Broken Bones & Fractures from Car Accidents

Types of Fractures in Car Accidents

Car accidents produce a wide variety of fracture types depending on the force direction, occupant position, and crash severity. Simple (closed) fractures involve a clean break without skin penetration, while compound (open) fractures break through the skin, creating infection risk and requiring surgical debridement. Comminuted fractures — where bone shatters into multiple fragments — are common in high-energy crashes and often require surgical reconstruction with plates, screws, and rods.

The most commonly fractured bones in car accidents include the clavicle (from seatbelt loading), ribs (from steering wheel or seatbelt impact), wrist and forearm (from bracing against the steering wheel or dashboard), femur (from dashboard intrusion), tibia and fibula (from floorboard and pedal forces), pelvis (from side-impact intrusion), and vertebrae (from axial loading and hyperflexion). Facial fractures — orbital, maxillary, mandibular, and nasal — occur from airbag deployment, steering wheel contact, or windshield impact.

Surgical Treatment and Recovery

Simple fractures may be treated conservatively with casting, splinting, and immobilization. However, car accident fractures frequently require surgical intervention — open reduction and internal fixation (ORIF) using plates, screws, rods, or wires to realign and stabilize the bone fragments. Complex pelvic fractures may require external fixation devices. Comminuted fractures sometimes necessitate bone grafting using donor bone or synthetic materials to fill gaps where bone was destroyed.

Recovery timelines vary significantly by fracture location and severity. Simple forearm fractures may heal in 6-8 weeks, while femoral shaft fractures require 4-6 months. Pelvic fractures and complex tibial plateau fractures can take 6-12 months to heal fully. During recovery, patients face limitations on weight-bearing, driving, working, and daily activities. Physical therapy is essential for restoring strength, range of motion, and function after the bone heals.

Complications and Long-Term Effects

Fracture complications can extend treatment timelines and worsen long-term outcomes. Malunion (bone healing in incorrect alignment), nonunion (bone failing to heal), and delayed union all require additional surgical intervention. Hardware failure — plates bending, screws loosening — necessitates revision surgery. Infection (particularly in compound fractures) can delay healing and in severe cases lead to osteomyelitis requiring prolonged IV antibiotics and surgical debridement.

Post-traumatic arthritis develops in approximately 12% of all fractures, particularly those involving joint surfaces. A tibial plateau fracture, for example, disrupts the knee joint surface and frequently leads to accelerated arthritis requiring eventual knee replacement. Chronic pain at the fracture site, hardware irritation requiring removal surgery, and limb length discrepancies after long bone fractures are additional long-term consequences that affect claim value.

Fracture Claim Values

Fracture claims benefit from objective, indisputable diagnostic evidence — X-rays and CT scans showing clear breaks. This objectivity makes fractures easier to prove than soft tissue injuries and typically produces higher settlement offers. Simple fracture claims with full recovery commonly settle for $25,000 to $100,000. Fractures requiring surgery settle for $75,000 to $300,000. Complex fractures with complications, multiple surgeries, and permanent impairment produce settlements and verdicts of $250,000 to over $1 million.

Documenting the full impact of the fracture on daily life — including work restrictions, inability to perform hobbies, need for assistance with household tasks, and the psychological impact of temporary disability — is essential for maximizing pain and suffering damages beyond the objective medical evidence.