On an almost identical level to the “modern mini van vs an old american truck,” a stark motor vehicle collision in the area south of Detroit generated images quickly devoured by the Internet. A relatively new compact Kia was annihilated in the frontal section, as its massive opponent, a 1973 Chrysler New Yorker, suffered negligible injury in the comparison. The contrast in the crumpled modernity with massive vintage chrome appears to be quite concrete evidence to an antique automotive proverb. Nonetheless, the accident itself created significant talking points about vehicle construction, crash-energy management and surviving compared to protection for occupants.

Local classic-car aficionado Markku Jaakkola- proprietor of Detroit’s Unforgotten Wheels, an automotive blog, and a very extensive Instagram site-owned the big-bodied 1973 Chrysler New Yorker. He was returning from a company picnic from nearby when a multi-vehicle-car cascade accident ensued behind his own vehicle on Dequindre Road just north of 14-Mile Road; a daring pass of a pickup truck by an oncomingKia caused the subsequent chain of events, which culminated in the Kia T-boning his car. There was enough force of the chain reaction occurring to completely move other vehicles completely off of the road.

These pictures were re-posted to, and went viral on, Facebook, Reddit, and Tiktok. The majority of responses applauded theChryslerfor its sturdy construction against modern cars; several responses correctly recognized that the crumpling on the Kia in contrast signified that newer safety systems were engineered such that they do fail (the Kia’s car frame) in order to save the occupant. Such is not so simple; whereas, theChrysler had impressive protection against outward appearance damage, theKia ‘s own crumple zones were engineered to fail and thus consume its own construction to decrease occupant forces by such amounts as could be done, yet keep it in one piece of steel.

1. An Ordinary Drive Turns Into Chaos

Jaakkola was driving northbound on Dequindre Road after attending a company picnic on a clear Wednesday afternoon. The trip initially offered no indication that his recently revived classic car was about to become the center of a viral automotive story. The 1973 Chrysler New Yorker moved through ordinary suburban Michigan traffic, surrounded by newer vehicles whose construction, dimensions, safety systems, and materials differed dramatically from those of the enormous American sedan produced more than five decades earlier.

Conditions Before the Chain-Reaction Crash:

• Clear weather supported ordinary driving
• Jaakkola travelled northbound after work
• Modern vehicles surrounded the classic Chrysler
• Traffic initially appeared completely routine
• No immediate danger was visible

The situation changed when a white Kia attempted to pass through the center lane and collided with a northbound Chevrolet pickup. The initial contact disrupted both vehicles and left the pickup rotating across the roadway. Jaakkola could see the developing emergency in his rearview mirror but had little opportunity to move the enormous Chrysler away from the approaching vehicles. Within moments, an ordinary afternoon drive became a chain-reaction crash involving several drivers and multiple directions of movement.

Chain-reaction collisions are difficult to predict because every impact changes the speed and direction of the vehicles involved. A car initially moving away can suddenly ricochet toward another lane, while a spinning truck may strike vehicles that were not involved in the original incident. In this case, the first collision created enough uncontrolled movement to involve the Chrysler, a Ford Fusion, and the roadside area before the vehicles eventually came to rest.

2. The Multi-Vehicle Collision Unfolds

After the initial impact, the Chevrolet pickup reportedly spun several times. During its rotation, it clipped the right rear door of a Ford Fusion positioned three or four vehicles ahead. The pickup then travelled away from the pavement and stopped in the grass. Its path demonstrated how quickly one passing manoeuvre can affect drivers who had no direct involvement in the original decision or first contact between the Kia and Chevrolet pickup.

How the Vehicles Moved After Impact:

• Chevrolet pickup rotated across roadway
• Ford Fusion suffered rear-door damage
• Pickup eventually entered roadside grass
• Kia ricocheted toward the Chrysler
• Multiple vehicles sustained substantial damage

The Kia followed a different path after striking the truck. It ricocheted toward the rear of Jaakkola’s Chrysler and hit the New Yorker’s large steel bumper. The impact caused the Kia’s front structure to collapse, deployed its airbags, and left the vehicle difficult to recognize in photographs. Plastic, bodywork, and damaged components scattered across the road, creating a scene that appeared far more violent than the Chrysler’s condition alone would have suggested.

The Ford Fusion was heavily damaged, the Chevrolet pickup rested beyond the roadway, and the Kia’s front end had folded inward. In front of the wreckage, the 1973 Chrysler remained upright and running, with no visible crease across its rear sheet metal. The remarkable contrast became the defining image of the accident. It looked as though the modern Kia had struck an immovable object rather than another passenger car travelling on the same road.

3. The Chrysler’s Only Visible Casualty

Jaakkola immediately stepped out to check the condition of the other drivers. Although the Kia’s cabin was surrounded by severely damaged bodywork, its driver responded with a thumbs-up. She was understandably shaken, but no injuries were reported from the incident. The absence of serious physical harm was considerably more important than either vehicle’s appearance and provided a useful reminder that dramatic structural damage does not automatically mean a modern vehicle’s safety systems have failed.

Immediate Outcomes Following the Collision:

• Kia driver indicated she was safe
• No serious injuries were reported
• Airbags deployed during the impact
• Chrysler remained completely operational
• License-plate bracket suffered visible damage

The Chrysler’s rear bumper absorbed the impact without obvious distortion to its surrounding body panels. According to Jaakkola, the only damaged component was the rear license-plate bracket, which broke away and landed on the road. The New Yorker remained capable of moving under its own power. Its condition contrasted so sharply with the destroyed Kia that photographs appeared almost staged, even though the difference resulted from vehicle construction and the direction of the impact.

When police officers arrived, they examined the damaged vehicles and reconstructed what had happened. One officer reportedly looked at the Kia, then at the nearly untouched New Yorker, and remarked that “they don’t make them like they used to.” The familiar phrase captured the visual impression of the scene. It did not provide a complete engineering explanation, but it reflected the immediate reaction many people have when comparing vintage steel with collapsed modern bodywork.

4. Photos Turn the Accident Into a Viral Story

Jaakkola photographed the accident scene and shared the images online with a casual description of his unusual afternoon. He included the police officer’s comment and joked that the license plate falling off represented the Chrysler’s damage. The combination of a recognizable classic American sedan, a destroyed modern compact car, and a lighthearted caption gave the post every ingredient needed to spread rapidly across automotive communities and mainstream social-media platforms.

Elements That Made the Story Viral:

• Photographs showed an extreme visual contrast
• Classic Chrysler appeared nearly untouched
• Modern Kia showed extensive damage
• Humorous caption encouraged online sharing
• Safety debate attracted widespread attention

The photographs appeared on Facebook, Reddit, TikTok, and other online spaces where viewers debated the meaning behind the visible damage. Supporters of vintage vehicles treated the New Yorker as proof that older Detroit cars were considerably stronger than modern alternatives. Others argued that this comparison misunderstood the purpose of crumple zones. The conversation moved beyond the individual accident and became part of a wider debate about whether modern safety has improved cars or simply made them appear more fragile.

Viral images rarely contain enough context to explain an accident completely. Camera angles can conceal damage, while viewers may not know each vehicle’s speed, braking, movement, angle of contact, or previous position. The scene created a powerful visual contrast, but it could not independently prove that one vehicle offered better overall safety. The photographs showed how each structure responded to one particular impact, not how both vehicles would perform during every possible type of collision.

5. Online Skeptics Question the Crash Scene

As the post gained attention, some internet users began questioning whether Jaakkola had represented the accident honestly. A Reddit discussion titled “Chrysler guy is lying” accumulated tens of thousands of comments. Several users suggested that he had moved the New Yorker after the crash to create a more dramatic photograph. Others attempted to reconstruct the incident using vehicle positions, debris patterns, and the distances visible between the damaged Kia and Chrysler.

Main Claims Raised by Online Skeptics:

• Chrysler may have changed position
• Images lacked complete accident context
• Vehicle distances prompted public suspicion
• Debris patterns inspired alternative theories
• Reddit users questioned Jaakkola’s explanation

Jaakkola rejected those accusations and explained that police officers remained at the scene throughout the investigation. He moved the Chrysler only after officers instructed him to clear the road by pulling into a nearby parking area. Moving an operable vehicle following a collision is a routine step when authorities need to reopen traffic or establish a safer working area. Its later position therefore did not prove that the crash or extent of damage had been fabricated.

The skepticism illustrates how quickly online audiences can create complicated theories from limited photographs. Once a story becomes viral, viewers often focus on finding inconsistencies instead of considering ordinary explanations. Jaakkola had little reason to stage the scene, especially with police officers and several drivers present. The important facts remained unchanged: the Kia struck the New Yorker’s rear, the Chrysler suffered minimal visible damage, and no injuries were reported among those involved.

6. The New Yorker’s Journey From Kansas

The 1973 Chrysler New Yorker already possessed a meaningful history before the accident made it famous. It originally belonged to Hans “Hasse” Granberg, a close friend of Jaakkola from Finland. Granberg purchased the car in Kansas in 2013 while undertaking a large American road trip. He then drove the New Yorker to Michigan, giving the massive Chrysler another chapter in a life extending far beyond the years when such cars were common sights on American roads.

Important Moments in the Chrysler’s History:

• Granberg purchased it during 2013
• Kansas marked its ownership beginning
• American road trip ended in Michigan
• Vehicle entered long-term storage afterward
• Jaakkola later purchased the preserved car

After the journey, the Chrysler was parked and remained in mixed indoor and outdoor storage for over a decade. Long periods of inactivity can be especially harmful to an older vehicle. Fluids deteriorate, brakes seize, wiring develops faults, rubber components dry out, and suspension parts suffer from age even when mileage does not increase. The New Yorker survived those conditions, but it required considerable mechanical work before returning to dependable road use.

Granberg passed away in 2024, after which Jaakkola located the long-stored Chrysler and purchased it from the estate. Despite years of limited use, the car remained surprisingly complete. It retained its original paint, solid interior, and approximately 62,000 miles. Its condition gave Jaakkola an unusually authentic basis for preservation. Instead of rebuilding a heavily modified project, he could revive a largely original example connected directly to the memory of his close friend.

7. Reviving the Long-Stored Chrysler

Returning the New Yorker to the road required nearly a year of careful work. Jaakkola replaced the battery, repaired the braking system, addressed electrical faults, and corrected suspension problems caused by age and storage. A vehicle can look complete while remaining unsafe to drive, so each system needed proper evaluation before regular use. The revival involved more than starting the engine; it required restoring dependable braking, steering, electrical operation, and stability on public roads.

Repairs Required for Roadworthy Operation:

• New battery restored electrical starting
• Braking system received extensive repairs
• Electrical faults required careful diagnosis
• Suspension problems needed mechanical correction
• Safety systems underwent complete evaluation

The project represented a personal effort in preservation rather than a quick cosmetic restoration. Jaakkola wanted the Chrysler to operate as a usable vehicle instead of remaining permanently hidden in storage. Keeping its original paint and interior preserved the character developed over several decades. Repairing its mechanical systems allowed that history to remain active. The work also honored Granberg’s ownership by returning the vehicle to the road where it could continue creating memories.

Since its revival, the New Yorker has appeared regularly within Michigan’s classic-car community. It has attended events such as Parking at Pasteiner’s along Woodward Avenue, where enthusiasts can see it in person. Its presence reflects Jaakkola’s belief that classic cars should be driven rather than maintained only as static display pieces. The accident unexpectedly tested that philosophy, but the Chrysler’s ability to remain operational ensured that its return to public events would not be significantly delayed.

8. Why the C-Body Chrysler Appeared Unbreakable

The New Yorker was constructed on Chrysler’s full-size C-Body platform, an architecture shared with other large vehicles, including the Chrysler Imperial. These cars came from an era when manufacturers relied heavily on thick steel, substantial structures, and enormous exterior dimensions. The New Yorker’s broad rear bumper was designed to tolerate parking contact and lower-speed impacts without transferring obvious damage into the surrounding panels. Its construction gave the Kia an exceptionally rigid surface to strike.

Structural Reasons Behind Its Tough Appearance:

• Full-size C-Body platform provided substantial mass
• Thick steel strengthened exterior construction
• Large bumper resisted rear impacts
• Related Imperial gained demolition-derby reputation
• Rigid structure limited visible deformation

The Chrysler Imperial developed a particular reputation for strength within demolition derbies, where its heavy construction often survived repeated collisions that disabled competing vehicles. The New Yorker was not identical in every respect, but its related C-Body engineering reflected the same philosophy of mass and rigidity. Compared with a modern compact car containing lightweight panels and carefully engineered collapse zones, the Chrysler’s rear appeared almost immovable during the specific impact recorded on Dequindre Road.

That toughness must be understood within the context of the collision. The Kia’s front end struck the Chrysler’s strongest rear structure, while the New Yorker was not subjected to an offset frontal crash, rollover, or high-speed side impact. Different accident types would place dramatically different loads on the vehicles. This outcome demonstrated the effectiveness of the Chrysler’s bumper during one rear impact, but it did not prove that every part of the vintage vehicle would resist damage equally well.

9. How Modern Crumple Zones Protect Occupants

Modern vehicles are designed to deform in controlled ways during collisions. Their front and rear structures contain crumple zones that collapse progressively, converting kinetic energy into structural deformation before it reaches the passenger compartment. The resulting damage can look severe because the exterior has deliberately sacrificed itself. Engineers do not expect those components to remain attractive after a significant impact. Their purpose is to slow occupants more gradually and reduce the forces transmitted into their bodies.

Safety Functions Performed by Crumple Zones:

• Structures collapse in controlled patterns
• Deformation absorbs dangerous kinetic energy
• Passenger compartments receive lower forces
• Airbags provide additional impact protection
• Slower deceleration reduces occupant injuries

In the Detroit accident, the Kia’s collapsing front structure absorbed much of the energy created when it struck the New Yorker’s rigid rear bumper. That deformation may have helped protect its driver, who reportedly escaped without injury despite the vehicle’s dramatic appearance. Airbags deployed as intended, adding another layer of protection. The Kia appeared destroyed because its safety structure performed an energy-management function that the New Yorker’s nearly unchanged exterior could not visibly demonstrate.

A car remaining visually intact is not automatically safer for the occupants. If a structure refuses to deform, crash energy may travel more directly into the passenger compartment and human bodies. Seat belts and airbags reduce injury, but controlling the rate at which occupants decelerate remains essential. Crumple zones lengthen the impact by fractions of a second, substantially reducing peak forces. Modern crashworthiness therefore prioritizes occupant survival over preserving replaceable exterior bodywork.

10. Vintage Strength Versus Modern Safety

Heavy steel bumpers allow some classic vehicles to tolerate lower-speed impacts with little visible damage. This durability is useful during parking contact and minor collisions, where repairing modern plastic panels, sensors, cameras, and lighting can become surprisingly expensive. The New Yorker’s experience showed how effective its massive rear bumper could be under favorable conditions. Its license-plate bracket failed, but the surrounding bodywork and structure appeared largely undisturbed after the Kia struck its rear.

Differences Between Strength and Safety:

• Vintage steel resists visible exterior damage
• Modern structures manage collision energy
• New vehicles contain advanced restraint systems
• High-speed crashes favor controlled deformation
• Occupant survival outweighs cosmetic preservation

High-speed crashes create a different calculation. Vintage vehicles generally lack modern crumple zones, advanced seat-belt pretensioners, side-curtain airbags, reinforced occupant cells, and electronic stability systems. Jaakkola acknowledged this distinction, explaining that although the Chrysler uses thicker steel, he would prefer to occupy a new vehicle during a serious high-speed collision. His view separates appreciation for classic durability from the mistaken belief that visible strength always provides better protection for the people inside.

Jaakkola does not plan to pursue a financial claim against the Kia driver and is searching online for a replacement license-plate bracket. Once that minor repair is completed, the New Yorker can return to Michigan roads and local gatherings. The incident adds an extraordinary chapter to the car’s history, but its most valuable outcome is that everyone avoided injury. The Chrysler survived impressively, while the Kia demonstrated why modern cars sacrifice themselves when protecting occupants matters most.