Head and brain injuries rank among the most serious outcomes of motor vehicle crashes, often presenting with delayed symptoms that can fundamentally change a person’s life. What makes these injuries particularly dangerous is that victims frequently feel “fine” immediately after a collision, only to develop severe complications hours or days later.

Symptoms can be subtle or delayed during the initial injury phase, so early recognition and monitoring are crucial to prevent complications.

Anyone who may have sustained a car crash head injury should seek emergency medical evaluation the same day, even if they feel okay right after the collision. This single piece of advice can mean the difference between catching a treatable condition early and facing permanent brain damage.

Adrenaline can mask pain after a car crash, which may delay the appearance of symptoms and make it harder to recognize a head injury immediately.

Key Takeaways

• Head and brain injuries from car accidents can range from mild concussion to life-threatening conditions like brain hemorrhages, skull fractures, and diffuse axonal injury—any of which may have delayed symptom onset.
• Immediate medical evaluation is essential after any significant blow to the head in a car crash, even without visible injuries or loss of consciousness, as internal bleeding and swelling can develop over hours.
• CDC data has identified motor vehicle crashes as a leading cause of traumatic brain injury deaths, particularly for people aged 5–24, making prompt diagnosis and treatment critical. Disease control and public health efforts play a vital role in reducing the impact of traumatic brain injuries from car accidents.
• Early diagnostic testing including CT scans, MRI, and neurological exams can significantly improve long-term outcomes by catching dangerous conditions before they worsen.
• Victims of car crash head injuries caused by another driver’s negligence may be entitled to compensation for medical bills, lost wages, ongoing therapy, and long-term care costs through a personal injury claim.

Understanding Car Crash Head Injuries

When a car crashes, the forces involved can injure the brain even when there’s no visible wound on the outside. Rapid deceleration, impact with the steering wheel, window, dashboard, or airbag, and even the whiplash motion from a rear-end collision can all cause the brain to move violently inside the skull.

Here’s what many people don’t realize: the brain can sustain serious damage with or without a visible cut, bruise, or loss of consciousness. A closed head injury—where the skull remains intact—can be just as dangerous as an open wound. The sudden force of a collision causes the brain to accelerate and decelerate rapidly, potentially tearing delicate nerve fibers and damaging blood vessels without any external signs.

According to CDC figures from around 2013, motor vehicle accidents ranked as the third leading cause of traumatic brain injury-related hospitalizations and deaths in the United States. Even more striking, car crashes were the leading cause of TBI death for people aged 5–24. These statistics underscore why head trauma from auto accidents deserves serious attention.

It’s important to understand the distinction between a “head injury” and a “traumatic brain injury (TBI).” A head injury refers to any damage to the scalp, skull, or brain. A traumatic brain injury tbi, on the other hand, specifically describes a disruption in normal brain function caused by an external mechanical force. Not every head injury results in a TBI, but every TBI is a head injury.

Understanding these injuries helps crash victims and their families recognize danger signs and act quickly when seconds can matter.

Types of Head Injuries in Car Accidents

Motor vehicle crashes can cause multiple overlapping injury types, and the severity can range from mild head injuries that resolve within weeks to life-threatening conditions requiring emergency surgery. Injury severity not only affects the type of medical treatment needed but also plays a key role in determining compensation in legal claims, as more severe injuries often result in higher medical expenses, lost wages, and long-term effects. The same collision can produce different injuries depending on the angle of impact, the victim’s position, and whether they were restrained. An experienced attorney can review your medical records and even seek an expert opinion to help ensure you receive fair compensation for both immediate costs and future challenges.

Some injuries are “closed,” meaning the skull remains intact even though the brain tissue inside has been damaged. Others are “open” or involve a penetrating injury where an object breaches the skull. Both categories can be equally serious, and both require proper medical attention.

Consider this scenario: a driver is rear-ended at 40 mph and their head whips sideways into the side window. There’s no dramatic loss of consciousness, no blood, and the car’s damage looks moderate. Yet this seemingly routine crash can still cause a concussion, brain contusion, or even a subdural hematoma that doesn’t produce obvious symptoms for hours.

The following subsections break down the main structural head injuries commonly seen after motor vehicle crashes.

Concussions (Mild Traumatic Brain Injury)

A concussion is classified as a mild traumatic brain injury caused by a blow to the head or a sudden jolt that makes the brain move rapidly inside the skull. Despite being labeled “mild,” concussions should never be dismissed—they represent real brain injury that requires proper care.

Common post-crash symptoms of a mild concussion include headache, dizziness, confusion, nausea, sensitivity to light or noise, feeling mentally “foggy,” and brief memory gaps about the accident itself. Some people describe it as feeling like they’re “thinking through mud” or that everything seems slightly off.

A critical point: loss of consciousness does not have to occur for someone to have a concussion. Many car crash concussions happen without the person ever passing out. In fact, research suggests most concussions occur without any loss of consciousness at all.

Even mild tbi can lead to post concussion syndrome, a condition where physical symptoms and emotional symptoms like headaches, difficulty concentrating, irritability, and sleep problems persist for weeks or months. Professional athletes are routinely sidelined after concussions and must pass specific protocols before returning to play. Crash victims should be equally cautious about returning to work, driving, or any high-risk activities before they’ve fully recovered.

Contusions (Bruising of the Brain)

A brain contusion is a localized bruise on the brain tissue itself, typically caused when the head strikes a hard surface like the steering wheel, dashboard, or window during a collision. Unlike a bruise on your arm, a brain contusion involves damaged and bleeding brain tissue that can cause serious complications.

Contusions commonly occur at the site of direct injury to the head, but they can also appear on the opposite side of the brain in what’s called a coup-contrecoup injury. This happens because when your head stops suddenly, the brain—floating in cerebrospinal fluid—continues moving and strikes the inside of the skull, then rebounds and hits the opposite side.

Common symptoms include worsening headache, confusion, changes in personality or behavior, and difficulty with speech or movement. The specific symptoms depend on which area of the brain is bruised. A contusion to the frontal lobe might affect judgment and personality, while one in the temporal lobe could impact memory and language.

Moderate to large contusions are typically visible on CT or MRI scans and may require hospital observation, intensive care admission, or even surgical intervention to relieve pressure. If left untreated, enlarging contusions can lead to increased intracranial pressure and permanent brain damage.

Skull Fractures

Skull fractures are breaks in one or more bones of the skull caused by strong impact. They’re particularly common in side-impact collisions, rollovers, or situations where victims are ejected from the vehicle.

Several types of skull fractures occur in car accidents:

Type	Description	Key Concerns
Linear fractures	Simple cracks in the bone that don’t shift	Usually heal on their own; monitor for underlying brain injury
Depressed fractures	Bone is pressed inward toward the brain	Often require surgical intervention to elevate bone fragments
Basilar fractures	Fractures at the base of the skull	May cause “raccoon eyes” bruising, clear fluid leaking from nose/ears

Skull fractures greatly increase the risk of underlying brain injury, infection, and bleeding inside the skull. The fractured bone can damage blood vessels, tear the protective membranes around the brain, or directly injure brain tissue.

Consider this example: a front-seat passenger in a 50 mph collision is thrown forward and strikes the windshield, suffering a depressed skull fracture. Even with airbag deployment, the angular forces push bone fragments inward, requiring neurosurgery to remove fragments and relieve pressure on the brain.

Any suspected skull fracture—visible deformity of the skull, fluid leakage from the nose or ears, severe swelling around the head—is a medical emergency that should prompt an immediate 911 call.

Penetrating Head Injuries

Penetrating head injuries occur when an object pierces the skull and enters brain tissue during a crash. These are also known as open head injuries, which involve objects piercing the skull—such as metal debris, shattered glass, or a piece of the vehicle becoming a projectile—and require urgent emergency intervention to prevent brain damage.

These injuries almost always involve significant bleeding, high infection risk, and immediate life-threatening brain damage. The object’s path through the brain destroys everything in its way and creates additional damage from pressure waves and secondary swelling.

Objects impaled in the head should never be removed at the scene. Only emergency surgeons in a controlled hospital setting should attempt removal, as the object may be preventing even greater bleeding.

Survivors of penetrating head injuries often face severe, long-term disabilities including paralysis, seizures, cognitive impairment, and significant personality changes. The location and depth of penetration largely determine outcomes, but rapid emergency response and treatment at a trauma center are critical for survival and any hope of functional recovery.

Types of Brain Injuries From Car Crashes

Beyond visible head trauma, collisions can cause internal brain injuries that may not be obvious immediately after the accident. These injuries occur deep within the skull and may not produce external signs like bleeding or bruising on the scalp.

Internal brain injuries include traumatic brain injury, diffuse axonal injury dai, brain hemorrhages, and cerebral edema (brain swelling). Alarmingly, some of these conditions can occur even when a scalp and skull examination appears completely normal.

Some injuries are microscopic or subtle on initial imaging, which is why monitoring over hours or days is critically important after a serious crash. A CT scan performed immediately after an accident may miss early swelling or small bleeds that only become apparent on repeat imaging.

Motor vehicle crashes remain a major contributor to TBI-related disability and long-term care needs in the United States, affecting not just victims but entire families who must provide ongoing support.

Traumatic Brain Injury (TBI)

Traumatic brain injury is defined as any disruption of normal brain function caused by an external force. In car accidents, this external force comes from the violent motion of the collision—the sudden stop, the rotational forces, or the direct impact of the head against surfaces.

TBIs are classified by severity:

• Mild TBI: Overlaps with concussions; brief confusion or loss of consciousness (less than 30 minutes)
• Moderate TBI: Loss of consciousness from 30 minutes to 24 hours; persistent confusion
• Severe TBI: Coma lasting more than 24 hours; profound neurological deficits

A severe head injury is a critical medical emergency that requires immediate intervention to prevent lasting brain damage or death.

Moderate or severe tbi may involve prolonged unconsciousness, extended periods of confusion, or coma. Victims may experience memory problems, difficulty concentrating, mood swings, depression, irritability, and persistent problems with balance or coordination that last months or years.

Treatment for severe traumatic brain injury often requires extended hospitalization, inpatient rehabilitation, cognitive therapy, and ongoing follow-up with neurologists or neuropsychologists. Vehicle crashes are consistently a leading cause of TBI-related hospitalizations, and lifetime medical and support costs can reach hundreds of thousands of dollars—sometimes millions for cases requiring permanent care.

Diffuse Axonal Injury (DAI)

Diffuse axonal injury represents one of the most devastating forms of traumatic injury to the brain. It occurs when rapid acceleration-deceleration and rotational forces cause widespread damage to the brain’s nerve fibers (axons)—the connections that allow different parts of the brain to communicate.

DAI is particularly common in high-speed crashes and rollovers, where the rotational forces on the brain are most extreme. Research shows that lateral (side-to-side) movements of the head can produce more severe axonal injuries than front-to-back movements, which partly explains why side-impact collisions can be so dangerous.

People with DAI may lose consciousness at the scene and remain in a coma or vegetative state, even when CT scans initially appear relatively normal. This is because the damage occurs at a microscopic level in the nerve cells and their connections. Magnetic resonance imaging is often better than CT at detecting DAI, but some microscopic damage still may not be fully visible on any imaging.

Survivors of severe brain injury from DAI frequently have lasting cognitive, physical, and behavioral impairments. Many require extensive rehabilitation and long-term assistance with daily activities. Some never regain consciousness or meaningful communication.

Brain Hemorrhages (Internal Bleeding)

Brain hemorrhages occur when damaged blood vessels bleed uncontrollably inside the skull. Several types can result from car crashes:

Type	Location	Typical Cause
Epidural hematoma	Between skull and outer brain membrane	Skull fracture damaging artery
Subdural hematoma	Between outer membrane and brain	Torn veins from sudden head movement
Subarachnoid hemorrhage	Around brain surface	Ruptured blood vessels
Intracerebral hemorrhage	Within brain tissue itself	Contusion or penetrating injury

Symptoms can develop minutes to hours after a crash. Watch for severe headache, repeated vomiting, extreme drowsiness, weakness on one side of the body, or slurred speech. Some victims experience a “lucid interval”—feeling fine initially before rapid deterioration as internal bleeding accumulates.

The bleeding increases intracranial pressure inside the skull, compressing brain tissue and potentially causing brain herniation (where brain tissue is pushed out of position) if not treated quickly. Blood clots from hemorrhages can also prevent blood clots from normal circulation, creating additional complications.

Many hemorrhages are detected with emergency CT scans, and some require surgical intervention to remove blood clots or relieve pressure. Even smaller bleeds that don’t require surgery can cause long-term cognitive and emotional changes, requiring close neurologic follow-up for months or years.

Cerebral Edema (Brain Swelling)

Cerebral edema—rapid brain swelling—often follows trauma, bleeding, or lack of oxygen in the aftermath of a serious car accident. It’s the brain’s inflammatory response to injury, but unlike swelling elsewhere in the body, brain swelling can quickly become life-threatening.

The skull cannot expand. When brain tissue swells, pressure rises inside the rigid skull, reducing blood flow and oxygen delivery to brain cells. This creates a dangerous cycle: lack of oxygen causes more cell death, which causes more swelling, which further reduces oxygen. Without intervention, this can rapidly worsen brain injury or even cause brain death.

ICU treatment options for cerebral edema include medications to reduce swelling (such as mannitol or hypertonic saline), controlled ventilation to optimize oxygen levels, and in severe cases, surgical procedures like decompressive craniectomy—removing a section of skull to give the brain room to swell without crushing itself.

Patients with significant cerebral edema are usually managed in specialized trauma or neurocritical care units, often for days or weeks while healthcare providers carefully monitor pressure levels. Outcomes vary widely: some patients recover well once swelling is controlled, while others suffer permanent disability depending on how quickly treatment was initiated.

How to Assess a Head Injury After a Car Accident

People often underestimate head injuries immediately after a crash. Adrenaline masks pain, shock focuses attention on visible injuries, and the internal nature of brain trauma makes it easy to overlook. Many victims insist they’re “fine” when they’re anything but.

Whenever safe to do so, crash victims should perform a quick self-assessment. Note any confusion about what happened, headache (especially one that worsens), vision changes like blurriness or double vision, nausea or vomiting, or memory gaps about the collision itself. Ask yourself: Do I know where I am? What day is it? What happened before the crash?

Bystanders and family members play a crucial role in identifying head injuries. Watch for behavior changes—the person acting “not like themselves,” difficulty answering simple questions, unusual sleepiness, or repeating the same questions. Sometimes the injured person is the last to recognize something is wrong.

Even if emergency responders at the scene don’t transport someone to the hospital, that person should still seek prompt same-day evaluation at an emergency department or urgent care for any significant blow to the head. Paramedics make judgment calls based on what they can observe, but internal bleeding can take hours to produce obvious symptoms.

When in doubt, it’s always safer to assume a head injury could be serious than to dismiss symptoms as “just stress” or “whiplash.” The consequences of being wrong are simply too severe.

When controlling bleeding from a head injury, apply firm, direct pressure with a cloth, avoiding direct pressure on a suspected skull fracture. In an emergency situation, keep the person still with their head and shoulders slightly elevated. Do not remove a helmet from an injured individual.

When to See a Doctor or Call 911

Any suspicion of a car crash head injury justifies medical evaluation. However, certain red-flag symptoms require immediate medical attention through emergency care.

Call 911 immediately if any of these symptoms occur:

• Loss of consciousness at any point, even briefly
• Repeated vomiting
• Seizures
• Severe or worsening headache that doesn’t improve with medication
• One pupil larger than the other
• Weakness or numbness in arms or legs
• Trouble speaking or slurred speech
• Clear fluid leaking from the nose or ears (possible skull fracture)
• Worsening symptoms despite rest

More subtle signs—persistent headache, dizziness, ongoing confusion, memory problems, or mood changes in the days following a crash—still require a prompt appointment with a doctor experienced in head trauma. Don’t wait for symptoms to “go away on their own.”

Children, older adults (especially those taking blood thinners for blood pressure or other conditions), and pregnant individuals face higher complication risks and should be evaluated even more quickly. Blood thinners, in particular, can turn minor bleeding into a life-threatening situation.

Delaying care creates two problems: it makes treatment more difficult if swelling or bleeding has progressed, and it can complicate any future insurance or legal claims about the injury. Medical records that show immediate treatment create a clear connection between the crash and the injury.

Medical Tests Used to Diagnose Car Crash Head Injuries

Doctors rely on a combination of physical examination, imaging tests, and sometimes blood tests to identify brain injuries after collisions. No single test catches everything—clinicians combine multiple approaches to build a complete picture of what’s happening inside the skull.

Initial evaluation typically happens in the emergency department, where the priority is identifying immediately life-threatening conditions. This may be followed by repeat imaging, admission for observation, or referrals to specialists like neurologists or neurosurgeons.

Documentation from these tests serves two purposes. First, it guides treatment decisions. Second, it creates a medical record that becomes essential for any later legal or insurance proceedings. Comprehensive documentation from medical professionals helps establish the severity and cause of injuries.

CT Scan (Computed Tomography)

CT scanning is the most common first-line imaging test after a moderate or severe car crash head injury. Emergency rooms favor CT because it’s fast—typically completed in minutes—and widely available around the clock.

A CT scan can detect skull fractures and bone fragments, brain bleeding including hematomas and hemorrhages, contusions (bruises) visible as areas of abnormal density, and obvious swelling or shifts in brain position. CT results often guide immediate decisions about surgery, ICU admission, and the level of monitoring needed in the first hours after a collision.

It’s important to understand that a normal CT scan does not completely rule out a brain injury. Mild TBIs, early-stage swelling, and diffuse axonal injury may not appear on initial scans. This is why clinical symptoms and neurological exam matter so much—they can reveal problems that imaging misses.

CT does use radiation, but in trauma situations, the benefits of promptly diagnosing a dangerous brain injury greatly outweigh the relatively small radiation exposure.

MRI (Magnetic Resonance Imaging)

Magnetic resonance imaging is usually ordered later, after the patient is stabilized, particularly if symptoms persist or worsen without an explanation from CT findings.

MRI provides more detailed images of soft tissues and excels at detecting smaller contusions, microscopic bleeding, and the characteristic patterns of diffuse axonal injury. Where CT shows the “big picture” emergencies, MRI reveals subtle damage that can still cause significant symptoms.

MRI takes longer than CT (often 30-60 minutes), may not be immediately available in all emergency departments, and cannot be used for patients with certain implants, pacemakers, or metal fragments. For these reasons, it’s typically a follow-up test rather than a first-line emergency tool.

MRI findings help shape long-term treatment plans, rehabilitation strategies, and prognoses for crash victims. They’re also valuable for documenting the extent of injury for legal purposes.

Even with a normal MRI, patients can still experience functional TBI symptoms. The brain is complex, and some injuries affect function without creating visible abnormalities on any scan. Ongoing symptoms justify treatment and therapy regardless of imaging results.

Neurological Exam and Cognitive Screening

The neurological exam is a bedside assessment where doctors evaluate the patient’s level of consciousness, orientation (knowing who they are, where they are, and the date), eye movements, muscle strength, reflexes, coordination, and speech.

Medical professionals use standardized tools to rate severity. The Glasgow Coma Scale (GCS) assigns scores based on eye opening, verbal responses, and motor responses—lower scores indicate more severe injury. Cognitive screening tests assess memory, attention, processing speed, and other brain functions that can be impaired after head trauma.

Repeated neurological exams over hours or days serve a critical purpose: they can detect subtle deterioration that might signal bleeding or swelling before it shows on imaging. A patient whose GCS score drops by even one point deserves immediate investigation.

More detailed neuropsychological testing is often arranged in the weeks or months after the crash. These comprehensive evaluations guide rehabilitation, help determine when it’s safe to return to work or school, and document the ongoing impact of the injury.

All exam findings should be thoroughly documented because they demonstrate how the crash impacted the victim’s brain function over time—information that becomes crucial for both treatment planning and any legal proceedings.

Recovery, Treatment, and Long-Term Effects

Recovery from car crash head injuries varies enormously. Some people with mild concussions return to normal within 2-6 weeks. Others with moderate or severe TBIs require months or years of therapy and may never fully recover their previous abilities.

Early treatment focuses on the basics: rest (both physical and cognitive), pain control, monitoring for new or worsening symptoms, and preventing secondary injury. For severe cases, this means ICU care, ventilator support to maintain oxygen levels, medications to control brain swelling, surgery to remove blood clots or relieve pressure, and medications to prevent blood clots in the legs during extended bed rest.

Once the acute phase is over, rehabilitation becomes the focus. Common services include:

• Physical therapy: Rebuilding strength, balance, and coordination
• Occupational therapy: Relearning daily activities and compensating for deficits
• Speech-language therapy: Addressing communication and swallowing problems
• Cognitive rehabilitation: Improving memory, attention, and problem-solving
• Psychological counseling: Managing depression, anxiety, and adjustment difficulties

The brain has remarkable ability to heal and adapt, but it takes time. Many patients notice continued improvement for a year or more after injury. However, some face permanent changes: chronic headaches, sensitivity to light and noise, depression, anxiety, PTSD, and difficulties maintaining work and relationships.

If symptoms persist beyond expected recovery times, ongoing care from specialists in neurological disorders becomes essential. Regular follow-up helps catch problems early and adjust treatment plans as needed.

Legal and Financial Considerations After a Car Crash Head Injury

Serious head injuries often create financial burdens that most families cannot easily absorb. Emergency room visits, hospital stays, surgery, rehabilitation programs, medications, adaptive equipment, and ongoing therapy add up quickly. Meanwhile, victims may be unable to work for weeks, months, or permanently—creating a cascade of lost wages and financial stress.

If another driver’s or party’s negligence caused the collision—whether through speeding, drunk driving, distracted driving, or faulty vehicle parts—the injured person may have the right to pursue compensation through a car accident claim. Negligence-based claims can cover both economic and non-economic damages.

Typical damages in a car crash head injury case may include:

Economic Damages	Non-Economic Damages
Emergency care and hospitalization	Pain and suffering
Surgery and medical procedures	Emotional distress
Rehabilitation and therapy	Loss of enjoyment of life
Medications and medical equipment	Loss of consortium (for family)
Lost wages and lost earning capacity	Permanent disability impacts
Future medical care costs	Cognitive and personality changes

Insurance companies may try to minimize payouts or deny claims altogether, especially in cases involving costly head and brain injuries. Consulting a personal injury lawyer early in the process helps preserve crucial evidence: medical records, crash reports, witness statements, and documentation of how the injury has affected daily life. Personal injury attorneys also prevent victims from accepting low settlement offers before they understand the full extent of their injuries—something that’s particularly important with head injuries, where the true impact may not be clear for months. An experienced legal team understands how to accurately calculate all current and future costs and include them in your claim.

Every state has statutes of limitation that set deadlines for filing injury claims. Waiting too long can permanently bar your right to compensation. If you’re dealing with a car crash head injury, a free consultation with a qualified attorney can help you understand your options without obligation.

FAQ

This FAQ section addresses additional questions that crash victims and their families commonly have about head injuries from car accidents.

Can a minor fender-bender cause a serious head or brain injury?

While high-speed crashes are more likely to cause a severe tbi, even low-speed rear-end collisions can result in concussions or whiplash-related brain injuries. The key factor isn’t just visible vehicle damage—it’s the forces transmitted to your body and brain. A sudden force at just 15-20 mph can whip your head back and forth with enough intensity to cause a traumatic injury.

Vulnerable individuals, including children, older adults, and those with previous head injuries, face higher risk even in seemingly minor crashes. Anyone experiencing headache, dizziness, confusion, or memory loss after a “minor” accident should get checked by a medical professional rather than assuming they’re fine.

How long after a car accident can head injury symptoms appear?

Some symptoms appear immediately at the scene, but others may not develop for hours or even several days. Persistent headache, trouble concentrating, mood changes, sleep problems, and memory issues can all have delayed onset. Internal bleeding, in particular, can accumulate slowly before producing obvious symptoms.

Medical professionals recommend monitoring for at least 7-10 days after any collision involving potential head trauma. Seek care if any new or worsening symptoms develop during this period. Delayed onset does not mean the injury is less serious—it can still be directly linked to the original crash in both medical evaluations and legal proceedings.

Is it safe to sleep after hitting your head in a car crash?

Sleep itself is not dangerous, but people with potential head injuries should be medically evaluated first to rule out serious problems like bleeding. The old advice about “never let someone with a concussion sleep” is outdated, but it exists because sleeping makes it harder to notice worsening symptoms.

After a doctor clears them for home observation, a responsible adult should check on the injured person periodically for the first 24 hours. Wake them every few hours and briefly assess their alertness. Difficulty waking someone up, increased confusion, or any emergency symptoms should prompt an immediate 911 call.

Can I drive after a car crash head injury?

Driving should generally be avoided until a medical professional confirms it’s safe. Head injuries can significantly affect reaction time, judgment, peripheral vision, and concentration—all essential for safe driving. Even if you feel “mostly better,” subtle impairments may not be obvious to you but could cause another accident.

Some states and insurance companies have specific restrictions for people who’ve experienced seizures or severe TBIs following crashes. Follow your doctor’s advice carefully, and don’t rush back to driving before you’re truly ready. The risk isn’t just to yourself but to everyone else on the road.

What records should I keep if I have a head injury from a car crash?

Thorough documentation protects both your health and your legal rights. Keep copies of all medical records, imaging reports (CT and MRI), discharge summaries, prescriptions, therapy notes, and bills related to the head injury. Request copies of everything—don’t assume records will be available when you need them.

Maintain a daily symptom diary tracking headaches, memory issues, sleep quality, mood, and how the injury affects your work and daily activities. This contemporaneous record can be invaluable for both medical treatment and legal proceedings.

Save all crash-related documents: the police report, photographs of the vehicles and your injuries, correspondence with insurance companies, and receipts for all out-of-pocket expenses including medical bills, transportation to appointments, and any home modifications or care assistance you’ve needed. Organized documentation makes it much easier to pursue fair compensation for your injuries.