Liverpool’s season changed in an instant when Hugo Ekitike collapsed to the turf during the 2-0 Champions League quarter final defeat with Paris Saint-Germain.
Within hours, fears were confirmed: L’Equipe broke news that the 23-year-old suffered a ruptured Achilles tendon, one of the most devastating injuries in professional football. The injury not only ended his season but also ruled him out of the upcoming World Cup with France where he would no doubt have shone.
The reality of a Grade 3 Achilles rupture: it is a catastrophic structural failure that almost always requires surgery.
Arne Slot confirmed Ekitike will undergo surgery, but hasn’t yet.
“He hasn’t been operated on yet,” Slot confirmed. “Devastating for him. Your first thoughts are with him, being out for such a long time, missing out on so many special moments.
“I’m 100 percent sure he will be one of those that in 10, 15 years’ time will say maybe his injury even helped him to become stronger, to become even more ready to perform at an even higher level than he did before.”
But what actually happens when the Achilles tendon snaps? What does surgery involve? And why does recovery take months – sometimes years – even for elite athletes with world-class medical support?
Understanding the science and the long road back helps explain why this injury is a massive threat to his fledgling career, and why the journey ahead for Ekitike will be as demanding mentally as it is physically.
Presnel Kimpembe is recent example of how horrific Achilles surgeries are, bluntly revealing the hugely challenging road ahead of Ekitike.
TB to When Presnel Kimpembe suffered an Achilles tendon rupture, which kept him out of action for over 400 days.
The photo showed the back of his foot stitched up. ???
Liverpool forward Hugo Ekitike has been diagnosed with a similar injury. pic.twitter.com/yMdpHvFUxa
— Goals Side (@goalsside) April 15, 2026
When an Achilles tendon ruptures, it doesn’t slowly fail, it snaps.
The Achilles tendon is the thick cord that connects the calf muscles to the heel bone. It allows players to sprint, jump, change direction, and explode off the turf.
During these movements, the tendon can be loaded with forces equivalent to five to eight times body weight.
At the moment of rupture:
The tendon is usually under heavy tension
A sudden push-off occurs often while sprinting or accelerating
The tendon fibres fail instantly
The calf muscle recoils upward
The player loses the ability to push off the foot
That snap is the body’s equivalent of a single point failure.
A single point of failure (SPOF) is a component within a system, like the server in a network. If it fails, the entire system ceases to operate.
Many athletes describe hearing or feeling a sharp “pop.” Others report the now-famous sensation described by David Beckham in 2010: feeling like someone kicked them from behind.
In football terms, the injury is catastrophic not just because of pain, but because the tendon is responsible for explosive movement, the most valuable physical trait in elite attackers like Hugo Ekitike.
Why elite footballers almost always require surgery after an Achilles rupture
Not every Achilles rupture requires surgery but for elite footballers, it almost always does.
Professional athletes depend on maximum sprint power, explosive acceleration and repeated high-load movements Without surgical repair, the tendon can heal in a lengthened position, reducing strength and explosiveness. For everyday individuals, that may be manageable. For elite footballers, it can be career-defining.
Surgery aims to restore the tendon’s original length, reconnect the torn ends precisely, reduce re-rupture risk and restore maximum power output.
For a player valued at around £80 million, restoring elite-level performance becomes the primary goal. Being just 23 years old increases chances of recovery, while not guaranteeing it. Beckham was 35 at the time of his Achilles injury, retiring soon after.
Inside the 5-Hour Achilles Tendon Repair Surgery: Step-by-Step
Achilles repair surgery is a meticulous and highly controlled process. In elite athletes, additional reinforcement techniques can extend the procedure to several hours.
?This how the surgery for Achilles tendon is done.pic.twitter.com/MXbJNSzjVL
— MatchDay Central (@MatchDCentral) April 15, 2026
Here’s what typically happens.
Step 1: Pre-surgery imaging and planning
Before surgery begins, doctors must confirm exactly how the tendon has ruptured.
This involves MRI scanning and ultrasound imaging to view the internal damage. They measure tendon retraction, identifying damaged tissue before they begin to plan the surgical approach.
If the tendon ends have pulled apart completely, the repair becomes more complex.
Surgeons also decide where to make the incision, whether reinforcement anchors will be used and how the all important tendon tension will be restored
Precision at this stage determines long-term success.
Step 2: Administering anaesthesia
Achilles tendon surgery is performed under general anaesthesia, meaning the patient is completely unconscious.
During this stage, the leg is positioned carefully while the surgical site is sterilised. Monitoring equipment tracks vital signs, and surgeons place the patient in a controlled angle to reattach the tendon at the correct angle. Millimetres determine the success of a surgery like this.
Everything must remain completely stable before the first incision is made.
Step 3: Opening the back of the ankle
The surgeon then makes an incision along the back of the lower leg.
This allows direct access to the torn tendon ends and surrounding tissue. Surgeons are looking for any damaged fibres either from the rupture itself or weakened fibres that led to the rupture.
The surgeon removes frayed tissue, damaged fibres and scar-prone sections.
This step is critical because poor-quality tissue can weaken the final repair.
Step 4: Reconnecting the torn tendon
This is the most important stage of the operation.
The surgeon brings the torn tendon ends back together and reconnects them using high-strength surgical sutures.
Multiple stitching techniques may be used, including locking stitch patterns, multi-strand reinforcement and tension balancing
The goal is to:
Restore the tendon’s natural length
Ensure equal tension across fibres
Prevent weak points forming
If the tendon is repaired too tightly, movement becomes restricted. Too loosely, and explosive power is lost.
Precision matters at the millimetre level.
Step 5: Reinforcing the repair (Modern techniques)
Modern Achilles surgery often includes additional reinforcement. This may involve anchoring sutures into the heel bon using fibre-strength fixation systems while seeking to add stabilisation structures
These modern techniques allow earlier movement, faster rehabilitation and reduced re-rupture risk. In elite sport, these reinforcements are common due to the physical demands placed on the tendon after recovery.
Step 6: Closing the incision and immobilising the foot
Once the repair is secure, the incision is closed in layers. The foot is placed into a plantar-flexed position, or in layman’s terms: toes pointed downward.
This position reduces strain on the tendon and protects the surgical fix, supporting early healing.
The leg is then immobilised using a splint, cast or a protective boot or a combination in relevant situations.