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In this section: Catastrophic Injuries

Burn Injuries from Car Accidents in NC

Burn injuries after NC car accidents. Thermal, chemical, friction, and electrical burns. Skin grafts, treatment costs, scarring claims, and settlement values.

Published | Updated | 11 min read

The Bottom Line

Burns from car accidents are more common than most people realize -- and they are not limited to vehicle fires. Airbag deployments cause chemical burns, pavement contact causes friction burns, and contact with hot engine parts causes thermal burns. Severe burn injuries require specialized treatment at burn centers, multiple surgeries including skin grafts, and years of reconstructive care. The pain, scarring, and psychological trauma from burn injuries can be devastating, and North Carolina law allows full recovery for every dimension of this suffering.

Types of Burns in Car Accidents

Thermal Burns

Thermal burns result from contact with fire, hot surfaces, or steam. In car accidents, thermal burns most commonly occur when:

  • Vehicle fires erupt after a collision, often due to ruptured fuel lines or electrical shorts
  • Hot engine components contact skin during or after a crash (radiator fluid, exhaust manifolds)
  • Exploding batteries in electric and hybrid vehicles release extreme heat
  • Steam from ruptured radiators causes scalding injuries

Vehicle fires are the most dangerous source of thermal burns. A car fire can reach temperatures exceeding 1,500 degrees Fahrenheit, and occupants trapped in a vehicle -- whether by jammed doors, seatbelt entrapment, or disorientation -- may sustain extensive burns in seconds.

Chemical Burns

Chemical burns in car accidents come from several sources:

  • Airbag deployment chemicals -- the chemical reaction that inflates an airbag produces sodium hydroxide and sodium azide, both of which can cause chemical burns on exposed skin
  • Battery acid -- vehicle batteries contain sulfuric acid that can leak and splash during a collision
  • Leaking automotive fluids -- some engine coolants, brake fluids, and transmission fluids are caustic
  • Cargo spills -- commercial truck accidents may involve hazardous chemical cargo

Airbag chemical burns are the most commonly overlooked burn injury from car accidents. Many people do not realize the redness, blistering, or skin irritation on their face and hands after an accident was caused by a chemical burn rather than simple impact.

Friction Burns (Road Rash)

Friction burns occur when skin is dragged across pavement or another rough surface. They are most common in motorcycle accidents and bicycle accidents where the rider is ejected and slides across the road, but they also occur when car occupants are partially ejected through broken windows.

Friction burns can be deceptively severe. What looks like a surface scrape may actually involve deep tissue damage, embedded debris, and a high risk of infection.

Electrical Burns

Electrical burns in car accidents are less common but can occur when:

  • Damaged vehicle wiring contacts the occupant
  • The vehicle strikes a power pole and downed lines contact the vehicle
  • Electric vehicle battery systems are compromised in a collision

Electrical burns are particularly dangerous because the damage extends deep below the skin surface, potentially affecting muscles, nerves, and internal organs.

Burn Severity Classification

Burns are classified by depth, which determines the treatment needed and the long-term outcome.

DegreeDepthAppearanceHealingScarring
First-degreeEpidermis onlyRed, painful, no blisters3-7 daysUsually none
Second-degree (superficial)Upper dermisRed, blisters, very painful2-3 weeksMinimal to moderate
Second-degree (deep)Deep dermisWhite or red, less painful3-8 weeksModerate to significant
Third-degreeFull thicknessWhite, brown, or charred; painlessDoes not heal without graftingSevere, permanent
Fourth-degreeBeyond skinInvolves muscle, bone, or tendonRequires extensive surgeryDevastating

Burn Treatment: What to Expect

Emergency and Acute Care

Severe burns are treated at specialized burn centers that have the equipment, staff, and expertise for this unique type of injury. North Carolina is served by the UNC Jaycee Burn Center in Chapel Hill, one of the leading burn treatment facilities in the Southeast.

Initial treatment may include:

  • Fluid resuscitation (severe burns cause massive fluid loss)
  • Wound debridement (removal of dead tissue)
  • Pain management (burn pain is among the most severe in medicine)
  • Infection prevention and monitoring
  • Nutritional support (burn patients need dramatically increased caloric intake)

Skin Grafts and Surgical Procedures

Third-degree and deep second-degree burns cannot heal on their own because the skin cells that regenerate new tissue have been destroyed. Skin grafting is the primary surgical treatment:

  • Split-thickness skin grafts -- a thin layer of skin is shaved from a donor site (often the thigh or buttock) and placed over the burn
  • Full-thickness skin grafts -- a complete layer of skin is transplanted, typically used for smaller burns on the face or hands
  • Artificial skin substitutes -- synthetic or bioengineered materials used when insufficient donor skin is available

Most severe burn patients undergo multiple surgical procedures -- initial grafting, revision surgeries to improve appearance and function, scar release procedures to restore range of motion, and reconstructive surgery months or years later.

Long-Term Rehabilitation

Burn rehabilitation is extensive and ongoing:

  • Physical therapy -- maintaining range of motion, preventing contractures (tightening of scar tissue that restricts movement)
  • Occupational therapy -- relearning daily activities with damaged or grafted skin
  • Compression garments -- custom-fitted garments worn 23 hours per day for 1-2 years to minimize scarring
  • Scar management -- silicone sheets, massage, injections, and laser treatments
  • Psychological counseling -- addressing trauma, body image disturbance, and social anxiety

The Psychological Impact of Burn Injuries

Burns -- especially visible burns on the face, hands, and arms -- carry a profound psychological burden:

  • Post-traumatic stress disorder (PTSD) -- the experience of being burned is intensely traumatic, and flashbacks, nightmares, and anxiety are common
  • Body image disturbance -- difficulty accepting the changed appearance, avoidance of mirrors and social situations
  • Depression -- affects an estimated 25% to 40% of severe burn survivors
  • Social withdrawal -- fear of others' reactions to visible scarring
  • Sleep disturbances -- pain, itching, and psychological distress disrupt sleep for months or years

These psychological effects are compensable in NC as pain and suffering and emotional distress damages. Documenting them through treatment with a mental health professional strengthens this component of your claim.

When a Vehicle Defect Caused the Burn

Some burn injuries from car accidents are caused not by the collision itself but by a defective vehicle that caught fire or failed to protect the occupant. Common scenarios include:

  • Fuel system defects -- poorly designed fuel tanks or fuel lines that rupture and ignite on impact
  • Electrical system defects -- wiring that short-circuits and starts a fire
  • Defective airbags -- airbags that deploy with excessive force or produce excessive chemical residue (including Takata airbag recalls)
  • Door lock failures -- doors that jam, trapping occupants in a burning vehicle

When a vehicle defect caused or worsened your burn injury, you may have a product liability claim against the manufacturer in addition to your negligence claim against the at-fault driver. Product liability claims can be extremely valuable because manufacturers carry far more insurance than individual drivers. However, they require engineering experts and are complex to prove.

Frequently Asked Questions

Frequently Asked Questions

What types of burns happen in car accidents?

Car accidents can cause four types of burns: thermal burns from fires, exploding fuel, or contact with hot engine components; chemical burns from battery acid, airbag deployment chemicals, or leaking fluids; friction burns (road rash) from skin sliding across pavement; and electrical burns from damaged wiring or contact with downed power lines.

Can an airbag cause a burn injury?

Yes. When an airbag deploys, the chemical reaction that inflates the bag produces sodium hydroxide and extreme heat. The rapidly expanding bag can cause friction burns on the face, arms, and hands. The chemical residue can cause chemical burns, especially on exposed skin.

How much does burn treatment cost?

Minor burns may cost $1,000 to $10,000. Moderate burns requiring hospitalization typically cost $50,000 to $200,000. Severe burns requiring burn center care can cost $500,000 to over $2 million for initial treatment alone, with additional costs for years of reconstructive surgery and therapy.

What is a skin graft and when is it needed?

A skin graft is a surgical procedure where healthy skin is transplanted to a burned area that cannot heal on its own. It is needed for third-degree burns and deep second-degree burns where the skin's regenerative ability has been destroyed.

How much is a burn injury claim worth in NC?

Burn claim values vary enormously. Minor burns may settle for $10,000 to $50,000. Moderate burns with visible scars typically range from $75,000 to $300,000. Severe burns can range from $300,000 to over $2 million. Burns to the face or hands generally have higher values.

What if my burn injury was caused by a vehicle defect?

You may have a product liability claim against the manufacturer in addition to your claim against the at-fault driver. Preserve the vehicle as evidence and consult a lawyer experienced in both personal injury and product liability.