Broken ribs are agonising. Being sent home with ibuprofen is not always enough.
Most rib fractures are treated conservatively — but the most painful, complex, and slow-healing cases benefit enormously from specialist input. If you're not sleeping, can't breathe deeply, or your pain is getting worse not better, you need to be seen.

Rib fractures are one of the most painful injuries a person can experience. Unlike a broken arm — which can be immobilised — every single breath moves your ribs. There is no cast. There is no switch to turn off the pain. And in the worst cases, every cough, every sneeze, every attempt to roll over in bed feels like something is tearing inside.
The standard NHS response — analgesia and time — is appropriate for most simple fractures. But for multiple rib fractures, displaced fractures, flail chest, or fractures that simply aren't healing after six to eight weeks, this approach is not enough. Undertreated rib fractures don't just cause suffering; they cause pneumonia, chronic pain, and long-term disability.
"Pain that stops you breathing deeply is not just miserable — it is dangerous. Every day a patient spends unable to take a full breath is a day their lungs are at risk. I see patients who have spent six weeks on the sofa, too afraid to cough, waiting for something to improve on its own. That is often a preventable situation."
This guide explains everything about rib fracture treatment — from basic pain management to surgical rib fixation with titanium plates. It explains when conservative care is right, and when specialist intervention changes outcomes.
Seen within days. No referral needed. Bring any existing scans or hospital letters — no need to repeat investigations unnecessarily.
"I broke five ribs in a cycling accident and was sent home from A&E with tramadol and told to come back if it got worse. Two weeks later I was worse — I couldn't sleep and I was terrified to cough. Mr Scarci saw me within four days, did a nerve block that week, and the change was immediate. I could finally breathe properly again."
Private thoracic surgery means being seen by the right specialist, promptly — and getting a plan that goes beyond "rest and analgesia."
Pain management alone is often insufficient. Specialist assessment determines whether nerve blocks, rib plating, or close respiratory monitoring is indicated.
If conservative treatment hasn't resolved pain after 4–6 weeks, something is wrong. A specialist can identify why — nonunion, nerve damage, haemothorax — and treat it.
High-energy injuries often involve displacement, haemothorax, or associated injuries to the lung, liver, or spleen. Expert chest wall assessment is essential after significant trauma.
If an A&E or GP has mentioned rib plating or chest surgery, you should see a thoracic surgeon promptly. Timing matters — evidence suggests early fixation (within 3 days) produces better outcomes.
Older patients face disproportionate mortality from rib fractures. Expert pain management, early physiotherapy input, and close monitoring can prevent the downward spiral to pneumonia and respiratory failure.
Post-traumatic rib pain persisting beyond 3 months is not something to accept as permanent. Surgical correction and specialist pain management can restore quality of life.
The type and number of fractures you have determines whether conservative care is appropriate or whether specialist intervention is needed.
A clean, non-displaced crack. The bone ends remain aligned. These are the most common type and usually heal well with good pain management, breathing exercises, and time. Most resolve within 6–8 weeks without specialist intervention.
Bone fragments have shifted out of alignment. Sharp edges can injure nearby structures — including the lung — and displaced fractures are more likely to cause chronic pain if left to heal in a poor position. Surgical review is often warranted.
Breaks across three or more consecutive ribs dramatically raise the stakes. Respiratory function is compromised, pneumonia risk rises sharply, and conservative management often provides inadequate pain control. Specialist assessment is strongly recommended.
Stress fractures from repetitive strain, and fractures that fail to heal properly (nonunion), cause ongoing pain that doesn't resolve with rest. These often require surgical correction if they remain symptomatic beyond 8–12 weeks.
Three or more ribs broken in two or more places each, creating an unstable chest wall segment that moves paradoxically with breathing. Breathing mechanics are severely compromised. This is a surgical emergency.
In older patients with osteoporosis or reduced bone density, fractures can occur from minor falls or even coughing. These patients are at higher risk of complications and slower healing, and specialist pain management input often makes a meaningful difference to recovery.
The pain doesn't just appear when you move — it's present with every breath, day and night. Most patients describe the same cluster of experiences: lying down makes it worse, so they sleep in a chair. Coughing is dreaded. A sudden sneeze is a moment of genuine fear. Even laughing hurts.
This level of pain has real medical consequences: shallow breathing to avoid pain leads to mucus build-up, which leads to chest infection and pneumonia — a serious complication that is entirely preventable with the right treatment.
Get proper pain management →Treating the pain is not just about comfort. Without adequate analgesia, patients breathe shallowly, can't clear mucus, and develop pneumonia. Pain control is a clinical necessity.
Paracetamol and NSAIDs (ibuprofen, naproxen) as a foundation — taken regularly around the clock, not just when pain is severe. Adequate for minor single-rib fractures in otherwise healthy adults.
Stronger oral analgesia, topical lidocaine patches, muscle relaxants, and short courses of low-dose opioids where appropriate. Prescribed and monitored to balance pain relief against the risks of respiratory depression.
A targeted injection of local anaesthetic alongside the affected intercostal nerves can provide hours to days of significant pain relief — breaking the pain–shallow-breathing–pneumonia cycle. For multiple rib fractures, this is often the most important clinical intervention.
Reserved for severe multi-rib fractures, particularly in elderly or high-risk patients. Provides continuous bilateral chest wall anaesthesia, allowing deep breathing and effective cough. Usually administered in a hospital setting with close monitoring.
There are multiple specialist pain options available that go well beyond paracetamol. A consultation will identify which approach is appropriate for you.
Book a Consultation →Surgery is not the first line for most rib fractures. But for the right patient, titanium rib plating can transform recovery — reducing pain, restoring breathing, and preventing life-threatening complications.
Open Reduction and Internal Fixation (ORIF), also known as Surgical Stabilisation of Rib Fractures (SSRF), uses precision-contoured titanium plates and locking screws to realign broken ribs and hold them rigidly in position while they heal.
The results are often dramatic: patients who could not take a full breath before surgery are frequently breathing far more freely within 48 hours of the procedure. Published evidence shows reduced pneumonia rates, shorter hospital stays, and lower mortality in eligible patients.
Thoracoscopy (keyhole camera) can be used alongside rib plating to assess the pleural space, drain any haemothorax or pneumothorax, and assist in placing titanium plates with maximum precision.
Freezing of the affected intercostal nerves under direct vision during surgery to provide prolonged post-operative pain relief. Often combined with rib plating to minimise opioid requirements.
If fractured ribs have caused a haemothorax or pneumothorax, a small drain is placed to remove the collection and allow the lung to re-expand.
The most striking outcome after successful ORIF is breathing. Patients who arrived wincing at every inhale often describe taking their first proper deep breath within 24–48 hours of surgery. Chest wall stability is restored — the paradoxical movement of flail chest stops, and the rib cage once again moves as a single, coordinated unit.
Modern titanium plates are pre-contoured to anatomical rib shapes, low-profile enough to sit flush with the bone surface, and strong enough to withstand the continuous movement of breathing without fatigue failure.
Ask about rib plating for your case →Recovery from rib fractures follows a broadly predictable path — but the pace varies enormously depending on how many ribs are affected, your age, and whether adequate treatment is in place.
Worst pain is typically in the first two weeks. Every breath hurts. Deep breathing exercises must be done hourly despite the pain — this is the single most important action to prevent pneumonia.
Bone callus is starting to form. Pain with movement decreases noticeably in most patients. Light daily activities are possible. Driving should be avoided until pain no longer causes distraction.
Ribs are typically well-consolidated by week 6. Most patients can sleep in a normal position, breathe deeply without significant pain, and return to desk work. If pain at this point is still severe, a specialist review is needed.
Occasional discomfort with strenuous movement is normal. Light resistance training and stretching can resume. Contact sports, heavy lifting, and impact activities remain off-limits until physician clearance.
Most patients are fully recovered by 8–10 weeks. If significant pain persists beyond 12 weeks, this is not normal and warrants investigation — possible causes include nonunion, malunion, or intercostal nerve damage. These are all treatable.
Most rib fracture complications are preventable with the right care from the start. These are the ones patients and clinicians most need to watch for.
The most common serious complication. Shallow breathing from pain allows mucus to pool in the lower lung lobes, creating ideal conditions for bacterial infection. Elderly patients with multiple rib fractures face mortality rates of 10–15%.
Sharp displaced bone fragments can puncture the lung, causing air to leak into the pleural space. Symptoms: sudden worsening breathlessness, reduced breath sounds on the affected side. Requires urgent drainage.
Rib fractures can lacerate intercostal blood vessels, causing blood to pool in the pleural cavity. Even small collections can become infected if not drained. Significant haemothorax requires chest drain insertion.
A fracture that fails to heal properly, leaving a persistent painful gap in the bone. Risk factors include smoking, osteoporosis, poor nutrition, and inadequate initial treatment. Causes ongoing pain and reduced chest wall function.
Post-fracture pain persisting beyond 12 weeks, caused by malunion, intercostal nerve damage, scar tissue, or musculoskeletal imbalance. Affects quality of life significantly. Requires specialist assessment — it is not inevitable.
In severe cases — flail chest, multiple fractures in elderly patients, or fractures combined with pulmonary contusion — breathing mechanics fail entirely. These patients require ICU-level care and often emergency surgery.
A specialist consultation reviews your imaging, assesses your pain management, and identifies whether surgery or advanced analgesia will change your recovery. You leave knowing exactly what can be done — and what should be done next.