Vadala v. Cessna

CourtCourt of Appeals for the First Circuit
DecidedJanuary 10, 1995
Docket94-1280
StatusPublished

This text of Vadala v. Cessna (Vadala v. Cessna) is published on Counsel Stack Legal Research, covering Court of Appeals for the First Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Vadala v. Cessna, (1st Cir. 1995).

Opinion

USCA1 Opinion



UNITED STATES COURT OF APPEALS
FOR THE FIRST CIRCUIT
____________________

No. 94-1280

JUDITH A. VADALA, EXECUTRIX OF THE ESTATE OF P.A. VADALA,
a/k/a PATRICK A., and VADALA MANAGEMENT CORPORATION,

Plaintiffs, Appellants,

v.

TELEDYNE INDUSTRIES, INC.,

Defendant, Appellee.

____________________

APPEAL FROM THE UNITED STATES DISTRICT COURT

FOR THE DISTRICT OF MASSACHUSETTS

[Hon. Robert E. Keeton, U.S. District Judge] ___________________

____________________

Before

Selya, Circuit Judge, _____________

Aldrich, Senior Circuit Judge, ____________________

and Boudin, Circuit Judge. _____________

____________________

Patricia D. Stewart with whom Timothy J. Healey and Healey & ____________________ ___________________ ________
Stewart were on brief for appellants. _______
Peter M. DelVecchio with whom Jerome M. Leonard and Ropes & Gray ___________________ __________________ _____________
were on brief for appellee.

____________________

January 10, 1995
____________________

BOUDIN, Circuit Judge. In December of 1986, Patrick _____________

Vadala purchased a used twin-engine Cessna airplane; at that

time, both the airplane and the engines (made by a division

of Teledyne Industries) were approximately 20 years old. On

July 14, 1988, after logging fewer than 50 hours on the

airplane, Vadala reported a loss of oil pressure in the right

engine to air traffic controllers while attempting to land at

Taunton Airport in Massachusetts. Several minutes later, the

plane crashed and burned. Vadala was killed, and most of the

wreckage was destroyed in the post-crash ground fire.

Vadala's widow Judith and Vadala Management Corp., the

title owner of the plane, sued Cessna and Teledyne, alleging

negligence and breach of warranty under Massachusetts law.

The plaintiffs settled with Cessna, leaving Teledyne as the

sole defendant. Nearly three years after the complaint was

served, Teledyne moved for summary judgment. The district

court granted Teledyne's motion on the ground that the

plaintiffs had failed to adduce evidence to support their

theory of causation. To understand the plaintiffs' theory,

and the district court's reasoning, requires a brief

technical explanation.

Each of the Teledyne engines mounted on the Cessna

contained a component, known as a viscous torsional damper.

The damper attaches to the engine and functions to reduce the

engine's twisting (or "torsional") vibration. Without the

-2- -2-

damper, the torsional vibration of the engine might place

undue strain on other engine parts. Control of torsional

vibration is required in order to comply with Federal

Aviation Administration regulations.

The Teledyne damper is a small disk comprised of an

inner brass ring that floats in a very thin layer of silicone

fluid; the ring and fluid are encased by an outer steel

shell. The silicone fluid absorbs the torsional vibration

and dissipates it as heat. Exposure to very high

temperatures, however, will cause the silicone in the damper

to solidify, becoming first a gel and then a rubbery

substance. This process is known as "polymerization." When

polymerization occurs, the damper's effectiveness is

decreased.

An investigation of the plane and the crash site by the

National Transportation Safety Board concluded that at some

point--either during the Cessna's final flight or afterward

in the ground fire--the silicone in the right engine's

viscous torsional damper had polymerized. The left-engine

damper had also polymerized. The accident was apparently

caused when an engine part in the right engine, the starter

adapter, came loose from the bolts that hold it to the engine

and compromised the oil seal, causing the oil to drain out

and the engine to fail. The NTSB investigation did not

determine what caused the holddown bolts to come loose.

-3- -3-

The plaintiffs alleged that the right-engine damper

polymerization occurred during the flight, which caused a

ball bearing to fail, which in turn caused the bolts to

loosen. Teledyne contended that the polymerization occurred

after the crash in the ground fire, and that polymerization

would not in any event lead to ball bearing failure. The

district court looked no further than the plaintiffs' first

premise--that polymerization occurred during, rather than

after, the flight--and found it to be unsupported. That was

the basis for the grant of summary judgment in favor of

Teledyne.

We review a grant of summary judgment de novo and view _______

the record in the light most favorable to the nonmoving

party. FDIC v. Bay Street Development Corp., 32 F.3d 636, ____ _____________________________

639 (1st Cir. 1994). Here, given their theory of causation,

the plaintiffs bore the burden of proof to show that it was

more likely than not that in-flight polymerization occurred

in the right engine damper. E.g., Carey v. General Motors ____ _____ ______________

Corp., 387 N.E.2d 583, 585 (Mass. 1979).

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