Crash Simulator Tests Different Ford Models at 30 MPH and Reveals Devastating Results

By: Georgia | Last updated: Nov 03, 2023

Various models produced by auto manufacturer Ford were recently subjected to a 30 mph front crash test simulation to assess their durability in a TikTok video from the user @zerobeamng.

Each vehicle’s performance under these conditions offers valuable insights into their structural integrity and safety features.

Ford Bronco: Built Ford Tough?

The crash test simulation revealed that when subjected to a 30 mph frontal impact, the Ford Bronco was completely compacted.

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Source: zeobeamng/TikTok

The vehicle’s structure showed significant deformation, indicating extreme lack of durability. The severity of the damage implied that the Bronco underwent substantial structural compromise during the crash simulation.

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Ford F-150 Raptor SVT Goes Extinct

The Ford F-150 Raptor SVT also underwent the 30mph crash test, resulting in severe damage. Not only was the vehicle totally crushed, but its back tire also detached.

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Source: zeobeamng/TikTok

The damage extent illustrated the Raptor SVT’s structural response under such forceful conditions, showing its physical limits during high-impact collisions.

Ford Crown Victoria Fairs a Bit Better

In the same TikTok video showed the Ford Crown Victoria’s hood totally destroyed when tested, although the extent of damage was somewhat less compared to the Bronco and Raptor SVT.

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Source: zeobeamng/TikTok

The vehicle’s structure showed notable deformation, a direct result of the 30mph frontal impact during the crash test simulation.

Ford Focus’ Deep Impact

The Ford Focus was subjected to the crash simulation as well, and the outcome was total destruction.

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Source: zeobeamng/TikTok

The vehicle was compacted, indicating the model’s fragility.

The Explorer’s Back End Meltdown

In the crash test simulation, the Ford Explorer’s back was destroyed, though the overall damage was not as extensive as some previous models.

Source: zeobeamng/TikTok

The damage was specifically concentrated at the rear, demonstrating how different vehicle structures can respond diversely to similar crash impacts.

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SuperDuty Fails to Do Its Duty

The Ford SuperDuty was not spared from significant damage during the 30 mph crash test.

Source: zeobeamng/TikTok

The vehicle was wholly destroyed, serving as another example of the force exerted during these simulations and the resultant impact on the vehicle’s structural integrity.

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Ford Mondeo Gets Pulverized

The Ford Mondeo was entirely crushed during the crash test, indicating severe structural damage.

Source: zeobeamng/TikTok

This observation provides an explicit view of the vehicle’s performance under frontal collision at a speed of 30mph.

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Ford Mustang Mach-E

The crash simulation revealed that the Ford Mustang Mach-E sustained comprehensive damage. The vehicle was entirely crushed as a result of the 30 mph frontal collision.

Source: zeobeamng/TikTok

This instance from the video shows the extent of destruction that such an impact can inflict on the vehicle’s structure.

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Ford Taurus

When subjected to the 30 mph frontal collision, the Ford Taurus was completely smashed, indicating a high level of structural damage.

Source: zeobeamng/Tik Tok

The impact was so significant that the vehicle’s wreckage touched the wall behind, demonstrating the sheer force of the crash.

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Ford F-350 SuperDuty Stands Its Ground (Somewhat)

After the 30 mph frontal collision, the Ford F-350 SuperDuty had both its front and back smashed. However, unlike others, the vehicle was not entirely ruined.

Source: zeobeamng/Tik Tok

This particular observation from the crash simulation indicates a level of structural resilience amid significant damage.

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Ford Falcon XB Obliterated

In the final crash test simulation, the Ford Falcon XB was fully destroyed, with the rear end of the car ending up on top of the hood.

Source: zeobeamng/TikTok

This outcome demonstrated the extent of possible damage during a 30 mph frontal collision, offering insights into the vehicle’s structural limitations under such intense impact conditions.

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