Mark N. Silvestri v. General Motors Corporation

210 F.3d 240, 2000 U.S. App. LEXIS 7256, 2000 WL 429707
CourtCourt of Appeals for the Fourth Circuit
DecidedApril 21, 2000
Docket99-2142
StatusPublished
Cited by14 cases

This text of 210 F.3d 240 (Mark N. Silvestri v. General Motors Corporation) is published on Counsel Stack Legal Research, covering Court of Appeals for the Fourth Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Mark N. Silvestri v. General Motors Corporation, 210 F.3d 240, 2000 U.S. App. LEXIS 7256, 2000 WL 429707 (4th Cir. 2000).

Opinion

Vacated and remanded by published opinion. Judge NIEMEYER wrote the opinion, in which Judge WIDENER and Judge TRAXLER joined.

OPINION

NIEMEYER, Circuit Judge:

Mark Silvestri filed this products liability action against General Motors Corporation, alleging that the air bag in a 1995 Chevrolet Monte Carlo he was driving did not deploy as warranted when he crashed into a utility pole and that, as a result, his injuries from the accident were enhanced. The district court granted General Motors’ motion for summary judgment, concluding that without the testimony of a qualified air bag expert, Silvestri could not offer competent testimony to make out a prima facie case that the air bag was defective. We vacate the summary judgment and remand because, under applicable New York law, a plaintiff may make out a prima facie products liability case circumstantial *242 ly without direct evidence of a product defect.

I

On November 5, 1994, Mark Silvestri was involved in a single vehicle crash in Preble, New York. Driving a 1995 Chevrolet Monte Carlo at a speed estimated by experts for both sides to be approximately 72 mph, Silvestri lost control of the vehicle ón a curve and slid off the road. His car slid sideways through a split-rail fence and, moving now at 67 mph, as calculated by Silvestri’s expert, obliquely hit a utility pole with the front center of his car. The car spun around the pole, which acted as a fulcrum, and continued for some distance beyond into the front yard of a residence. The oblique impact with the utility pole caused a V-shaped depression in the front center of the automobile approximately 18 inches deep, as estimated by Silvestri’s expert, causing the frame of the vehicle to buckle and moving the utility pole at ground level about 4 inches. The vehicle’s air bag did not deploy during the accident and, although Silvestri was wearing his seat belt, he sustained severe facial lacerations and bone fractures and is disfigured as a result. At the time of the accident, the 1995 Monte Carlo was new, registering only 5,627 miles on its odometer.

Silvestri retained two accident reconstruction experts who examined the car and visited the accident scene approximately one week after the accident. They inspected the scene and took measurements and photographs. They also retained a land surveyor who prepared a survey of the scene. Based on the experts’ inspections of the car, the skid marks, the accident scene, the survey, and computer calculations, they each rendered the opinion that when the front of Silves-tri’s vehicle obliquely hit the utility pole, the impact to the front of the vehicle was equivalent to a 24 mph head-on collision with a fixed barrier — the “barrier impact speed.” They explained that the barrier impact speed essentially measures the head-on rate of deceleration at the front of the vehicle, taking into account the “give” in both the object into which the car crashes and the car itself as it crumples. They calculated the vehicle’s barrier impact speed by taking into account the forward speed of the vehicle, the angle of impact with the utility pole, and the extent of damage to the front of the vehicle.

These experts concluded that the failure of the air bag to deploy at a barrier impact speed of 24 mph was inconsistent with General Motors’ statement in the Monte Carlo’s owner’s manual about when the air bag would deploy. The owner’s manual for the vehicle provides:

When should the air bag inflate?

The air bag is designed to inflate in moderate to severe frontal or near-frontal crashes. The air bag will inflate only if you’re going fast enough. For example, if your vehicle goes straight into a wall that doesn’t move or deform, the air bag will inflate at between 9 and 15 mph.... However, if your vehicle strikes something that will move or deform, such as a parked car, your air bag will inflate only at a higher speed. The air bag is not designed to inflate in rollovers, side impacts, or rear impacts, because inflation would not help the occupant. .

Finally, these experts concluded that Silvestri’s severe facial injuries would not have occurred had the air bag functioned properly. In reaching that conclusion, they rejected as inaccurate an accident reconstruction provided by General Motors suggesting that Silvestri’s face was struck by , a fence rail.

Because Silvestri allowed his insurance company to repair and sell the vehicle after the investigation by his experts, General Motors was able to inspect the vehicle only after the repairs were completed. General Motors’ air bag inspector analyzed the information from the air bag’s “sensing and diagnostic module,” which constantly monitors and diagnoses the air bag’s com *243 ponents, including its electronic sensors that cause the air bag to deploy during certain collisions, and found that the module had not recorded any faults. He concluded that the air bag system performed as designed during Silvestri’s accident and that the air bag was not designed to deploy under the conditions of the accident. Recognizing that the air bag system was “designed to deploy in a frontal barrier impact of 9 to 14 miles per hour,” General Motors’ expert formed an opinion that because the front of the vehicle had struck the utility pole obliquely or sideways, the car’s change in speed and its sideways direction did not produce the conditions under which the air bag was designed to deploy.

Challenging the crashworthiness of the 1995 Monte Carlo, Silvestri brought this diversity-jurisdiction action against General Motors under theories of negligence, breach of implied warranty, breach of express warranty, strict liability, and res ipsa loquitur, alleging that the Monte Carlo’s air bag system was defective because it did not deploy during the accident and that the air bag’s failure to deploy enhanced his injuries. Following' General Motors’ motion for summary judgment, the parties presented the district court with the reports of their experts as well as backup data, calculations, photographs, and other evidence. While Silvestri presented the reports of his reconstruction experts, he did not present expert testimony on air bag design, explaining that he did not dispute the expert testimony provided by General Motors describing how air bags are designed and how they function. Indeed, Silvestri advised the court that he planned to offer General Motors’ testimony to explain the air bag’s design. Silves-tri’s opposition to General Motors’ motion was based on the contention that the air bag did not perform as intended, i.e., as warranted in the owner’s manual, and that there was no other cause for his enhanced injuries.

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Bluebook (online)
210 F.3d 240, 2000 U.S. App. LEXIS 7256, 2000 WL 429707, Counsel Stack Legal Research, https://law.counselstack.com/opinion/mark-n-silvestri-v-general-motors-corporation-ca4-2000.