Cady v. Ride-Away Handicap Equipment Corp.

702 F. App'x 120
CourtCourt of Appeals for the Fourth Circuit
DecidedJuly 17, 2017
Docket16-1183
StatusUnpublished
Cited by2 cases

This text of 702 F. App'x 120 (Cady v. Ride-Away Handicap Equipment Corp.) 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
Cady v. Ride-Away Handicap Equipment Corp., 702 F. App'x 120 (4th Cir. 2017).

Opinions

Unpublished opinions are not binding precedent in this circuit.

DAVIS, Senior Circuit Judge:

This appeal arises from an accident involving Plaintiff-Appellant John T. Cady’s vehicle, a 2007 Buick Terraza van that, for "the use of his quadriplegic son, had been fitted with an AEVIT (“Advanced Electronic Vehicle Interface Technology”) driv[121]*121ing system. Cady, the driver and sole occupant of the van at the time of the accident, suffered severe injuries. He filed the instant lawsuit against Electronic Mobility Controls, LLC (“EMC”), the designer and manufacturer of the AEVIT system, as well as Ride-Away Handicap Equipment Corporation (“Ride-Away”), the entity responsible for installing the system in his van (together, “Defendants”).

The district court excluded the testimony of Cady’s engineering expert and ultimately entered judgment in favor of Defendants. On appeal, Cady argues the court erred when it precluded his expert and barred various claims based on defenses of contributory negligence, assumption of risk, product misuse, and failure to heed warnings. For the reasons that follow, we affirm.

I.

A.

We begin by describing the relevant components of the AEVIT drive-by-wire system. In AEVIT-enhanced vehicles, the driver will often manipulate steering and gas/brake inputs through orthotic devices, such as joysticks. The AEVIT system converts the driver’s movements into digital signals that are sent to corresponding modules and mounted electromechanical servomotors (“servos”), which then trigger the vehicle’s existing driving mechanisms.

Put simply, when the driver uses the gas/brake input to call for acceleration, the gas/brake servo responds and moves the gas pedal. When the driver uses the steering input to turn the van, the steering servo rotates the steering column. When the driver uses the gas/brake input to call for brake, the gas/brake servo depresses the brake.

J.A. 874.

An L-shaped brake extension pad is attached to the brake pedal. The gas/brake servo is attached to a drive arm mounted to a spool, and a white plastic roller on the drive arm acts as the contact point between the servo and the brake pedal’s extension; As the gas/brake servo rotates in the brake direction, the drive arm rolls counter-clockwise against the brake pedal and depresses it downward, thereby applying the brakes. The servo is positioned such that the roller arm is centered over the “tall” segment of the L-shaped extension pad.

Non-disabled drivers, such as Plaintiff Cady, can operate an AEVIT-enhanced vehicle with conventional acceleration, braking, and steering by converting the vehicle into its original equipment manufacturer (“OEM”) mode. To do so, the driver must properly disengage and reengage certain pins in the Engage Lever.1 If a driver attempts to use the steering wheel in the conventional manner while the vehicle is operating in AEVIT mode, the steering wheel may be difficult to move. In con[122]*122trast, the vehicle’s original brake and gas pedals function in the usual manner even when the AEVIT mode is engaged.

The AEVIT system is equipped with a data logger that digitally records the input devices’ movements, the servomotors’ movements, and the signal transmissions received or sent by the drive modules. The system is also distributed with an owner’s manual, which contains various warnings regarding the vehicle’s operation. The warnings include instructions that “AEVIT is intended for use only by persons professionally trained in [its] function and operation,” that persons without proper training should not operate the vehicle or the AE-VIT system, and that persons should not operate the vehicle “if th[e] Safety Detent Pin is not installed.” J.A. 1147, 1150,1152, 1153. Additional warnings are printed on AEVIT component parts, including an instruction printed directly on the gas/brake input to “not operate [this equipment] without proper training.” J.A. 935. Several warning stickers were also placed throughout the interior of Cady’s van; one such sticker, placed beneath the steering wheel, stated: “DO NOT OPERATE THIS VEHICLE WITHOUT THE SAFETY PIN INSTALLED.” J.A. 1166.

B.

Fred Hermann, a Ride-Away employee and an EMC-certified technician, installed the AEVIT system in Cady’s 2007 Terraza van. After inspecting, reviewing, and test-driving the modified van, Ride-Away sold it to Cady in August 2008. Cady’s quadriplegic son, John H. Cady (“Junior”), completed the necessary training to operate the AEVIT system. Cady neither began nor completed any such training.

On January 7, 2010, Junior drove the van following unrelated repairs to the vehicle’s doors and heating system. Upon running a few errands with the van, Junior began to experience difficulties when accelerating. Junior parked the vehicle in the lot of his family’s business and called Her-mann to report the issue. Hermann suspected that the accelerator cable had broken, and he offered to pick up Junior and the van. Junior declined, and he then called his family for help.

Upon receiving Junior’s call, Cady, his wife, his son-in-law Jason Burghardt, and Junior’s assistant drove together to the parking lot. Cady and Burghardt investigated the van for approximately 20 minutes; they believed that the brake and steering input were functional but that the gas input was no longer responsive. Cady then attempted to switch the van from AEVIT mode to OEM mode by engaging the Safety Detent Pin. However, after a few attempts, Cady was unable to properly engage the pin. Cady then decided to drive the car in “mixed mode” by using the AEVIT hand controls for steering and braking while using his foot on the gas pedal to accelerate in a conventional manner. Cady did not review the Owner’s Manual or any other documentation accompanying the AEVIT system before operating the van. He had never before driven a vehicle in “mixed mode” and had no training to operate the AEVIT system, but he test drove the van in the parking lot before attempting to drive the van to his home.

Cady asserted he was- driving down a hill when the van suddenly lost electrical power with the engine still running. Cady was able to turn the steering wheel in only one direction and with great difficulty. The van allegedly drove left, across two lanes of oncoming traffic, before going off the road. Cady stated that although he had stepped on the brake with his foot, the van failed to stop and collided into a tree. Cady suffered numerous injuries as a result of the crash, including a shattered hip and [123]*123pelvis. He was required to undergo multiple surgeries and has incurred approximately $1 million in medical expenses.-

Following the crash, data was downloaded from the AEVIT and OEM data recorders. The AEVIT data logger captures data in blocks, and AEVIT data block 5— created as the crash occurred—depicted approximately 74 seconds of data immediately preceding Cady’s impact. Between seconds 62 to 67 of this data block, the van’s speed fluctuated between 33 and 35 miles per hour (“mph”). After second 70, even though the brakes were called for, the speed increased from 34 to 37 mph before slowing to 33 mph. Impact occurred at second 74, when the van’s speed dropped to 0 mph.

C.

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702 F. App'x 120, Counsel Stack Legal Research, https://law.counselstack.com/opinion/cady-v-ride-away-handicap-equipment-corp-ca4-2017.