Broken Bones From Car Accidents in Alabama
Bone fractures are among the most objectively documented injuries in car accident claims — there is no 'no objective findings' argument when an X-ray clearly shows a displaced fracture. Yet even fracture cases face insurance company defenses: claims that the break was caused by pre-existing osteoporosis, arguments that the fracture has 'healed' when you still have significant pain from retained hardware, and attempts to minimize the months of disability that bone healing requires. At Simmons Law, Chris Simmons handles broken bone injury claims throughout Mobile and Baldwin County, Alabama, including complex fracture cases requiring surgical fixation.
Fractures from car accidents can be straightforward or catastrophically complex depending on the bones involved, the type of fracture, and whether surgery was required. A simple wrist fracture may heal in six weeks; a pelvis or femur fracture may require months of non-weight-bearing and surgical hardware placement. Understanding the fracture spectrum, the treatment implications, and how Alabama law calculates damages across this spectrum is the foundation of a fracture injury claim.
Fracture Types and Severity
Simple (non-displaced) fractures involve a break through the bone with the fragments remaining in anatomical alignment. These fractures are managed with casting or bracing and typically do not require surgery, though they still require weeks to months of immobilization. The bone is structurally compromised during healing, meaning weight-bearing and activity restriction are necessary to prevent the fracture from displacing during the healing process.
Displaced fractures involve separation or angulation of the fracture fragments. The bone ends are not aligned, and natural healing would produce a malunion — bones fused in an abnormal position — that causes permanent deformity, abnormal mechanical loading, and functional limitation. Displaced fractures typically require orthopedic intervention: either closed reduction (manipulating the fragments back into alignment under anesthesia without surgery) with casting, or surgical open reduction and internal fixation (ORIF).
Comminuted fractures involve the bone shattering into three or more fragments. These are high-energy fractures caused by severe impact — the sort of force generated in high-speed car crashes, T-bone impacts at intersection speeds, or direct structural intrusion into the occupant space. Comminuted fractures require surgical fixation with plates, screws, or nails, and healing is more complex and prolonged than for simple fractures. Comminution also indicates more extensive soft tissue injury surrounding the fracture.
Open (compound) fractures are fractures in which the broken bone end has penetrated through the skin, or in which the wound communicates with the fracture site. Open fractures are contaminated injuries and carry a significant risk of osteomyelitis (bone infection). They require emergency surgical irrigation and debridement, often multiple operative procedures, and prolonged antibiotic treatment. USA Health University Hospital's trauma team is equipped to manage open fractures — lower-level facilities typically transfer these patients for definitive care.
Common Fracture Patterns by Crash Type
Wrist and forearm fractures are among the most common car accident fractures because the instinctive response to a perceived collision is to brace against the steering wheel or dashboard with outstretched arms. This transfers significant axial force through the upper extremity to the wrist. Distal radius fractures (Colles' fractures) and ulnar styloid fractures are the typical result. These fractures are treated with casting for undisplaced injuries or ORIF with a volar locking plate for displaced fractures.
Clavicle (collarbone) fractures are caused by direct seatbelt impact in crashes where the occupant is thrown forward against the restraint. The clavicle runs directly under the seatbelt strap, and in a high-deceleration crash the compressive force from the belt can fracture the clavicle shaft. Mid-shaft clavicle fractures are the most common type. Many heal with a sling and time, but significantly displaced or shortened fractures are increasingly treated surgically with plate fixation to restore shoulder function and avoid chronic non-union.
Rib fractures occur when the steering wheel, door, or seatbelt compresses the chest wall. Multiple rib fractures — particularly on the same side — can cause a flail chest, in which a segment of the chest wall moves paradoxically with breathing, impairing ventilation. Single rib fractures are painful (the intercostal nerve runs under each rib) and restrict deep breathing, increasing pneumonia risk. Treatment is primarily pain management and breathing exercises; surgical fixation is used for flail chest. Rib fractures cause significant lost work time because virtually any trunk movement is painful for six to eight weeks.
Pelvic and femur fractures are caused by high-energy impacts — head-on crashes at highway speeds, significant vehicle intrusion, or dashboard contact at high velocity. These are among the most serious fractures in car accidents. The pelvis is a ring structure; disruption in one location usually indicates disruption elsewhere in the ring. Unstable pelvis fractures cause massive hemorrhage and are life-threatening. Femur fractures require intramedullary nail fixation — a rod inserted down the center of the femur — and three to six months of progressive weight-bearing rehabilitation. These fractures invariably involve significant lost time from work and long-term functional consequence.
Facial fractures — orbital (eye socket) fractures, nasal fractures, mandible (jaw) fractures, and zygoma (cheekbone) fractures — result from direct impact with the steering wheel, windshield, deployed airbag, or door. Airbag deployment at 200 mph delivers significant force to the face and can cause nasal, orbital, and anterior facial fractures. Facial fractures may require surgery by an oral-maxillofacial surgeon or plastic surgeon, and facial deformity or sensory changes from the inferior orbital nerve are long-term consequences relevant to non-economic damages.
Ankle and foot fractures occur when the occupant's foot is forcefully compressed against the floorboard, accelerator, or brake pedal in a frontal crash. Ankle fractures (bimalleolar, trimalleolar) are common when the foot is plantarflexed and loaded. Calcaneus (heel) fractures from axial loading are among the most disabling lower extremity fractures — they cause long-term pain and disability even after surgical repair. Lisfranc injuries (midfoot fracture-dislocations from floorboard compression) are frequently missed on initial imaging and cause significant long-term disability if not recognized and treated properly.
Surgical Fixation: ORIF and Its Implications
Open reduction and internal fixation (ORIF) is the surgical procedure used to repair most displaced fractures. The surgeon makes an incision over the fracture site, manually reduces (aligns) the bone fragments, and secures them in position with metal implants — plates, screws, nails, or wires. The goal is anatomical alignment with sufficient stability for early rehabilitation. ORIF costs range from $15,000 for a simple distal radius fixation to over $100,000 for a complex pelvis or femur fixation including hospitalization and anesthesia.
The presence of surgical hardware — plates and screws — is a documented, permanent physical consequence of the fracture that affects the claim in multiple ways. First, hardware implants are themselves foreign bodies that cause pain in some patients, particularly when temperature changes or during physical activity. Second, hardware failure (implant loosening, screw pullout, plate breakage) is a known complication requiring revision surgery. Third, hardware removal is an elective procedure recommended in some patients when the fracture has healed and the hardware is symptomatic — this future surgery is a recoverable medical expense.
Insurance Defenses in Fracture Cases
The pre-existing osteoporosis/osteopenia defense is the primary fracture-specific insurance tactic. In older patients — particularly women over 50 — reduced bone density is common. The insurer argues that a healthy bone would not have fractured under the same force, and therefore the fracture is partly attributable to the pre-existing bone condition rather than entirely to the crash. This is a variation of the standard pre-existing condition defense, and it fails for the same reason: the defendant takes the plaintiff as they find them. Your reduced bone density made you more susceptible, but the crash caused the fracture.
The 'healed fracture' minimization is the second major insurance tactic. At some point after the fracture heals, the insurer may argue that your injury is 'resolved' and claim value should be minimized. This argument ignores the ongoing consequences of healed fractures: hardware-related pain, post-traumatic arthritis in intra-articular fractures, muscle atrophy from weeks of immobilization, and the psychological impact of a traumatic injury. A healed fracture is not a painless one, and the ongoing symptoms remain compensable.
Healing Timelines and Lost Wages
Healing timelines vary dramatically by fracture type and location, and they directly determine the duration of lost wages. Rib fractures restrict trunk movement and heavy lifting for six to eight weeks. Clavicle fractures restrict shoulder use and overhead work for six to twelve weeks. Wrist fractures restrict hand use and grip strength for six to twelve weeks post-surgery. Tibial fractures restrict weight-bearing for eight to twelve weeks. Femur fractures restrict weight-bearing for twelve to sixteen weeks or longer. Pelvic fractures may restrict weight-bearing for twelve weeks or more depending on pattern.
For workers in physically demanding jobs, these timelines represent complete inability to work followed by a period of modified-duty work before full return. A construction worker with a femur fracture may be completely out of work for four months, then on light duty for two more months — six months of lost or reduced wages. These losses are recoverable economic damages, and the documentation is straightforward: employer records, physician work restriction notes, and pay records.
Punitive Damages in DUI Fracture Cases
Alabama's punitive damages statute (§ 6-11-20 of the Alabama Code) authorizes punitive damages when the defendant acted with conscious or deliberate disregard for the rights or safety of others — the wanton conduct standard. A driver who operates a vehicle while intoxicated at twice the legal blood alcohol limit and runs a red light, fracturing your femur, has acted wantonly. Punitive damages in such cases are awarded in addition to compensatory damages and serve to punish the defendant and deter similar conduct.
Alabama Code § 6-11-21 imposes a cap on punitive damages: three times compensatory damages or $1.5 million, whichever is greater, in most cases. DUI cases involving serious physical injury or death can exceed these limits under specific circumstances. Punitive damages are not available in every fracture case — they require the element of wanton conduct by the defendant, not mere negligence. An attorney evaluates the specific facts of the crash to determine whether punitive damages are viable.
Damages in Alabama Fracture Cases
Economic damages include all medical costs from emergency care through final rehabilitation: ER, imaging, surgery, hospitalization, post-acute rehabilitation, and physical therapy. Future medical costs — hardware removal surgery, management of post-traumatic arthritis, orthopedic follow-up for hardware complications — must be projected and included in the demand. Pain management costs for chronic fracture-related pain are also future medical expenses.
Non-economic damages for fracture injuries reflect the physical pain and functional limitation of bone injury, surgical recovery, and any permanent consequence. Pain from hardware, limitation in range of motion after intra-articular fractures, scarring from surgical incisions, and chronic post-traumatic pain all constitute genuine non-economic harm. Facial fractures may involve significant disfigurement damages if surgery cannot fully restore appearance.
Frequently Asked Questions: Broken Bones From Car Accidents
What is ORIF surgery and how does it affect my settlement?
ORIF (open reduction and internal fixation) is surgical repair of a fracture using metal implants — plates, screws, nails, or wires — to hold the bone fragments in proper alignment while healing. ORIF significantly increases settlement value because it represents: substantial medical costs ($20,000-$100,000+ for the surgery alone), documented objective injury (the operative report is irrefutable evidence of the fracture and its severity), extended recovery time and lost wages, and permanent hardware that may cause ongoing symptoms or require future removal. Cases involving ORIF consistently settle for more than comparable fracture cases managed conservatively.
Can I claim for pain caused by surgical hardware?
Yes. Hardware-related pain — pain at the implant site, pain with temperature changes, pain during activity — is a known and recognized consequence of fracture fixation. It is a direct result of the injury that required the hardware. Document hardware pain with your treating orthopedic surgeon at every follow-up visit. If your surgeon recommends hardware removal to address symptomatic hardware, that surgery is a future medical expense recoverable in your claim. Do not minimize hardware pain to your doctor — accurate reporting is the foundation of your documentation.
How does insurance handle pre-existing osteoporosis in a fracture claim?
Insurance companies use osteoporosis or osteopenia as a pre-existing condition defense in older patients with fractures, arguing that reduced bone density contributed to the fracture. Alabama's eggshell plaintiff doctrine defeats this argument: defendants must take plaintiffs as they find them. If your bones were weaker due to age, medication, or disease, and the crash fractured them, the crash caused the fracture — period. Osteoporosis does not relieve the defendant of liability. An experienced attorney presents this argument clearly, and the medical literature on fracture mechanics at various bone densities supports the causation analysis.
What are my options for lost wages if I cannot work while a bone heals?
Lost wages from fracture-related disability are fully recoverable economic damages. Document every missed day of work with employer records, physician work restriction notes, and pay stubs or W-2 records. If your employer placed you on modified duty at reduced pay, the difference in compensation is recoverable. If you used sick leave or PTO to cover missed days, the used leave is still a compensable wage loss — you were forced to spend earned leave benefits on a crash the defendant caused. Self-employed individuals document lost income with tax records, business income statements, and client records showing work that could not be performed.
Is a broken bone worth more in a settlement than a soft tissue injury?
Generally, yes — and the reason is objective documentation. A fracture is visible on X-ray or CT scan; there is no argument about whether the injury exists. This removes the 'no objective findings' defense that insurance companies use to minimize soft tissue claims. Fractures also typically involve more definitive treatment (surgery), longer recovery, and greater lost wages than many soft tissue injuries. That said, a complex soft tissue injury requiring surgery (ACL reconstruction, cervical fusion) may value higher than a simple, non-displaced wrist fracture. The value of any injury claim depends on the total damages — medical costs, lost wages, and non-economic damages — not on the injury category label.
For related legal information, see Simmons Law's personal injury lawyer in Mobile page. Chris Simmons handles cases throughout Mobile and Baldwin County — (251) 306-8333.
For related legal information, see Simmons Law's Mobile car accident lawyer page. Chris Simmons handles cases throughout Mobile and Baldwin County — (251) 306-8333.
