A stolen Chevrolet Cruze had its entire rear axle ripped off by a police grappler device during an early morning pursuit in Detroit. The incident highlights both the effectiveness and potential risks of this technology.
Key Takeaways
- The driver attempted to flee after the grappler was deployed, leading to significant vehicle damage.
- The police used a mechanical arm with a net that wraps around the rear wheels and axle of fleeing vehicles.
- The incident underscores both the benefits and limitations of using grapplers in high-speed chases.
Michigan State Police spotted a stolen second-generation Cruze on I-96 early one morning. Instead of stopping, the driver attempted to evade capture by speeding westbound along the interstate. Livonia police were called in due to their recent acquisition of a grappler device.
The officer successfully deployed the grappler net under the rear tires and axle of the Cruze. Despite this, the suspect made two attempts to accelerate away from the police cruiser. During his second attempt, he reversed before making another forward surge.
This maneuver resulted in severe damage: while the front portion of the car remained intact, the entire rear axle assembly was torn off, including wheels and brakes. The driver’s vehicle was a front-wheel drive model that might have been able to move slowly without its rear axle if it had stopped immediately after being tethered.
Police use grappler devices as an alternative to more dangerous tactics like PIT maneuvers, which can lead to high-speed collisions or spin-outs. However, this incident demonstrates the potential for significant vehicle damage and highlights the importance of driver compliance when such measures are employed.
Frequently Asked Questions
How does a grappler device work?
A mechanical arm on a police cruiser fires a heavy-duty net under the rear tires and axle of a suspect vehicle, tethering it to the cruiser. This method aims to safely stop vehicles without causing major collisions.
What happened in this specific chase?
The driver attempted to wrench free from the grappler by accelerating away, resulting in the complete removal of the rear axle assembly including wheels and brakes. The vehicle sustained significant damage but was stopped effectively.
This incident serves as a reminder of both the benefits and potential drawbacks of using advanced technology like grapplers during high-speed pursuits.
