BAE Systems Hawk

Low-mounted wing, side air intakes, a single engine and a stepped tandem canopy: for five decades the Hawk has been the Royal Air Force’s jet trainer, the Red Arrows’ aircraft and one of the most successful export trainers ever.

Also known as: Hawker Siddeley Hawk · BAe Hawk · HS.1182 · Hawk T1 · Hawk T1A · Hawk T2 · Hawk 128 · Hawk 132 · Hawk 200 · CT-155 Hawk

United KingdomBAE Systems / AvroMilitary aircraftICAO type designator: HAWK15 min read

1974

First flight

1,000+

aircraft sold

since 1980

Red Arrows display seasons

HAWK

ICAO type designator

Key takeaways

  • The Hawk is the Royal Air Force’s standard jet trainer: developed by Hawker Siddeley, first flight 1974, in service since 1976.
  • Fastest way to identify it: low wing, side air intakes, one engine and the arched back above the stepped canopy.
  • The Red Arrows have flown the Hawk T1 since the 1980 season; according to current plans it stays with the team until the end of the 2029 season.
  • Export success: over 1,000 Hawks went to 18 operators, from Finland to India to Australia; the US Navy flies its own derivative, the T-45 Goshawk.
  • Today you see it mainly in Great Britain: with the Red Arrows, in the Mach Loop and around RAF Valley.
Contents
  1. 1.What is the BAE Systems Hawk?
  2. 2.The three features that are enough to identify it
  3. 3.The generations: from the T1 to the Hawk 128
  4. 4.The Hawk in the Royal Air Force
  5. 5.The Red Arrows and their red Hawks
  6. 6.Export users worldwide
  7. 7.A special case: the T-45 Goshawk
  8. 8.Hawk, Alpha Jet, L-39 or M-346?
  9. 9.Where you can see the Hawk today
  10. 10.Photo tips for the Hawk
  11. 11.Common mix-ups and how to rule them out
  12. 12.Conclusion

Profile

ManufacturerHawker Siddeley, later British Aerospace, now BAE Systems
RoleTwo-seat jet trainer; export and single-seat versions also serve as light combat aircraft
ICAO type designatorHAWK
First flightAugust 21, 1974 at Dunsfold (prototype XX154, pilot Duncan Simpson)
RAF entry into service1976, Hawk T1 deliveries from November 1976
Main versionsT1/T1A (RAF), export series 50, 60, 100 and 120, Hawk 128 (RAF: T2), single-seat Hawk 200, US Navy derivative T-45 Goshawk
Soldover 1,000 aircraft to 18 operators
Engine1 × Rolls-Royce Turbomeca Adour, Adour Mk 951 on the Hawk 128 with about 29 kN
Length (Hawk 128)12.43 m
Wingspan (Hawk 128)9.94 m
Height (Hawk 128)3.98 m
Max. takeoff weight (Hawk 128)around 9.1 t
Top speedaround Mach 0.84 in level flight, up to Mach 1.2 in a dive
Red Arrowson the Hawk since 1979, first display season 1980, based at RAF Waddington

Identifying features

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  • Low-mounted, slightly swept wing with plain wingtips and no tanks
  • A single engine with one exhaust nozzle at the rear; the air intakes sit on the sides of the fuselage ahead of the wing root
  • Stepped tandem canopy with a raised instructor seat – which gives the typical arched back
  • Single swept vertical stabilizer and a horizontal stabilizer mounted below the fin at the end of the fuselage
  • Hawk T2/128: longer, more pointed nose and glass cockpit; usually glossy black in RAF service
  • Red Arrows Hawk T1: bright red with white accents, with a smoke system pod under the fuselage

Updated: October 2026 – Nine red jets pass over the airfield in the Diamond Nine formation, the smoke switches to red, white and blue: anyone who has seen the Red Arrows knows the Hawk. Yet the British jet trainer is far more than an airshow star. For almost five decades RAF pilots have learned fast-jet flying on it, and around the globe it flies with air forces from Finland to Australia. Here you will learn how to identify the Hawk with confidence, how the generations differ, who flies it and where you can get it in front of your lens as a spotter.

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What is the BAE Systems Hawk?

The Hawk is a two-seat, single-engine subsonic jet trainer. It bridges the gap between basic training on propeller aircraft and the fighter jet: formation flying, low-level flying, aerobatics, navigation and, in later versions, work with simulated sensors and weapons. Export customers also use armed versions as light combat aircraft.

Its origins lie in a problem faced by the Royal Air Force. In the 1960s the RAF was looking for a successor to the small Folland Gnat, which was expensive to operate as a trainer. Hawker Siddeley began studies at its own expense in 1968, led by chief designer Ralph Hooper. On October 1, 1971 the RAF chose the HS.1182 design, and in March 1972 the main contract for 175 aircraft followed.

This first Hawk, XX154, took off on August 21, 1974 at Dunsfold, with Hawker Siddeley chief pilot Duncan Simpson at the controls. From November 1976 the manufacturer delivered the Hawk T1 to the RAF. Hawker Siddeley became part of British Aerospace in 1977, which in 1999 turned into BAE Systems. Every Hawk is powered by an Adour turbofan from the British-French partnership of Rolls-Royce and Turbomeca, which now belongs to Safran.

1974First flight of XX154 at Dunsfold
1,000+Hawks sold to 18 operators
HAWKICAO type designator in flight plans and tracking services

The three features that are enough to identify it

The Hawk is small and, at airshows, fast. Three observations are still enough to separate it from other trainers.

Wing low on the fuselage

The wing sits low and is slightly swept, with the tips ending without tanks. That sets the Hawk apart at once from the high-winged Alpha Jet and from the L-39 with its fixed tip tanks.

One engine, two intakes

On the left and right of the fuselage, ahead of the wing root, sits a semicircular air intake. Both lead to a single Adour engine, and at the rear you see only one nozzle.

Arched back

The instructor sits distinctly higher than the student. The stepped canopy merges into a distinctive hump that runs out to the vertical stabilizer – in profile, the Hawk’s trademark.

Add to that the horizontal stabilizer, which attaches low at the end of the fuselage below the fin. In the end, the serial confirms the exact aircraft: with the RAF a serial number of two letters and three digits like XX154, with export customers the respective national system.

Practical tip for airshows

In formation flypasts you often see the Hawk from below. Then look for the low, slim wing without tanks and the single nozzle. From below you can also spot the smoke pod under the fuselage on the Red Arrows’ aircraft, which training Hawks lack.

The generations: from the T1 to the Hawk 128

Behind the name Hawk stands a whole family. BAE has developed the airframe over decades and launched new series for export customers again and again, whose numbers roughly reveal the generation.

Series Typical features Example users
Hawk T1 / T1A First RAF generation, analog cockpit; T1A with weapons option RAF, Red Arrows
Hawk 50 First export series, first flight May 17, 1976 Finland (Mk 51), Kenya, Indonesia
Hawk 60 More powerful engine, higher payload Switzerland (Mk 66), Saudi Arabia, UAE, South Korea
Hawk 100 Two-seat weapons trainer with more modern avionics Canada (CT-155), Malaysia
Hawk 120 to 132 New generation with revised wing and fuselage, glass cockpit South Africa, Australia, RAF (T2), India
Hawk 165 to 167 Current export versions of the new generation Saudi Arabia, Oman, Qatar
Hawk 200 Single-seat light combat aircraft Indonesia, Malaysia, Oman

The most important dividing line lies between the old and the new generation. The Hawk 128 first flew on July 27, 2005 at Warton and went to the RAF as the Hawk T2. It has a glass cockpit modeled on modern fighter jets, so that students learn to handle displays, sensors and systems already in the trainer. From the outside, the most noticeable feature is the longer, more pointed nose. The Hawk 128 measures 12.43 meters in length with a wingspan of 9.94 meters and is powered by the Adour Mk 951 with about 29 kilonewtons of thrust. In level flight it reaches around Mach 0.84, in a dive up to Mach 1.2.

A special case is the Hawk 200: it has only one cockpit and a nose that offers more room for electronics. Without the stepped canopy it looks like a small fighter jet – a puzzle for anyone who knows the Hawk only as a two-seater.

The Hawk in the Royal Air Force

For the RAF the Hawk was the link to the fighter jet for decades. The T1 took over advanced training and weapons instruction, and part of the fleet was converted to the T1A, which could carry Sidewinder missiles and a gun pod.

The heyday of the T1 is over. In July 2021 the British Ministry of Defence announced that all T1s outside the Red Arrows would be retired by March 31, 2022. Training has since been with the Hawk T2: it flies with the No. 4 Flying Training School at RAF Valley on Anglesey, split between No. IV and No. XXV (Fighter) Squadron. The first T2 reached the RAF in 2009, and training on the new type began in April 2012. After basic training on the Beechcraft Texan, students move on to the Hawk, followed by the Eurofighter Typhoon or the F-35.

A curiosity can be found at RAF Leeming in Yorkshire: there the RAF and the Qatari air force jointly operate a squadron with Hawk 167s, which belong to Qatar. So anyone traveling in northern England can see Hawks in Qatari colors over British soil.

As of October 2026: keep an eye on flying operations

On September 23, 2026 a Hawk T2 crashed at RAF Valley; both crew members ejected and were only slightly injured. Whether and to what extent the Hawks have returned to flying since then is something you should check in current RAF reports before a trip to Anglesey or the Mach Loop.

The Red Arrows and their red Hawks

The Hawk is best known as the aircraft of the Royal Air Force Aerobatic Team. In August 1979 the Red Arrows took over their first Hawk, replacing the Folland Gnat, and the team flew its first display season with the new type in 1980. Since then the red Hawk has been almost a synonym for British aerobatics. Nine aircraft fly the display, and a tenth travels along as a spare. Home since October 2022 has been RAF Waddington in Lincolnshire; before that it was RAF Scampton for a long time.

The display Hawks belong to the first generation T1 (sometimes listed as the T1A) and have an uprated engine. Under the fuselage they carry a pod with tanks for diesel and dye. This mix is injected into the hot exhaust jet and produces the white, red or blue smoke. The Hawk suits this job well: it responds precisely, tolerates high load factors and is comparatively easy to maintain as a trainer. Its drawback shows on overseas tours, because without air-to-air refueling the team has to plan many intermediate stops.

According to current plans, the Hawk T1 stays in service with the Red Arrows until the end of the 2029 display season. British defense planning sees the successor in a new jet trainer system; type and timeline are still open, though. For spotters that means: the next seasons are the last opportunities to see the red Hawks live. The full history of the team is in the profile of the Red Arrows, and the overview of Europe’s aerobatic teams offers a comparison with other teams.

Collect serials instead of forgetting them

Note every Hawk serial with photo and location in Planetrack and put missing variants such as the T2, Goshawk or Hawk 200 on your wish list. Planetrack is launching soon – join the waitlist here.

Export users worldwide

Hardly any Western trainer has sold as well. Over 1,000 Hawks went to 18 operators; according to BAE, around 650 aircraft are still in service in 16 countries today. A selection of the most important users:

Country Versions Notes
Finland Mk 51, Mk 51A, Mk 66 50 Mk 51 from 1980, most assembled by Valmet at Halli; Midnight Hawks aerobatic team
Switzerland Mk 66 20 aircraft from 1990 to 2002, 18 of them sold to Finland in 2007
India Hawk 132 over 100 aircraft for the air force, plus the navy; Surya Kiran aerobatic team
Saudi Arabia Hawk 65, 165 large fleet, Saudi Hawks aerobatic team
Australia Hawk 127 with No. 76 and No. 79 Squadron as a feeder to the fighter jet
South Africa Hawk 120 with 85 Combat Flying School
Canada CT-155 (Hawk 115) retired in March 2024 – historic
USA (Navy) T-45 Goshawk own carrier-capable derivative

Finland is the most interesting export customer for European spotters. In December 1977 the air force ordered a total of 50 Hawk Mk 51, of which 46 were assembled by Valmet at Halli. Seven Mk 51A and the 18 used Swiss Mk 66 were added later. Unmodernized Mk 51s left service between 2011 and 2016, and the modernized aircraft are to fly into the early 2030s according to Finnish information. The Midnight Hawks team performs with four Hawks, based at Tikkakoski near Jyväskylä.

Switzerland is a piece of Hawk history in the German-speaking world. The 20 Hawk Mk 66 of the Swiss Air Force flew in pilot training from 1990 to 2002. Anyone who wants to dig deeper into Swiss military aviation will find the right collection at the Flieger-Flab-Museum Dübendorf (Swiss Air Force Museum); it is best to check beforehand which exhibits are currently on show.

A special case: the T-45 Goshawk

In the 1980s the US Navy needed a trainer with which future naval aviators could also practice carrier landings. McDonnell Douglas and British Aerospace developed the T-45 Goshawk from the Hawk 60 series for this purpose. It received strengthened landing gear for hard carrier landings, a catapult launch fitting, an arrestor hook and a larger horizontal stabilizer. Instead of the air brake under the fuselage it has two air brakes on the sides of the rear fuselage.

The first T-45A flew on April 16, 1988, and the type was operational from 1991. By the last delivery in November 2009, 221 aircraft had been built; all T-45As have since been brought up to the T-45C standard with a glass cockpit. The Goshawks fly at Kingsville (Texas), Meridian (Mississippi) and Pensacola (Florida). For European spotters it is a real travel target.

Hawk, Alpha Jet, L-39 or M-346?

At airshows and in museums, several jet trainers often stand side by side. The finder helps you narrow it down.

Quick identification: European jet trainer

Three questions, one assessment. The serial remains the final authority.

Likely

BAE Systems Hawk

Low wing, side intakes and a single nozzle are the typical Hawk look. Now look at the nose: long and pointed suggests the T2 or another new-generation Hawk. Careful: the M-346 also has a low wing, but two engines.

Likely

Dassault/Dornier Alpha Jet

A high, swept wing and two engines on the sides of the fuselage are the Alpha Jet’s trademark, for example with the Patrouille de France.

Likely

Aero L-39 Albatros

Almost straight wings with fixed tanks at the tips and a single engine point to the L-39. The Italian MB-339 also carries tip tanks, but has a slimmer, longer fuselage.

You will find more details on the pages for the Alpha Jet, the Aero L-39 Albatros, the Aermacchi MB-339 and the Leonardo M-346. A modern competitor from the USA is the Boeing T-7A Red Hawk, which despite the similar name has nothing to do with the British Hawk and stands out at once by its two vertical stabilizers. The guide Identifying fighter jets in Europe takes a wider look across all military jets.

Where you can see the Hawk today

In flight, the Hawk is mainly a matter of Great Britain and Scandinavia for German spotters. Three opportunities stand out.

Place Chance of success What to expect
Mach Loop in Wales medium, depending on weather and operations Hawk T2s from RAF Valley in low-level flight, often at eye level or from above
British airshows high in season Red Arrows with Hawk T1, often plus Hawk T2 on static display
Finnish air days medium Midnight Hawks and training Hawks of the Finnish Air Force
RAF Museum Cosford exhibition RAF history from the Gnat to modern jets; which Hawk is on display changes

The Mach Loop is the most spectacular spot: the Hawks of the flying school at Valley are among the most frequent visitors there. You get the surest view of the Red Arrows at big British shows such as the Royal International Air Tattoo at Fairford or the Farnborough Airshow. Which other events are worthwhile is shown in the overview of airshows in Europe. In London, the RAF Museum Hendon rounds off a museum visit.

Ready for your Hawk session?

Check off what you have already done.

  • I have found an airshow with the Red Arrows, an air day in Finland or a Mach Loop date.
  • I have checked whether the Hawks are currently flying.
  • I know where the display line is and where the sun will be at display time.
  • I know the rules for photography at military airfields.
  • Battery full, memory card empty, focal length sufficient for small, fast jets.

What you need to keep in mind at military airfields is covered in the article on the rules at military airfields. How to follow military flights online is explained in Tracking military aircraft online.

Photo tips for the Hawk

At just under ten meters of wingspan the Hawk is small, and fast during displays. A few points make the difference.

Formation as the subject

With the Red Arrows the formation is the picture. Leave some air around the group instead of chasing individual jets to fill the frame – the Diamond Nine only works as a whole.

Short shutter speed

Without a propeller you do not have to show any rotation. A short exposure time freezes jet and smoke sharply, especially in the Mach Loop.

Profile for the version

If you want to document the T1 and T2, you need a side shot. Only in profile can you clearly see how long the nose is and how the back runs over the canopy.

Exposing black Hawks

The glossy black T2s swallow light and at the same time reflect strongly. Flat light from the side shows the contours best; at midday you risk a black blob with reflections.

How to plan displays in general is covered in the article Photographing airshows.

Common mix-ups and how to rule them out

It points to a Hawk if …

  • the wing sits low on the fuselage and has no tip tanks
  • you see side air intakes and only one exhaust nozzle
  • a distinct hump runs from the stepped canopy to the tail
  • the tracking service lists HAWK as the type

Look closer if …

  • an arrestor hook hangs at the rear – then it is probably a T-45 Goshawk
  • only one cockpit is visible – it could be a Hawk 200
  • you see two nozzles on a low wing – that points more to the M-346

It is not a Hawk if …

  • the wing sits high on the fuselage and two engines are running – then it is the Alpha Jet
  • fixed tanks hang at the wingtips – then more likely L-39 or MB-339
  • two vertical stabilizers stand above one nozzle – that is the T-7A Red Hawk
  • a propeller spins at the front – then you are looking at the PC-21 or Texan

A close relative in spirit, by the way, is the Hawker Hunter: also from the house of Hawker, but a single-seat fighter of the 1950s with a much more strongly swept wing. The vertical-takeoff Harrier also comes from the same corporate family.

Conclusion

The Hawk is the aircraft on which generations of British fighter pilots learned fast-jet flying, and the face of the Red Arrows. You can recognize it by the low wing, the side intakes, the single nozzle and the arched back; the nose reveals the generation. With over 1,000 aircraft sold, it still flies on several continents today. For you as a spotter: according to current plans, the red T1s of the Red Arrows will be seen for only a few more seasons – Great Britain and Finland remain the best destinations.

Quick verdict

Low wing, side intakes, one nozzle, arched back: that is the Hawk. A short nose means first generation like the T1, a long nose new generation like the T2. In flight you see it most reliably with the Red Arrows, in the Mach Loop and in Finland.

Summary

  • In the 1960s the RAF was looking for a successor to the Folland Gnat; Hawker Siddeley won with the HS.1182 design, and the main contract for 175 aircraft followed in 1972.
  • The new-generation Hawk 128 with a glass cockpit first flew in 2005 and, as the Hawk T2, trains future fighter pilots at RAF Valley.
  • Important export users include Finland, India, Saudi Arabia, Australia and South Africa; Switzerland flew the Hawk from 1990 to 2002.
  • For German spotters the Hawk is mostly a travel target: Great Britain, Finland and airshows with the Red Arrows or the Midnight Hawks offer the best opportunities.

Frequently asked questions

Is the Hawk a Hawker Siddeley or a BAE aircraft?

Both, one after the other. It was developed at Hawker Siddeley as the HS.1182. In 1977 Hawker Siddeley became part of British Aerospace, which in 1999 turned into BAE Systems. That is why, depending on the year of manufacture and the source, you read “Hawker Siddeley Hawk,” “BAe Hawk” or “BAE Systems Hawk.”

What is the ICAO type designator of the Hawk?

The Hawk is filed as HAWK. Military aircraft do not always transmit position data, though, or show up in tracking services without a type. So don’t rely on the code alone, but also on the serial and the silhouette.

Which Hawk do the Red Arrows fly?

The Hawk T1 of the first RAF generation, often listed as the T1A in the literature. The display aircraft have an uprated engine and, under the fuselage, a pod with diesel and dyed diesel, from which the white, red and blue smoke is produced.

How do I tell the Hawk T1 and the Hawk T2 apart?

Best by the nose and the color: the T2 (Hawk 128) has a visibly longer, more pointed nose and is usually glossy black in RAF service. The T1 looks shorter and stubbier. Red T1s belong to the Red Arrows; the remaining RAF T1s were retired by March 2022.

What is the T-45 Goshawk?

The US Navy’s trainer, derived from the Hawk 60 series. McDonnell Douglas and BAE turned it into a carrier-capable aircraft with strengthened landing gear, an arrestor hook and side-mounted air brakes. The first flight was on April 16, 1988, and 221 aircraft were built.

Did Switzerland have Hawks?

Yes. The Swiss Air Force flew a total of 20 Hawk Mk 66 from 1990 to 2002. In 2007 Finland bought 18 of these aircraft, which have flown there in training since the 2010s after an overhaul.

Where can I see a Hawk flying today?

Most reliably in Great Britain: with the Red Arrows at airshows, in low-level flight in the Mach Loop in Wales and around RAF Valley on Anglesey. In Finland the air force continues to fly the Hawk, including with the Midnight Hawks aerobatic team. Before every trip, check whether flying is currently taking place – after a crash in September 2026, it is especially worth looking at current reports.

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Planetrack editorial team

The aircraft type database is built from our own observation at airports, community sightings and publicly available sources. Confirmed details are in the profile; anything that can change is marked as such.

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