OVERVIEW
In service since 1967, the Saab 105 continues to operate for the Austrian and Swedish air services.
In service since 1967, the Saab 105 continues to operate for the Austrian and Swedish air services.
YEAR: 1967
MANUFACTURER(S): Saab - Sweden
PRODUCTION: 192
OPERATORS: Austria; Sweden
SPECIFICATIONS
Unless otherwise noted the presented statistics below pertain to the Saab 105 model. Common measurements, and their respective conversions, are shown when possible.
Unless otherwise noted the presented statistics below pertain to the Saab 105 model. Common measurements, and their respective conversions, are shown when possible.
CREW: 2
LENGTH: 35.43 feet (10.8 meters)
WIDTH: 31.17 feet (9.5 meters)
HEIGHT: 8.86 feet (2.7 meters)
WEIGHT (EMPTY): 13,847 pounds (6,281 kilograms)
WEIGHT (MTOW): 22,527 pounds (10,218 kilograms)
ENGINE: 2 x General Electric J85-17B turbojet engine developing 1,638lb of thrust.
SPEED (MAX): 603 miles-per-hour (970 kilometers-per-hour; 524 knots)
RANGE: 1,429 miles (2,300 kilometers; 1,242 nautical miles)
ARMAMENT
Support for Air-to-Air Missiles (AAMs), Air-to-Surface Missiles (ASMs), gun / cannon pods, conventional drop bombs and rocket pods across six total hardpoint.
Support for Air-to-Air Missiles (AAMs), Air-to-Surface Missiles (ASMs), gun / cannon pods, conventional drop bombs and rocket pods across six total hardpoint.
VARIANTS
Series Model Variants
• Saab 105 - Base Series Designation; also covering two prototypes completed.
• Sk 60A - Initial production model; 149 completed
• Sk 60B - Ground attack model and weapons training
• Sk 60C - Ground attack and reconnaissance model; Fairchild KB-18 camera fit in nose.
• Sk 60D - Four-seat liaison transport
• Sk 60E - Four-seat liaison transport
• Sk 60W - 1993 modernization program; 2 x Williams Rolls FJ44 turbofans fitted; improvements throughout; A-, B- and C-models updated to this standard.
• Saab 105XT - Export demonstrator model
• Saab 105D - Proposed business jet
• Saab 105G - Proposed revision of Saab 105XT model
• Saab 105H - Proposed Swedish Air Force model
• Saab 105O - Austrian export model based on the Saab 105XT proposal.
• Saab 105S - Proposed Finnish Air Force model; not adopted.
Series Model Variants
• Saab 105 - Base Series Designation; also covering two prototypes completed.
• Sk 60A - Initial production model; 149 completed
• Sk 60B - Ground attack model and weapons training
• Sk 60C - Ground attack and reconnaissance model; Fairchild KB-18 camera fit in nose.
• Sk 60D - Four-seat liaison transport
• Sk 60E - Four-seat liaison transport
• Sk 60W - 1993 modernization program; 2 x Williams Rolls FJ44 turbofans fitted; improvements throughout; A-, B- and C-models updated to this standard.
• Saab 105XT - Export demonstrator model
• Saab 105D - Proposed business jet
• Saab 105G - Proposed revision of Saab 105XT model
• Saab 105H - Proposed Swedish Air Force model
• Saab 105O - Austrian export model based on the Saab 105XT proposal.
• Saab 105S - Proposed Finnish Air Force model; not adopted.
HISTORY
Detailing the development and operational history of the Saab 105 Jet Trainer Aircraft. Entry last updated on 8/18/2017. Authored by Staff Writer. Content ©www.MilitaryFactory.com.
Detailing the development and operational history of the Saab 105 Jet Trainer Aircraft. Entry last updated on 8/18/2017. Authored by Staff Writer. Content ©www.MilitaryFactory.com.
Always one to develop military solutions from within, the nation of Sweden engineered its own jet trainer / light attack platform in the early 1960s. The aircraft, the Saab 105, was a private venture and adopted by the Swedish Air Force for a variety of roles. Austria became the product's only other global operator and 192 were built in all. Despite its Cold War origins, the Saab 105 family continues to fly today (2016).
Two prototypes were completed for the test phase and a first-flight was recorded on June 29th, 1963. 130 examples were then ordered by the Swedish Air Force as the "Sk 60". The order was later revised to 150 aircraft and the first production-quality form went airborne in 1965. Service introduction occurred in 1967.
Design-wise, the aircraft was given a conventional layout. A unique quality was its side-by-side seating for student and instructor. The cockpit was under a large, single-piece canopy and positioned aft of a flat nosecone assembly. A split-air intake arrangement was used to aspirate the twin engine configuration buried with in the fuselage. The engines exhausted along the sides of the fuselage ahead of the tail unit. The tail incorporated a single vertical tail fin and high-mounted horizontal planes. The undercarriage was of a typical tricycle configuration with short legs, giving the Saab 105 a decidedly low-profile when on the ground. The wing mainplanes were straight and high-mounted.
Two prototypes were completed for the test phase and a first-flight was recorded on June 29th, 1963. 130 examples were then ordered by the Swedish Air Force as the "Sk 60". The order was later revised to 150 aircraft and the first production-quality form went airborne in 1965. Service introduction occurred in 1967.
Design-wise, the aircraft was given a conventional layout. A unique quality was its side-by-side seating for student and instructor. The cockpit was under a large, single-piece canopy and positioned aft of a flat nosecone assembly. A split-air intake arrangement was used to aspirate the twin engine configuration buried with in the fuselage. The engines exhausted along the sides of the fuselage ahead of the tail unit. The tail incorporated a single vertical tail fin and high-mounted horizontal planes. The undercarriage was of a typical tricycle configuration with short legs, giving the Saab 105 a decidedly low-profile when on the ground. The wing mainplanes were straight and high-mounted.
The Sk 60A was the initial production model and completed as two-seat trainers. These were delivered without the intended hardpoints of later models and only had them added retroactively allowing the aircraft to be used as an attacker in addition to jet training. The Sk 60B was given attack functionality from the outset and operated as a ground attacker and weapons training platform. A new weapons sight was fitted. A Fairchild KB-18 reconnaissance camera was fitted to the aircraft to make up the Sk 60C production form which could no function in the attack-reconnaissance role. One prototype led the fleet of 29 Sk 60A conversion models. The Sk 60D became a four-seat liaison model from the Sk 60A stock. The Sk 60E was similar in form and function but included more commercial instrumentation in the cockpit.
A 1993 program saw ninety-six Sk 60A, -B and -C family aircraft refitted with Williams Rolls FJ44turbofan engines to produce the Sk 60W standard. This aircraft recorded a first-flight in 1995 and the conversion work wrapped up in 1998.
The Saab 105XT was developed as an export demonstrator and was essentially an improved version of the Sk 60B production model. These carried the General Electric J85 turbojet engine and a prototype was formed from the original Saab 105 program prototype. The Saab 105XT became the Austrian Saab 105O model which totaled 40 aircraft. Updated avionics, improved range through increased fuel capacity, reinforced wing mainplanes and an uprated engine differentiated this model from previous offerings. For a time, Austrian Saab 105O models were used in the air defense role.
There were other forgotten entries to the Saab 105 product line: the Saab 105D was a propose business jet that found no customers. The Saab 105G was a refined Saab 105XT but only a prototype was completed (from an existing Saab 105XT). The Saab 105H was a proposed variant intended for Swedish Air Force service but not followed through on. The Saab 105S was another proposed form for possible sale to Finland as a trainer. This model was passed on in favor of the BAe Hawk.
Because of its age in Swedish service, the Saab 105 is a candidate for replacement by a more modern jet trainer. A formal Request for Information (RFI) was put out by the Defence Ministry to entertain thoughts on a successor. Saab is partnered with Boeing to challenge for the USAF's T-X trainer program and the outcome of this competition might influence the future design of the Swedish replacement aircraft - particularly as pilots begin the transition from 4th Generation fighter types to 5th Generation mounts.
A 1993 program saw ninety-six Sk 60A, -B and -C family aircraft refitted with Williams Rolls FJ44turbofan engines to produce the Sk 60W standard. This aircraft recorded a first-flight in 1995 and the conversion work wrapped up in 1998.
The Saab 105XT was developed as an export demonstrator and was essentially an improved version of the Sk 60B production model. These carried the General Electric J85 turbojet engine and a prototype was formed from the original Saab 105 program prototype. The Saab 105XT became the Austrian Saab 105O model which totaled 40 aircraft. Updated avionics, improved range through increased fuel capacity, reinforced wing mainplanes and an uprated engine differentiated this model from previous offerings. For a time, Austrian Saab 105O models were used in the air defense role.
There were other forgotten entries to the Saab 105 product line: the Saab 105D was a propose business jet that found no customers. The Saab 105G was a refined Saab 105XT but only a prototype was completed (from an existing Saab 105XT). The Saab 105H was a proposed variant intended for Swedish Air Force service but not followed through on. The Saab 105S was another proposed form for possible sale to Finland as a trainer. This model was passed on in favor of the BAe Hawk.
Because of its age in Swedish service, the Saab 105 is a candidate for replacement by a more modern jet trainer. A formal Request for Information (RFI) was put out by the Defence Ministry to entertain thoughts on a successor. Saab is partnered with Boeing to challenge for the USAF's T-X trainer program and the outcome of this competition might influence the future design of the Swedish replacement aircraft - particularly as pilots begin the transition from 4th Generation fighter types to 5th Generation mounts.
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Our Data Modules allow for quick visual reference when comparing a single entry against contemporary designs. Areas covered include general ratings, speed assessments, and relative ranges based on distances between major cities.
Relative Maximum Speed
Hi: 750mph
Lo: 375mph
This entry's maximum listed speed (603mph).
Graph average of 562.5 miles-per-hour.
City-to-City Ranges
NYC
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PAR
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BER
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Graph showcases the Saab 105's operational range (on internal fuel) when compared to distances between major cities.
Aviation Era
Useful in showcasing the era cross-over of particular aircraft/aerospace designs.
Unit Production (192)
Comm. Market HI*: 44,000 units
Military Market HI**: 36,183 units
192
192
