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Fuji T-3

Japanese training aircraft, operational during the late 20th-century, widely adopted for flight instruction in Japan's Self-Defense Forces. Key figures: top speed 377 km/h, range 1,038 km, service ceiling 8,169 m, max takeoff weight 1,510 kg, built 50.

Max speed
377km/h
Range
1,038km
Produced
50units
Fuji T-3 military training aircraft side profile drawing
Side profile · Fuji T-3 · length 8.0 m
Technical SpecificationsVersion: T-3
Length8.0 m (26.4 ft)
Wingspan10 m (32.8 ft)
Height3.0 m (9.9 ft)
Wing area16.5 m² (177.6 sqft)
Empty weight1,120 kg (2,469 lbs)
Max. takeoff weight1,510 kg (3,329 lbs)
Powerplant1 × pistons engine Lycoming IGSO-480-A1A6 254 kW each
PerformanceVersion: T-3
Maximum speed377 km/h (234 mph)
Operational range1,038 km (645 mi)
Service ceiling8,169 m (26,801 ft)
Climb rate7.7 m/s (25.3 ft/s)
Operators — 2026
No country is operating the Fuji T-3 in 2026.
All Operators
🇯🇵 Japan

Description

The Fuji T-3's development was initiated to meet the Japan Air Self-Defense Force's (JASDF) need for a primary trainer aircraft. It was derived from the Fuji KM-2, itself a four-seat development of the T-34 Mentor, enhanced with a more powerful engine. The T-3 project combined the structure and engine of the KM-2 with the tandem cockpit design of the T-34 Mentor. The first flight took place on January 17, 1978, marking a key milestone. Fifty aircraft were purchased by the JASDF under the designation Fuji T-3, with production continuing until 1982.

Design

The Fuji T-3 combines the structure and engine of the Fuji KM-2 with the tandem cockpit of the T-34 Mentor. Its wings utilize a NACA 23016.5 airfoil at the root and a NACA 23012 airfoil at the tip. It is powered by a single Lycoming IGSO-480 6-cylinder horizontally opposed air-cooled piston engine, which drives a 3-bladed constant-speed propeller.

Armament

As a primary military trainer aircraft, the Fuji T-3 is not equipped with any internal or external armament systems. Its primary function is flight instruction, precluding the need for offensive or defensive weapon systems. The aircraft’s design and operational profile focus on providing a stable and reliable platform for trainee pilots to develop fundamental flying skills. The T-3 lacks hardpoints or internal bays for carrying munitions, rockets, or any other type of armament.

Operational History

The Fuji T-3 primarily served with the 11 and 12 Hiko-Kyoikudan (flying training wing) of the Japan Air Self-Defense Force, fulfilling its role as a primary trainer aircraft. The T-3 was retired in 2007 and subsequently replaced by the Fuji T-7, which is a turboprop variant of the T-3, upgraded with a 400 shp (300 kW) Allison 250 engine, marking the end of its service in the JASDF.

Variants

Main Variants:

  • KM-2B: This was the initial prototype version, developed from the Fuji KM-2.

  • T-3: The primary production variant, procured by the JASDF for basic flight training.

Wikipedia (CC BY-SA) and other open sources. Illustrations generated by AI. Last updated on 27 July 2026. Suggest a change

Frequently Asked Questions

What type of aircraft is the Fuji T-3?
The Fuji T-3 is a military training aircraft aircraft developed by Fuji and entered service in 1978.
What is the maximum speed of the Fuji T-3?
The Fuji T-3 has a maximum speed of 377 km/h (234 mph).
What is the range of the Fuji T-3?
The Fuji T-3 has an operational range of 1,038 km (644 miles). This range can vary based on payload, altitude, and mission profile.
When did the Fuji T-3 first fly?
The Fuji T-3 made its first flight on September 26, 1974. It entered operational service in 1978.
How many Fuji T-3 have been built?
Approximately 50 units of the Fuji T-3 have been produced since it entered service in 1978.
What is the service ceiling of the Fuji T-3?
The Fuji T-3 has a service ceiling of 8,169 meters (26,801 feet). This is the maximum altitude at which the aircraft can maintain controlled flight.
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Latest Data Updates
  1. JUL 272026 Updated Name updated
  2. JUL 232026 Updated Sources and cross-references refreshed
  3. APR 72026 Updated Sources and cross-references refreshed
  4. JAN 122026 Updated Range updated in a site-wide editorial pass