Flying changes are among the most famous exercises in dressage. When perfectly performed, they give the impression that the horse changes canter lead with incredible fluidity and almost no effort.
In high-level competitions, some horses perform several flying changes in succession with impressive precision. Yet behind this apparent ease lies an extremely technical exercise requiring:
- balance,
- coordination,
- musculature,
- and strong understanding between horse and rider.
But how does a horse actually learn this movement? Is it natural for horses? Why do some horses learn quickly while others struggle more?
What is a flying change?
At the canter, the horse naturally uses a leading leg.
For example:
- in right lead canter, the horse reaches farther with the right foreleg,
- in left lead canter, the left foreleg becomes dominant.
A flying change therefore consists of switching:
- from right lead canter,
- to left lead canter,
- or the opposite,
- without returning to trot.
The horse must reorganize its entire coordination in a fraction of a second while remaining:
- balanced,
- fluid,
- and relaxed.
Flying changes exist naturally
In nature, horses already perform spontaneous lead changes.
When turning quickly, changing direction, or playing together, horses naturally adapt their balance by changing canter leads.
Dressage does not completely invent the movement. It mainly seeks:
- to control it,
- make it precise,
- and perform it at the correct moment.
However, producing a perfectly calm, straight, and balanced flying change under saddle requires far more work than the natural changes seen in the field.
The horse must first master balance
Before learning flying changes, the horse must already have:
- good balance,
- a stable canter,
- suppleness,
- and understanding of the aids.
A young horse lacking balance or musculature will often struggle to change correctly.
Preparation work is therefore essential.
Riders first develop:
- transitions,
- bending work,
- hindquarter engagement,
- and canter control.
Flying changes are normally introduced only once these foundations become solid.
The essential role of the canter
The canter plays a central role in learning flying changes.
A horse cantering correctly must be able:
- to maintain rhythm,
- keep balance,
- and carry more weight on the hindquarters.
The more balanced and collected the canter becomes, the easier it is for the horse to perform fluid flying changes.
A horse falling onto the forehand or lacking impulsion will often encounter greater difficulty.
How the rider asks for the flying change
Flying changes rely on a very precise combination of aids.
The rider modifies:
- leg position,
- pelvic orientation,
- the horse’s balance,
- and sometimes the bend.
The goal is to help the horse understand:
- the new canter lead,
- while maintaining impulsion and balance.
In a well-trained horse, the aids become extremely subtle.
At high level, some flying changes are almost invisible to spectators.
Why some horses make mistakes
Errors are very common during the learning process.
The horse may:
- change only in front,
- change only behind,
- lose balance,
- or break into trot.
These problems often appear when:
- the horse lacks strength,
- does not yet understand the aids,
- or works in tension.
Flying changes require tremendous muscular coordination. The horse must reorganize the entire body in just moments.
Flying changes require significant musculature
This exercise strongly uses:
- the hindquarters,
- abdominal muscles,
- the back,
- and the horse’s overall balance.
This is why dressage horses gradually develop a very specific musculature.
A horse that is not physically prepared may quickly:
- lose canter quality,
- become disunited,
- or become tense during the changes.
Training must therefore remain progressive.
Flying changes “in the air”
In advanced dressage, horses learn to perform flying changes “in the air.”
This means the change occurs:
- during the suspension phase of the canter,
- without breaking gait,
- and with great fluidity.
The best horses then appear:
- effortless,
- light,
- and perfectly rhythmic.
Tempi changes
At high level, some horses perform:
- changes every four strides,
- every two strides,
- or even every stride.
These sequences require:
- tremendous concentration,
- highly developed musculature,
- and extreme precision.
Tempi changes are among the most difficult exercises in modern dressage.
Some breeds have greater natural ability
All horses can theoretically learn flying changes, but some breeds possess stronger natural predispositions.
Dressage breeds such as the Hanovrien, KWPN, Oldenbourg, Pure race espagnole, and Lusitanien often show:
- better balance,
- superior movement quality,
- and greater ease in collection.
However, training quality remains far more important than breed alone.
Flying changes also require mental focus
The horse must remain:
- calm,
- focused,
- and attentive.
A stressed or tense horse will often tend:
- to anticipate,
- accelerate,
- or lose regularity.
The best dressage horses perform flying changes with relaxation and confidence.
A spectacular but highly technical exercise
Flying changes sometimes appear simple when performed by high-level horses.
In reality, this exercise represents years of work on:
- balance,
- musculature,
- canter quality,
- coordination,
- and communication between horse and rider.
Dressage does not simply aim to teach the horse to “change leads.” The goal is above all to produce a movement that is:
- fluid,
- precise,
- balanced,
- and performed without tension.
It is this search for harmony that makes flying changes so impressive in modern dressage.
