Those two small surfaces just behind the Eurofighter Typhoon’s cockpit are easy to mistake for miniature wings. They are its canards, also called foreplanes, and their position is one of the quickest ways to recognise the aircraft.
The short answer to “why does the Typhoon use canards?” is that they form part of an integrated delta-canard layout. They work with the main delta wing and the aircraft’s computer-controlled flight-control system. Looking at the canards alone misses the point: the useful design is the whole arrangement.
What are the Typhoon’s canards?
BAE Systems describes two all-moving foreplanes fitted at the front of the aircraft, one on either side of the cockpit. “All-moving” matters. Each foreplane moves as a surface rather than acting as a fixed fin with a small hinged section.
That separates them from the tailplane you might expect to find behind the main wing on many other fast jets. On the Typhoon, the control surfaces sit forward of the broad delta wing. The result is a distinctive nose-to-wing sequence that can be seen clearly in a three-quarter view.
The live Eurofighter Typhoon Vector Poster uses that viewing angle, so the forward surfaces can be read separately from the wing instead of disappearing into the aircraft’s outline.
Why place control surfaces ahead of the wing?
The foreplanes are part of the Typhoon’s wider aerodynamic and control design. BAE Systems says onboard computers make rapid fine adjustments to them in flight and identifies their role as central to the aircraft’s performance and agility. The same source also notes that the foreplanes can act as air brakes during landing.
Eurofighter describes the aircraft as a delta-canard design built around an intentionally unstable concept. Its first-flight account links that concept with the work put into flight-control laws, flying qualities and handling. A separate Eurofighter airframe page says the deliberately unstable airframe was designed so that it could still be flown effectively.
That wording is important. The canards are not a magic pair of “agility wings”, and deliberate instability does not mean the aircraft is left uncontrolled. The airframe shape, moving foreplanes and flight-control system are designed as one system. The pilot makes a control demand; the system manages the surface movements needed to respond.
Read the Typhoon silhouette in three steps
Find the pointed nose and canopy. The foreplanes begin just behind and to either side of the cockpit area.
Look for the smaller moving surfaces projecting from the forward fuselage before the main wing begins.
Move rearwards to the much larger swept delta wing, then finish at the single vertical fin.
This sequence is more reliable than trying to identify the whole aircraft in one glance. The small-forward-surface-plus-large-delta combination gives the Typhoon a different visual rhythm from a conventional wing-and-tailplane layout.
Which view shows the canards best?
A pure side view shows that the foreplanes sit ahead of the wing, but the two surfaces can overlap each other. A top view separates them and makes the delta planform easier to read. A three-quarter view often gives the clearest combined lesson: forward surfaces, broad wing and cockpit placement remain visible together.
The guide to aircraft side, top and front views explains why the same airframe reveals different information from each angle. If you are inspecting artwork, compare more than one view before deciding that a small surface or leading edge is missing.
Three common canard mistakes
- Calling them tailplanes. Their position ahead of the main wing is the defining visual clue.
- Treating them as fixed fins. BAE Systems identifies the Typhoon’s foreplanes as all-moving surfaces.
- Giving them all the credit. Official sources describe a delta-canard airframe, flight-control laws and an intentionally unstable concept. The foreplanes make sense inside that system.
For a wider current overview of the aircraft’s RAF role and specifications, the Typhoon FGR4 fact file is the better next read. This article stays with the visible layout and what the official design sources support.
Why the canards matter in aircraft artwork
Canards are small enough to be lost through a poor crop, an overly shallow angle or a softened silhouette. They are also prominent enough that an inaccurate size or position changes the character of the aircraft. For Typhoon artwork, preserving the gap between foreplane and main wing helps the viewer read the layout correctly.
That is why the aircraft angle matters on both wall and desk formats. The current Eurofighter Typhoon Vector Desk Mat carries the same Daylight direction across a wide desk format, while the earlier guide to Typhoon desk artwork and keyboard coverage shows how much of an aircraft design can remain visible once equipment is placed on top.
You can compare the wider live range in the Vector Series collection, but the recognition test stays the same: start at the cockpit, find the two forward surfaces, then follow the larger delta wing rearwards.
Canards are the clue, not the whole answer
The Typhoon uses two all-moving foreplanes as part of its delta-canard configuration. Their forward position makes them a strong recognition feature; their movement is integrated with a computer-controlled flight-control system; and official manufacturer material connects them with the aircraft’s handling, agility and landing behaviour.
When you next look at a Typhoon image, do not begin with the tail. Start just behind the cockpit. Once the foreplanes appear, the rest of the silhouette becomes much easier to read.
See the full aircraft angle and all current presentation options on the Eurofighter Typhoon Vector Poster product page.
Sources
- BAE Systems: Even pilots think superplastic is fantastic
- Eurofighter: The First Hour
- Eurofighter: Aircraft features
- Royal Air Force: Typhoon FGR4
Aircraft and product sources checked 13 October 2026. FGR4 Aviation is not presented as affiliated with or endorsed by the Royal Air Force, Eurofighter or BAE Systems.