T-38A Talon Trainer Jet

Manufacturer: Northrop Corporation
Category: Bombers & Strategic Aircraft
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Maximum Speed Mach 1.3
Range ~1,140 miles (1,835 km)
Payload Capacity Not applicable (trainer)
Crew 2

Defense Systems Full Specifications

1. General Information

Name	T-38A Talon
Manufacturer	Northrop Corporation
Country of Origin	United States
Introduction / In Service Since	1961
Status	Active (limited)
Category	Supersonic Jet Trainer
Crew	2
Unit Cost	Approx. $1 million (historical)

2. Dimensions & Structure

Length	46 ft 4 in
Wingspan	25 ft 3 in
Height	12 ft 10 in
Wing Area	170 sq ft
Empty Weight	~7,200 lbs
Maximum Takeoff Weight (MTOW)	~12,500 lbs

3. Performance

Maximum Speed	Mach 1.3
Range	1,140 miles
Combat Radius	N/A
Service Ceiling	55,000 ft
Rate of Climb	33,600 ft/min

4. Powerplant

Engine Type	2 × GE J85-GE-5
Thrust (per engine)	~2,050 lbf dry
Total Thrust	~4,100 lbf dry

5. Payload & Armament

Internal Payload Capacity	N/A
Weapons Bay	None
Compatible Weapons	None
Hardpoints	None

6. Avionics & Systems

Radar System	None
Navigation	Basic flight instruments
Electronic Warfare (EW)	Non
Stealth Features	None

7. Operational History

Primary Operator	United States Air Force
Conflict Usage	None (training only)
Notable Missions	UPT, advanced pilot training

8. Additional Information

Variants	T-38A, T-38B, T-38C
Successor / Future Replacement	T-7A Red Hawk
Notable Features	World’s first supersonic trainer
Estimated Operational Life	Through late 2020s (for A/B models)

Our Rating

The overall rating is based on review by our experts

2.4

Stealth Capability 3 / 10
Payload Capacity 8 / 10
Range & Endurance 3 / 10
Electronic Warfare 8 / 10
Maintenance Efficiency 6 / 10

PROS

Proven and reliable supersonic training platform
Low operating cost compared to fighter aircraft
Strong climb rate and responsive handling
Long service record with modernization support
Ideal for formation and high-performance training

CONS

Aging airframe with structural limitations
Lacks modern combat avionics
No onboard weapon capability
Limited range compared to contemporary trainers
Outdated cockpit layout on older, unmodified units

T-38A Talon Advanced Jet Trainer

The T-38A Talon stands as one of the most influential jet trainers in U.S. Air Force history, shaping generations of fighter and bomber pilots since its introduction in the early 1960s. Developed by Northrop, the aircraft was the world’s first supersonic trainer, setting a new benchmark for speed, reliability, and training efficiency during the height of the Cold War. Its lightweight structure, forgiving aerodynamics, and strong performance envelope made it a critical steppingstone for pilots transitioning to frontline fighters such as the F-4 Phantom II, F-15 Eagle, and later the F-16 Fighting Falcon.

Powered by two General Electric J85 turbojet engines, the T-38A reaches speeds up to Mach 1.3, enabling realistic high-performance training without the operational cost of combat aircraft. Its clean design, responsive controls, and high climb rate allow instructor and student pilots to experience supersonic flight, formation work, tactical maneuvering, and instrument procedures. With a range suitable for extended training missions and a service ceiling surpassing 40,000 feet, the T-38A remains a capable and efficient training platform.

Though unarmed and engineered solely for instructional use, the T-38A’s performance characteristics closely mirror those of early U.S. fighters, making it a valuable asset for pilot screening, undergraduate pilot training (UPT), and advanced training programs. Over time, the U.S. Air Force has implemented multiple upgrades—including improved avionics, structural refurbishment, and systems modernization—to extend the fleet’s operational relevance.

T-38A Talon Price in US

While exact procurement cost varies due to age and modernization efforts, historical data places the T-38A’s original unit cost at a relatively low figure for a supersonic aircraft. Modern upgrade packages increase sustainment value, helping the U.S. Air Force retain the platform until the T-7A Red Hawk fully replaces it.

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