During IJT, students learn to manage the jet's higher speed, altitude capability, and systems complexity. They practice formation flying, basic air combat maneuvering, and low-level navigation. AJT focuses on tactical skills specific to their eventual aircraft type, including air-to-air and air-to-ground scenarios, and culminates in carrier landing certification.

Not all Navy pilots fly the T-45. Those training for transport, patrol, or helicopter roles follow different paths. But for anyone headed to a carrier air wing in a tactical jet, the T-45 is mandatory.

Physical characteristics and performance

The T-45 is a relatively compact aircraft, about 39 feet long with a wingspan of 30 feet. It weighs roughly 14,000 pounds empty and can carry a maximum load of about 23,000 pounds. The aircraft is powered by a single Rolls-Royce F405 turbofan engine that produces approximately 5,000 pounds of thrust, allowing the T-45 to cruise at speeds around 450 miles per hour and reach a maximum speed exceeding 500 miles per hour.

The tandem seating arrangement — instructor in front, student in back — allows the instructor to demonstrate maneuvers and take control if needed. Both seats are equipped with ejection seats, a critical safety feature given the high-speed, low-altitude flying involved in training. The aircraft has a service ceiling of about 43,000 feet, though most training sorties occur at lower altitudes.

The T-45 was designed with carrier operations in mind from the start. It has a reinforced landing gear, a nose gear that can handle the shock of arrested landings, and a tailhook for catching the arresting cable on a carrier deck. These features make it structurally different from land-based trainers and allow it to withstand the extreme deceleration of a carrier landing.

Carrier landing training and the arrested landing procedure

Carrier landing is the most demanding and dangerous phase of T-45 training. Students must land a jet on a moving runway 880 feet long, traveling at roughly 150 miles per hour, and stop within about 300 feet using an arresting cable. The margin for error is measured in feet.

Training for this begins ashore at Naval Air Station Kingsville, where students practice approaches and landings on a simulated carrier deck. They learn to fly the correct glide slope, maintain precise airspeed, and position the aircraft for the tailhook to catch the cable. Once they demonstrate proficiency, they move to actual carrier landings aboard a Navy carrier.

During carrier operations, a landing signal officer (LSO) stands on the flight deck and communicates with the pilot via radio, providing real-time guidance on the approach. If the approach is unsafe, the LSO can wave off the pilot, who executes a go-around and tries again. Each successful landing is graded, and students must achieve a certain number of safe landings before they are certified for carrier operations.

Avionics and training systems in the T-45

The T-45 is equipped with modern avionics that teach students to fly by instruments and manage a tactical jet's systems. The aircraft has a glass cockpit with multi-function displays, a head-up display (HUD) that projects flight data onto the windscreen, and an inertial navigation system. These systems are representative of what students will encounter in operational aircraft, though simplified for training purposes.

The T-45 also includes a training system called the Tactical Operational Flight Trainer (TOFT) that allows instructors to monitor student performance in real time and record flight data for debriefing. This system captures airspeed, altitude, heading, G-forces, and other parameters, allowing instructors to analyze mistakes and reinforce learning after each flight.

The Navy has been modernizing the T-45's avionics over the past decade, upgrading displays and adding new training capabilities to keep pace with changes in operational aircraft. These upgrades may support that training remains relevant as the fleet transitions to newer jets.

Operational history and current fleet status

The T-45 entered service with the Navy in 1989, replacing the older T-2 Buckeye. The aircraft was developed by McDonnell Douglas (now Boeing) and is based on the British Hawk trainer, which has been used by air forces worldwide. The Navy currently operates roughly 200 T-45s across its training squadrons.

The T-45 has proven reliable and effective over more than three decades of service. The aircraft has logged hundreds of thousands of flight hours and trained thousands of pilots who now fly operational aircraft. While there have been occasional accidents — as with any high-performance aircraft — the T-45's safety record is considered good for a training platform.

The Navy has no when ready plan to retire the T-45, though long-term replacement studies are ongoing. Any successor would need to replicate the T-45's ability to teach carrier operations, which limits the options available. For now, the T-45 remains the backbone of Navy advanced jet training.

Differences between the T-45 and operational Navy jets

The T-45 is intentionally simpler than the jets pilots will fly operationally. An F/A-18 Super Hornet, for example, has two engines, a much larger weapons payload, more advanced radar and targeting systems, and greater maneuverability. The T-45's single engine and simpler systems make it more economical to operate and safer for training, while still teaching the fundamental skills pilots need.

The T-45 does not carry live weapons, though it can be configured with training pods that simulate weapons employment. Students learn the concepts and procedures for air-to-air and air-to-ground tactics in the T-45, then explore those skills in the operational aircraft after they join a fleet squadron.

Carrier landing, however, is nearly identical between the T-45 and operational jets. The procedures, the approach geometry, and the physical demands are the same. This is why carrier landing training in the T-45 is so critical — it prepares pilots for the most hazardous part of their job.

Frequently Asked Questions

How many hours do pilots fly in the T-45?

Students typically log around 120 flight hours during the T-45 training phase, which lasts approximately 18 months. This includes both training sorties and carrier landing practice. The exact number varies depending on individual progress and training requirements.

Can civilian pilots fly the T-45?

No. The T-45 is exclusively operated by the U.S. Navy and Marine Corps for military pilot training. Civilian pilots do not have access to the aircraft. Some civilian trainers are based on similar designs, but they are not the T-45.

What happens if a pilot fails T-45 training?

Students who do not meet training standards may be given additional sorties to improve, or they may be removed from the fast-jet pipeline. Those removed are typically reassigned to other pilot roles, such as transport or patrol aircraft, where their skills are still valuable to the Navy.

How fast does the T-45 fly?

The T-45 has a maximum speed exceeding 500 miles per hour and a cruise speed around 450 miles per hour. During training sorties, pilots typically fly at speeds between 300 and 500 miles per hour depending on the training objective.

Is the T-45 still used for training today?

Yes. The T-45 remains the Navy's primary advanced jet trainer and is actively used at Naval Air Stations Kingsville and Meridian. The Navy operates roughly 200 T-45s and has no when ready plan to retire the aircraft.