Broken Bones and Fractures from Accidents

The Bottom Line

Broken bones are among the most straightforward car accident injuries to prove because they show up clearly on X-rays -- there is no room for the insurance company to argue the injury does not exist. However, the true value of a fracture claim goes far beyond the X-ray: it includes surgery costs, hardware implantation, months of physical therapy, lost wages during recovery, and the long-term impact of permanent hardware, scarring, or reduced mobility. Fracture severity varies enormously, from a simple wrist crack that heals in 6 weeks to a shattered pelvis requiring multiple surgeries and months of rehabilitation.

Common Fracture Locations in Car Accidents

The bones most commonly broken in car accidents depend on the type of collision, your position in the vehicle, whether you were wearing a seatbelt, and whether the airbag deployed. Here are the most frequent fracture locations and why they occur.

Wrist and Hand Fractures

Wrist fractures are extremely common because of a natural reflex: when you sense an impending collision, you grip the steering wheel tightly and brace your arms. The force of the impact transmits through the steering wheel directly into your wrists and hands.

The most common wrist fracture in car accidents is a distal radius fracture (also called a Colles fracture), which occurs at the end of the larger forearm bone near the wrist. These fractures range from simple cracks treated with a cast to complex breaks requiring surgical repair with plates and screws.

Rib Fractures

Rib fractures are common in moderate to severe collisions for two reasons: seatbelt compression and airbag impact. The same seatbelt that saves your life by preventing ejection can also transmit significant force across your chest, cracking or breaking one or more ribs. Similarly, the explosive force of an airbag deploying can fracture ribs, particularly in smaller or older occupants.

Rib fractures are painful -- every breath, cough, sneeze, and movement of your upper body causes pain at the fracture site. They also carry a risk of serious complications.

Clavicle (Collarbone) Fractures

The clavicle is one of the most commonly broken bones in the body, and car accidents are a leading cause. The seatbelt shoulder strap crosses directly over the clavicle, and the force of a collision can snap it. Side-impact collisions can also fracture the clavicle through direct force to the shoulder.

Clavicle fractures typically cause intense pain at the top of the shoulder, visible deformity or swelling, and difficulty moving the arm on the affected side.

Pelvic Fractures

Pelvic fractures are among the most serious fractures from car accidents. The pelvis is a strong, ring-shaped bone structure, and it takes significant force to break it. Pelvic fractures are most common in high-speed collisions, head-on crashes, and side-impact (T-bone) accidents.

Pelvic fractures are classified as stable (the bone is cracked but the ring structure is intact) or unstable (the ring is disrupted, which can involve life-threatening internal bleeding). Unstable pelvic fractures are medical emergencies.

Tibia and Fibula Fractures (Lower Leg)

The tibia (shinbone) and fibula (the smaller bone next to it) are commonly fractured in car accidents, particularly in frontal collisions where the dashboard or vehicle structure crushes into the leg space. These fractures can range from simple cracks to severe open fractures where the bone pierces the skin.

Tibial fractures are particularly significant because the tibia is a weight-bearing bone. A broken tibia means you cannot walk or stand without assistance during the healing period, which has a major impact on your ability to work and function independently.

Other Common Fracture Locations

• Femur (thighbone) -- the strongest bone in the body; femur fractures require tremendous force and are associated with high-speed collisions; almost always require surgical repair
• Sternum (breastbone) -- typically fractured by seatbelt or steering wheel impact; can indicate cardiac contusion (bruising of the heart)
• Facial bones -- orbital (eye socket), nasal, and jaw fractures from striking the steering wheel, dashboard, or window
• Vertebral compression fractures -- fractures of the spinal vertebrae from the compressive forces of the collision

Types of Fractures

Not all broken bones are the same. The type of fracture affects your treatment, recovery timeline, and claim value.

Closed (Simple) Fracture

The bone is broken but the skin is not pierced. The bone fragments may be aligned (non-displaced) or shifted out of position (displaced). Closed fractures are generally less serious than open fractures and have a lower risk of infection.

Open (Compound) Fracture

The bone breaks through the skin, creating an open wound. Open fractures are more serious because they carry a high risk of infection and often involve more severe bone damage. They almost always require surgery to clean the wound, remove contaminated tissue, and stabilize the fracture.

Comminuted Fracture

The bone is shattered into three or more pieces. Comminuted fractures typically result from high-energy impacts and are among the most difficult to treat. They often require surgery with extensive hardware (multiple plates, screws, and sometimes bone grafts) and have longer recovery times.

Stress Fracture vs. Traumatic Fracture

Stress fractures develop gradually from repetitive strain and are not typically caused by car accidents. Traumatic fractures occur suddenly from a single impact event, which is the type that occurs in car accidents. This distinction can matter if the insurance company tries to argue that your fracture was not caused by the collision.

Hairline (Greenstick) Fracture

A thin crack in the bone that does not go all the way through. These fractures may not be visible on initial X-rays and may require a follow-up X-ray or CT scan to diagnose. They are common in children and in car accident victims who experience moderate (but not extreme) force.

Treatment: Surgical vs. Non-Surgical

Non-Surgical Treatment

Non-surgical treatment is appropriate for many fractures, particularly those that are non-displaced (the bone fragments are still aligned) and stable.

Common non-surgical approaches:

• Casting -- a plaster or fiberglass cast immobilizes the broken bone while it heals; common for wrist, forearm, and lower leg fractures
• Splinting -- a removable splint provides support while allowing some movement; often used initially before a cast is applied or for less severe fractures
• Bracing -- used for stable pelvic fractures, some vertebral fractures, and certain clavicle fractures
• Buddy taping -- taping a broken finger or toe to an adjacent one for support
• Sling -- for clavicle fractures and some upper arm fractures
• Weight-bearing restrictions -- crutches, walkers, or wheelchairs to keep weight off a broken leg

Surgical Treatment

Surgery is required when the fracture is displaced (bone fragments have shifted out of alignment), open (the bone has broken through the skin), comminuted (shattered into multiple pieces), involves a joint surface, or involves a weight-bearing bone that needs rigid fixation.

Common surgical hardware:

• Plates and screws -- metal plates are placed along the bone surface and secured with screws to hold the fragments in alignment; common for wrist, clavicle, and tibial fractures
• Intramedullary rods (nails) -- a metal rod is inserted into the hollow center of the bone to stabilize it from the inside; common for femur and tibia fractures
• External fixators -- a frame outside the body connected to the bone by pins or wires; used for severe open fractures or fractures with significant soft tissue damage
• Wire fixation -- thin wires (Kirschner wires) used to hold small bone fragments in place; common for hand and wrist fractures

Recovery Timelines by Fracture Type

Recovery time depends on which bone is broken, the severity of the fracture, and whether surgery was required. These are general timelines -- individual recovery varies.

Physical therapy after fracture healing is critical for regaining strength, range of motion, and function. Many patients need 2 to 6 months of physical therapy after the bone has healed, depending on the location and severity of the fracture. For a complete guide to physical therapy options, see our article on types of physical therapy treatments for car accident injuries.

When Fractures Indicate More Serious Internal Injuries

Certain fractures from car accidents should raise red flags for associated injuries that may not be immediately apparent.

• Rib fractures -- check for pneumothorax (collapsed lung), hemothorax (blood in the chest cavity), splenic or liver laceration
• Pelvic fractures -- check for internal bleeding (pelvic fractures can cause massive hemorrhage), bladder or urethral injury, damage to pelvic blood vessels
• Sternum fractures -- check for cardiac contusion (bruising of the heart), aortic injury
• Cervical spine fractures -- check for spinal cord injury, vertebral artery injury
• Facial fractures -- check for traumatic brain injury, eye injuries, airway compromise
• Femur fractures -- check for fat embolism (fat from bone marrow entering the bloodstream), associated knee or hip injuries

How Fracture Severity Affects NC Settlement Value

Fractures occupy a strong position in car accident claims because they are objective injuries -- meaning they are visible on imaging and cannot be denied or dismissed the way soft tissue injuries often are.

Why Fractures Are "Objective" Injuries

When an insurance adjuster reviews a claim for whiplash or soft tissue injury, they can argue there is no proof the injury exists because it does not show up on X-rays. They cannot make that argument with a fracture. The X-ray showing a broken bone is undeniable evidence that you were injured.

This objectivity means:

• Insurance companies are less likely to deny that the injury occurred
• Settlement negotiations start from a stronger position because the injury is documented beyond dispute
• Juries respond strongly to X-rays showing broken bones if the case goes to trial
• The severity of the fracture is also objective -- a comminuted fracture looks dramatically different from a hairline crack on imaging

Typical Settlement Ranges for Fractures in NC

These ranges are approximations based on the full spectrum of NC cases. Your actual claim value depends on your specific medical documentation, total treatment costs, lost wages, pain and suffering, and whether the injury results in permanent limitations.

Factors That Increase Fracture Claim Value

• Surgery with hardware implantation -- plates, screws, and rods demonstrate a severe injury
• Multiple fractures -- breaking more than one bone in the same accident compounds your damages
• Open (compound) fractures -- the severity and risk of complications increase the claim
• Complications -- infection, non-union (failure to heal), malunion (healing in the wrong position), compartment syndrome
• Permanent hardware -- the ongoing presence of metal in your body and the potential need for future removal surgery
• Visible scarring -- surgical scars and scars from open fractures
• Permanent impairment -- reduced range of motion, chronic pain, or inability to perform certain activities
• Impact on employment -- if the fracture prevents you from doing your job, either temporarily or permanently

NC Contributory Negligence and Fracture Claims

Even with a clearly documented fracture, North Carolina's contributory negligence rule can eliminate your entire claim if the insurance company proves you were even 1% at fault.

Protecting Your Fracture Claim in NC

1. Get immediate emergency care -- fractures typically require emergency room treatment; make sure the ER documents the mechanism of injury (the car accident)
2. Follow all orthopedic referrals -- see the bone specialist your ER doctor recommends and follow through on all treatment recommendations. If you are unsure whether you need a specialist, see our guide on primary care doctor vs. orthopedist
3. Attend every physical therapy session -- PT is essential for recovery and demonstrates the ongoing impact of your injury
4. Photograph your injuries -- take photos of casts, surgical sites, hardware, scars, and bruising throughout your recovery
5. Keep all hardware and implant documentation -- records of the specific plates, screws, or rods implanted in your body are important for your medical records and your claim
6. Document lost wages carefully -- keep records of every day missed from work, including partial days, reduced hours, and any job modifications required during recovery
7. Track all out-of-pocket expenses -- crutches, wheelchairs, home modifications, transportation to medical appointments, and assistance with daily tasks
8. Do not return to full activity too soon -- re-injury or complications from premature return to activity can both harm your health and complicate your claim
9. Ask your doctor about permanent impairment -- if your fracture results in lasting limitations, a formal impairment rating adds significant value to your claim
10. Understand all the damages you can recover -- fracture claims include medical bills, lost wages, pain and suffering, scarring, and permanent impairment

Frequently Asked Questions

Frequently Asked Questions

What are the most common bones broken in car accidents?▾

The most commonly broken bones in car accidents are the wrists and hands (from bracing against the steering wheel or dashboard), ribs (from seatbelt compression or airbag impact), collarbone or clavicle, pelvis, and the tibia and fibula in the lower leg. The specific bones fractured depend on the type of collision, seat position, seatbelt use, and airbag deployment.

How long does a broken bone from a car accident take to heal?▾

Healing times vary by bone and fracture severity. Simple wrist fractures typically heal in 6 to 8 weeks. Rib fractures take 6 to 8 weeks. Clavicle fractures take 6 to 12 weeks. Pelvic fractures take 8 to 12 weeks for stable fractures and 3 to 6 months for unstable ones. Tibia fractures take 3 to 6 months. Fractures requiring surgical repair with plates, screws, or rods generally take longer to reach full recovery.

Why are fractures considered 'objective' injuries for insurance claims?▾

Fractures show up clearly on X-rays, making them undeniable. Unlike soft tissue injuries like whiplash, which rely on your reported symptoms and a doctor's clinical examination, a broken bone is visible proof that you were injured. Insurance companies cannot argue that a fracture does not exist or that you are exaggerating -- the X-ray speaks for itself. This objective evidence typically makes fracture claims easier to prove and harder for adjusters to minimize.

How much is a broken bone claim worth in North Carolina?▾

Fracture claim values in NC vary based on the bone involved, the severity of the break, and whether surgery was required. Simple fractures treated with a cast may settle for $15,000 to $50,000. Fractures requiring surgical repair with hardware typically settle for $50,000 to $150,000. Complex fractures with complications, multiple surgeries, or permanent impairment can settle for $150,000 to $500,000 or more. NC does not cap compensatory damages.

Do I need surgery for a broken bone from a car accident?▾

It depends on the type and location of the fracture. Simple, non-displaced fractures (where the bone fragments remain aligned) can often heal with immobilization in a cast, splint, or brace. Displaced fractures, comminuted fractures (shattered into multiple pieces), and open fractures typically require surgery to realign the bone fragments and stabilize them with plates, screws, rods, or external fixators.

Can a fracture from a car accident indicate more serious internal injuries?▾

Yes. Certain fractures are associated with internal injuries that may not be immediately obvious. Rib fractures can cause a punctured lung (pneumothorax) or damage to the spleen or liver. Pelvic fractures are associated with internal bleeding, bladder injuries, and damage to blood vessels. Sternum fractures can indicate cardiac contusion. If you have fractures in these areas, your doctor should evaluate for associated internal injuries.