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VERDUZCO v. FORD MOTOR CO., F070062 (2018)

Court: Court of Appeals of California Number: incaco20180824064 Visitors: 16
Filed: Aug. 24, 2018
Latest Update: Aug. 24, 2018
Summary: NOT TO BE PUBLISHED IN THE OFFICIAL REPORTS California Rules of Court, rule 8.1115(a), prohibits courts and parties from citing or relying on opinions not certified for publication or ordered published, except as specified by rule 8.1115(b). This opinion has not been certified for publication or ordered published for purposes of rule 8.1115. OPINION DETJEN , J. INTRODUCTION Plaintiff and appellant Irvin Verduzco appeals from a judgment of the Superior Court of Stanislaus County entere
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NOT TO BE PUBLISHED IN THE OFFICIAL REPORTS

California Rules of Court, rule 8.1115(a), prohibits courts and parties from citing or relying on opinions not certified for publication or ordered published, except as specified by rule 8.1115(b). This opinion has not been certified for publication or ordered published for purposes of rule 8.1115.

OPINION

INTRODUCTION

Plaintiff and appellant Irvin Verduzco appeals from a judgment of the Superior Court of Stanislaus County entered on April 20, 2015, in favor of defendant and respondent Ford Motor Company (Ford).

Verduzco sustained a skull fracture and brain trauma, inter alia, in an automobile collision. He sued Ford, alleging a defect in the design of the 1993 Ford Taurus—the car in which he was riding at the time of the accident—caused his head injuries.1 In a special verdict, the jury concluded the Taurus's design was not "a substantial factor in causing harm. . . ."

On appeal,2 Verduzco makes several contentions. First, substantial evidence did not support the special verdict. Second, the trial court erroneously denied a motion to compel Ford to produce tests relied upon by its experts to demonstrate how the Taurus's design balanced crash energy absorption and intrusion resistance. Third, the court erroneously refused to give his two requested special instructions on causation. Fourth, the court erroneously excluded from evidence two crash tests of a 1990 Volvo 740. Lastly, the cumulative effect of the court's abovementioned errors deprived him of a fair trial.

Regarding Verduzco's first contention, the substantial evidence test is not the proper standard of review. Because Verduzco bore—and failed to carry—the burden of proving causation, the question before us is whether the record compels a reversal of the special verdict as a matter of law. Such a finding is warranted only if Verduzco's evidence was uncontradicted, unimpeached, and of such character and weight as to leave no room for a judicial determination to the contrary. Under this standard, we conclude the record does not compel a reversal. We also conclude none of the trial court's rulings challenged by Verduzco amounted to prejudicial error. We affirm the judgment.

FACTUAL AND PROCEDURAL HISTORY

I. The accident.

On the evening of May 19, 2000, a Ford Taurus occupied by Verduzco and four other individuals—all of whom were wearing seatbelts—headed westbound on State Route 108. Verduzco, then 13 years old, sat in the backseat directly behind Guadalupe A., the front seat passenger. At a three-way junction, the Taurus came to a complete stop, allowing opposing traffic to pass in order to make a left turn onto Skittone Road. Before the Taurus could proceed, it was rear-ended by a 1999 Ford Explorer driven by Gordon F. The Explorer only struck the right side of the Taurus's rear structure; there was no direct contact with the left side. (See fn. 3, post.) At the time of impact, the Taurus's trunk contained a spare tire and a wooden speaker box measuring two feet seven inches in width.

Verduzco sustained the following injuries: "Large left parietal scalp hematoma extending from the frontal to the posterior parietal/occipital region"; "Bleeding from ears, nose"; "Left temporal-parietal skull fracture without significant depression"; "Bilateral basilar skull fractures"; "Contusions with small punctuate areas of hemorrhage in the left temporal lobe"; "Diffuse brain stem edema; diffuse cerebral edema"; "Pneumocephalus"; "Bilateral pulmonary contusions most prominent posteriorly"; "Anterior mediastinal hematoma"; "three small wounds on his right knee"; and "minor abrasions on the left knee and lower extremity." Subsequent neuropsychological testing confirmed severe cognitive impairment.

Guadalupe sustained a lower left occipital scalp contusion and posterior neck pain. Sergio V., the driver of the Taurus, was unscathed and the remaining passengers suffered minor injuries.

II. The lawsuit.

Verduzco sued Ford. He alleged the defective design of the Taurus proximately caused his head injuries.

III. The first trial and mistrial.

Trial commenced on December 3, 2013. On December 19, 2013, the 11th day of trial, the trial court issued a tentative ruling concerning the admissibility of six crash tests performed by Verduzco's expert Robert Hooker. Of these tests, three were admitted, one was conditionally admitted, and two were excluded. However, the court found Hooker did not possess "the requisite expertise, training, or knowledge to express engineering opinions" and was not qualified to "state opinions based on any of his crash tests." It stressed the tests needed to "come in through an expert" and could not "come in on [their] own."

Ford moved for a mistrial, citing the disadvantage of "having to face new expert opinion testimony" "two weeks into trial." Following Verduzco's stipulation, the court declared a mistrial.

IV. Post-mistrial.

a. Discovery referee.

On May 27, 2014, pursuant to Code of Civil Procedure section 639, the court appointed a discovery referee to "`deal with all remaining discovery issues.'" b. Deposition of Dr. Ram Krishnaswami.

On December 5, 2014, Verduzco's counsel deposed Krishnaswami, one of Ford's experts. The following exchange ensued:

"Q. Okay. . . . [W]hen you talk about loading conditions and impact and all this, 50 percent offset, Taurus-to-Taurus rear impact, okay. Consider for all the rest of my questions we're using those as the impact parameters, okay? . . . [¶] . . . [¶] . . . 50 miles an hour, Taurus-to-Taurus, 50 percent offset. [¶] . . . Did Ford ever test a Taurus or something in the size and shape of the Taurus that would provide greater resistance to intrusion in that situation? "A. I don't know. Sitting here, I don't know if I can point to something like that, no. "Q. Do you intend at trial to say that that is something Ford would have done during the design process, somewhere along the line? Maybe going back to the early '80s, but at some point they ran a test where—with a . . . rear structure of the Taurus that would have greater resistance to intrusion in a rear impact, either inline or 50/50, but whatever, in a rear vehicle-to-vehicle impact, did you ever test a Taurus or Taurus-like structure that would have the greater resistance to impact than what was ultimately used in the '92 to '95 Taurus? "A. Not having a crash test to point to sitting here today, I don't intend to. "Q. Okay. Do you intend to testify that there was a process at Ford where they learned what the right relationship between stiffness and crash pulse should be for a vehicle the size and shape of the Taurus? "A. I intend to. Those are specific knowledge based on my training and the knowledge base I developed over 20 years at Ford, and in also talking to some of the technical fellows at Ford at that time. . . . I intend to opine on that in that broad sense."

On January 22, 2015, Verduzco moved to "compel crash testing upon which defense experts are relying." (Capitalization omitted.) Specifically, he claimed Krishnaswami "revealed that there is a formal process where testing is done to find" "the appropriate balance between energy absorption and penetration resistance" and "intend[ed] to rely upon that testing and testify to the jury it occurred." After a February 13, 2015, phone conference, the referee recommended denial of Verduzco's motion. In a proposed ruling served by mail to the court and the parties that day, he reasoned:

"After closely reviewing Dr. Krishnaswami deposition testimony the undersigned concludes that the witness did not indicate reliance on pre-1992 developmental testing. When asked whether he intended to rely at trial on a specific test dealing with the Ford Taurus' resistance to intrusion from a rear impact he indicated that he did not. Instead, he testified that his opinions were grounded in general knowledge and years of experience. . . ."

c. KARCO crash tests.

Verduzco hired KARCO Engineering, LLC (KARCO) to run several crash tests at its facility in Adelanto. In a trial brief, Verduzco described these tests:

"[KARCO] Test 2: 52.8 mph into unmodified Taurus. "[KARCO] Test 3: 32 mph into unmodified Taurus. "[KARCO] Test 4: 32 mph into unmodified 1990 Volvo 740. "[KARCO] Test 5: 32 mph into modified Taurus. "[KARCO] Test 6: 32 mph into unmodified Taurus. "[KARCO] Test 7: 50.4 mph into unmodified Taurus. "[KARCO] Test 8: 48 mph into unmodified 1990 Volvo 740. "Each of these tests had a speaker box in the trunk, and were impacted by a 1999 Explorer with an approximately 50% offset, just as occurred in the Verduzco accident.3 Each test had three instrumented dummies, one in . . . Verduzco's position, and one in each of the front seats. There were also two uninstrumented dummies in the remaining two back seat positions. The set up of the target vehicle was the same for each test. . . . [¶] . . . [¶] ". . . At the first trial, Plaintiff's accident reconstruction expert opined that the impact speed was 32 mph. Defendant's expert opined that it was 50 to 55 mph. Plaintiff therefore ran two tests involving the Taurus in an unmodified condition, being impacted by an Explorer. One test was run at the midpoint of the defense speed estimate, 52.8 mph ([KARCO] Test 2), and one was run at 32 mph ([KARCO] Test 3). "During expert deposition of Defendant's expert, Michelle Vogler, it was learned by Plaintiff that these crash tests were run without the spare tire in the vehicle. Plaintiff, therefore, reran the tests with a spare tire in the vehicle. One of those new tests was run at 32 mph [(KARCO Test 6)], and the other at 50.4 [mph] [(KARCO Test 7)]. . . .4 [¶]. . . [¶] ". . . Plaintiff ran . . . tests with stiffer rear components. Two of those tests were with competitive, in production, available, `peer vehicles' to the Taurus [(KARCO Tests 4 and 8)], and [another had] modifications to the Taurus [(KARCO Test 5)]. The modifications made were in conformance with Ford's own recommendations that arose through their participation with the Experimental Safety Vehicle in the 1970's. . . . [¶] . . . [¶] "There are . . . tests involving alternative designs. [One] involving a modified Taurus [(KARCO Test 5)] and two involving an unmodified Volvo [(KARCO Tests 4 and 8)]. . . . "Testing was . . . conducted on an unmodified 1990 Volvo 740. This Volvo was selected for two reasons. First, because Ford's expert, Jeya Padmanaban, had identified the Volvo 740 was a `peer vehicle' to the Taurus in doing her statistical analysis. . . . Second, a memo from Ford's engineers regarding a trip they took to talk to Volvo in 1992 indicated that Volvo was specifically designed to prevent injuries as occurred to . . . Verduzco. That memo stated that, for rear impacts: "Volvo tests to 301 with barrier and internal offset, side (on filler) and angled car to car tests at 40 mph for fuel leakage. It also measures HIC and neck moments and requires luggage retention at 35 mph. Volvo requires no seat separation at 40 mph, with 100mm static deformation allowed. It concludes that dual recliner mechanisms are essential for its products to comply with these objectives. [¶] . . . [¶] ". . . Plaintiff . . . set up [KARCO Test 8] to be run in a Volvo at 50 mph. On the day the test was to be run, however, it was learned that Defendant had lowered the reconstruction to about 46 mph. The test was therefore conducted at 48 mph. . . ." (Fn. & boldface omitted.)

V. The second trial.

The second trial commenced on February 24, 2015.

a. Motions in limine.

Verduzco moved "to exclude reliance, directly or indirectly, on crash tests not produced." (Capitalization & boldface omitted.) He reiterated Krishnaswami "revealed that there is a formal process where testing is done to find" "the appropriate balance between energy absorption and penetration resistance" and "intend[ed] to rely upon that testing and testify to the jury it occurred." Verduzco indicated the motion was "also intended as an objection to [the referee's] Proposed Ruling." The parties argued the matter at the motion hearing. Ford's counsel urged the court to adopt the referee's recommendation. The court denied Verduzco's motion.

In separate motions, Ford asked the court to exclude from evidence KARCO Tests 4 and 8. Regarding KARCO Test 4, Ford argued:

"The Volvo is [a] rear-wheel drive vehicle. . . . Thus, the Volvo has a completely different rear structure, including a rear axle between the rear seat and trunk and a stepped-up floor in the trunk, and also a different weight distribution. "The differences in the rear geometry are amplified by the different placement of the speaker box in the Volvo test. Given the Volvo's different trunk design, the speaker box in the Volvo test was placed snug in a well in the Volvo's trunk located rearward of the axle and remote from the rear seat back, whereas the speaker box in the Taurus fit right up against the seatback. . . . "Both parties' experts agree that the speaker box played an important role in the subject crash. Thus, the different placement of the speaker box in the Volvo test makes [KARCO] Test 4 even less suitable for comparison. Admission of the Volvo test would also confuse the jury, and considerable time would be wasted explaining the significant differences in the vehicle designs. . . ."

Regarding KARCO Test 8, Ford argued:

"[KARCO] Test 8 was first disclosed without explanation to Ford . . . less than one week before trial. . . . [¶] . . . [¶] "It would be impossible for Ford to inspect and analyze [KARCO] Test 8, depose Plaintiff's experts regarding their opinions and then complete the expert work necessary to respond to [KARCO] Test 8, prior to the start of trial. Thus, allowing Plaintiff to offer [KARCO] Test 8 at trial would necessarily prejudice Ford by once again creating a situation where it is forced to begin trial without knowing what it is defending against. . . ."

Ford again highlighted the Volvo 740's "completely different rear structure." Following the parties' oral arguments on the matter, the court granted Ford's motions. It reasoned:

"As to [KARCO Test 4], I'm going to grant the motion to exclude. I think that fundamentally, because of the rear axle and so forth, and the fact that the speaker box is in the well makes it fundamentally dissimilar. And it's not substantially similar. And so I will exclude that. [¶]. . . [¶] ". . . [As to KARCO Test 8], it's not substantially similar. I think it's . . . very different. [¶] But on this motion, we have the added element of what I consider to be unfairness or prejudice to the defendant. . . . [¶] . . . [¶] . . . I'm going to grant [Ford's motion]."

b. Gordon's video-recorded deposition.

Gordon moved out of the state prior to trial and was unable to testify in person. The parties agreed to play a video recording of his July 28, 2010, deposition and met and conferred about its scope. Verduzco "objected to the portion of [Gordon]'s testimony where he referred to his parents' insurance and fault assignment." Ford agreed it would present an edited video "omit[ting] these references."

The jury watched Gordon's video-recorded deposition. However, it heard the following exchange:

"Q. Do you know if there was a percentage of fault assigned to you in the accident by the insurance company? [¶] . . . [¶] "A. The insurance company assigned me full blame from the best of my knowledge. That's what I was informed. . . ." (Boldface & underlining omitted.)

After a sidebar conference, the parties agreed to a stipulation:

"`In this case, both parties agree that Gordon . . . was negligent and his negligence was a substantial factor in causing the accident and . . . Verduzco's harm.'" c. Verduzco's witnesses.

i. Guadalupe A.

Guadalupe recounted what he observed and how he reacted immediately before impact:

"I noticed the dash and all the inside of the car lit up. It . . . didn't seem that odd if it wasn't because it was really bright. And it just got brighter and brighter from my perspective. "So I wanted to mention that to my friend. So I was turning to my left to talk to Sergio, and I was telling him, you know, you know, something's up. Like, I was trying to give him sort of like a heads-up to mentioning to my friend, and then just, boom. . . . [¶] . . . [¶] ". . . I wanted to make a full turn. I wanted to see what was going on, you know. As I was telling him, I wanted to turn. I just never really get to turn all the way. . . . [¶] . . . [¶] . . . I wanted to see the back window. I just never—I didn't even finish my sentence. [¶] . . . [¶] . . . I says, `Sergio, I think we're'—and that was it. [¶] . . . [¶]. . . Boom. Just—everything blacked out."

Guadalupe never turned his head "all the way around." He did not see "anybody in the back" or the headlights of Gordon's Explorer.5

ii. Dr. Kenneth Saczalski.

Saczalski, a consulting engineer, reviewed video recordings of the five KARCO crash tests admitted into evidence. Regarding KARCO Test 3, in which an Explorer collided with an unmodified Taurus at 32 miles per hour and the Taurus's trunk contained a speaker box but not a spare tire, he observed:

"So the front occupant, which happens to be a 50 percentile [male] surrogate, weighs 175 pounds, he's in a standard Taurus seat. And you see his head has moved back from where he started out. The seat is deforming and going back towards the rear occupant area. It's intruding or violating into that area. "Then you see the red-colored head. . . . [T]he red-colored head is the head of the right rear surrogate, being shoved forward. "So we have two things going on. We have intrusion from the rear pushing and violating that occupant space of the right rear, and we have intrusion from the front due to the deformation of that occupant seat going towards it. So we're essentially squashing the space of the right rear occupant. [¶] . . . [¶] "The front seat comes backward, deforms into the rear occupant space. And the cargo . . . was intruding into the seatback and through and penetrating into that space. So shoving the right rear occupant forward. [¶] . . . [¶] ". . . [I]n the process, if you watch the head of the right rear, you will notice that it turns to the left. As it turns to the left, it will make contact with the head on the headrest of the right front occupant. So that's what you should see. [¶] . . . [¶] "The sheet metal is very soft. It gives way easily. You get a lot of deformation in the rear, and objects in the trunk then get shoved through the back, into the backseat area and penetrate into the backseat area. "We can see the bending of the backseat. We can see the bowing down the lower spine, or thoracic and lower spine, of the surrogates. So they are getting shoved forward from the cargo in the trunk being pushed through into the occupant area of the rear seat occupants."

Regarding KARCO Test 6, in which an Explorer collided with an unmodified Taurus at 32 miles per hour and the Taurus's trunk contained both a speaker box and spare tire, Saczalski noted:

"It's the same type of kinematics6 as [KARCO Test 3] and similar results. Repeatable results of occupant-to-occupant impact. [¶] . . . [¶] . . . It's a combination of the deformation of the front seat . . . and occupant going backwards while the trunk is shoving the occupant in the rear forward."

By contrast, in KARCO Tests 2 and 7, in which an Explorer collided with an unmodified Taurus at 52.8 and 50.4 miles per hour, respectively, Saczalski saw "[m]ore crush and more intrusion from the rear into the rear-seated passengers" and "[m]uch more violent" kinematics. He concluded Gordon's Explorer never reached 50.4 miles per hour at the time of impact.

Finally, with regard to KARCO Test 5, in which an Explorer collided with a modified Taurus at 32 miles per hour, Saczalski observed:

"The heads do not hit. [¶] . . . [¶] . . . There's a considerable amount of clearance between the head of the right rear and the right front seat and head. [¶] . . . [¶] "Also, you may notice that the right side passenger in the front has not gone back as far as the driver did, who is in the single recliner seat. [¶] . . . [¶] "[There is no contact] on the right side where the intrusion was. . . ."

Saczalski testified he implemented the modifications in the Taurus used in KARCO Test 5. These modifications included a "cargo penetration barrier for [the] rear seatback"; "energy absorbing foam" in the "space between [the] improved cargo barrier and original rear seatback"; "weld[ing] of [the] OEM7 . . . package (parcel) shelf to the improved cargo barrier frame in [the] trunk area"; "closure of [the] weak OEM open section[s]" to the left and right "rear fender [quarter] panel[s]" with "added `plastic hinge' energy bars"; backseat head restraints; and a second recliner in the front passenger's seat. (Capitalization omitted.) As to why he added another recliner, Saczalski explained:

"[A recliner has] a locking gear and a sector gear. When you release the lever, you can push back, there's a . . . restoring spring, coil spring, that will want to keep the seat upright. You move back against it, you can move it back. [¶] When you put the lever back down, the sector gear will come up and lock in with the pawl, the locking pawl. [¶]. . . [¶] ". . . [The first recliner is] on the outboard side in [the Taurus], in the [OEM] vehicle. [¶] . . . [¶] . . . [W]e added a second recliner, the same kind of recliner, . . . on the inboard side. So it now had two recliners which increases the strength by a factor of two and limits the rearward deformation. [¶]. . . [¶] ". . . The right front [passenger]'s seat [was] between 1[,]300 to 1[,]500 pounds. . . . If you're already at 1[,]300 or 1[,]500 with one recliner, if you put in a second one, you increase the strength by almost double."

Saczalski's modifications were based on recommendations in a report titled "OCCUPANT PROTECTION IN REAR IMPACT," which was presented at the Fifth International Technical Conference on Experimental Safety Vehicles in 1974. The author, D. Burland, was an engineer employed by Ford Motor Company Limited.

iii. Dr. Brian Benda.

Benda, a biomechanist, inspected the Taurus from the May 19, 2000, collision. He also examined the police report; Verduzco's and Guadalupe's medical records; deposition testimonies; and photographs of the vehicles and the accident scene. Certain photographs demonstrated the "crush can" in the Taurus's front passenger's seat's head restraint was "severely damaged."8

Benda concluded Verduzco's skull and brain injuries resulted from "[b]lunt force impact to the left side of the head," indicating Verduzco "struck a flat surface, as opposed to something with an edge." Benda also concluded Verduzco's chest and thorax injuries resulted from "[b]road blunt force impact across the back bilaterally," indicating Verduzco was "smacked uniform[ly] in the back" with "a broad, flat surface." As to precisely how Verduzco sustained his injuries, Benda opined:

"Basically [Verduzco] . . . is sitting in the right rear seat. There was a rear-end crash. As a result of that rear-end crash, there was deformation of the right rear of the [accident] Taurus. And the right rear seatback pushed [him] forward in the vehicle. . . . [¶] . . . [¶] "Just as the crash begins, [Verduzco] moves back into his seat, just like everybody does when you're hit from the rear. When you get hit in the rear, everybody starts moving back to the point of impact, okay? [¶] . . . [¶] The crash proceeds, and now the intrusion starts to come in. And it's the intrusion that strikes [Verduzco] in the back and starts to push him forward." ". . . He's sitting upright, intrusion comes in, whacks him in the back, causes his lung injuries, pushes him forward. . . . [¶] . . . [¶]. . . [Verduzco] is . . . being pushed forward, his head rotates a little bit exposing the left side of his head to what's in front of him." ". . . At the same time, Guadalupe . . ., who was sitting in the right front loaded into his seat and his seatback. He came back as a result of loading into his seat, ramped up the seatback,9 and there was head-to-head, [Verduzco]'s head to Guadalupe's head, and [Verduzco]'s head to the head restraint of the right front seat impact on the left. [¶] It was that impact that caused the skull fractures and the brain injuries that [Verduzco] sustained in this crash. [¶] . . . [¶] "So [Verduzco]'s occupant space, his protection space, was compromised by the right front seat seatback and occupant coming into the space and by his seatback pushing him forward. As a result of both of those things, [Verduzco] whacks his head and gets the skull and brain injuries that he sustained."

As a visual aid, Benda presented the side view of a computer-generated three-dimensional (3-D) illustration showing the temporal-parietal portion of Verduzco's model's head striking the occipital portion of Guadalupe's model's head. Benda confirmed the 3-D illustration could be "rotated to get views from 360 degrees."

d. Ford's witnesses.

i. Dr. Robert Piziali.

Piziali, a consulting engineer specializing in biomechanics, challenged Benda's explanation. First, "nobody . . . found any evidence of abrasions on [Guadalupe's] seatback consistent with ramping. . . ." Second, Verduzco's head could not have struck the front passenger's seat's head restraint and Guadalupe's head at the same time because the head restraint would have prevented any direct impact with the part of Guadalupe's head that was bruised.

Moreover, Piziali pointed out Benda's 3-D illustration could be surveyed "from different directions" and analyzed "a lot more thoroughly." Using the 3-D computer graphics software "Poser" and "3D Studio Max," Piziali examined "the actual complete image" and made several observations. First, Guadalupe's model was "elevated very far above the seat," i.e., 9.6 inches. Including the two or three inches the seat would have been depressed, Guadalupe's model "moved upward about an entire foot." Second, while Guadalupe's model wore a shoulder belt, it did not wear a lap belt, the use of which would have been "clearly inconsistent" with "that much movement." Third, Verduzco's model exhibited an "extreme distortion in the neck," its head "getting all the way to 90 degrees at impact with the headrest." Because Verduzco did not sustain a neck injury in the collision, such distortion was "unrealistic." Fourth, the heads of Verduzco's and Guadalupe's models were "overlapping," i.e., "there's essentially one inch of penetration," indicative of "extreme crushing to the skull of Mr. Verduzco" rather than a linear, nondisplaced fracture.

Piziali inspected the Taurus. He reviewed the police report; photographs of the accident scene; medical records; witness statements; and deposition testimonies, including those of Guadalupe (ante, fn. 5), Sergio, and another Taurus passenger.10 Piziali opined as to precisely how Verduzco sustained his injuries:

"Well, I believe that Mr. Verduzco was put on notice that there was going to be a pending impact just as at least three of the other occupants in the vehicle were. And they reacted in different ways. "I believe what Mr. Verduzco did is that he ducked down. Seeing the headlights coming at the rear of his car, he ducked down and put his head against the rear seatback. And when the impact itself occurred, as you know, [Gordon's] Explorer pushed a lot of that rear structure forward, pushed the speaker box into the rear of the backseat. "And I think that his head was down . . . at the front of the speaker box, that front plate of the speaker box, and I think that impact is what caused his fracture and his brain injury. [¶] . . . [¶] ". . . [T]here was an impact to the left temporal-parietal region. [¶]. . . [¶] It was a nondisplaced, linear fracture with no crushing. . . . I think it would have occurred with the front surface of the speaker box, near the top which we have called an edge, or somewhat below that. Impossible to tell exactly where. "And there was swelling along the entire left side of the head, which means I believe his head did get down even maybe below the edge where most of the left side of his head would be exposed to the box and would cause bruising over a substantial area. "And the bilateral pulmonary contusions, . . . his thorax was pretty much against . . . the backseat, and the intrusion would cause acceleration of the entire thorax, which would cause bruising of both lungs." ". . . And I think there is some marks on his knees which were caused by the seatback coming back. "And then I think, following that, the impact caused his body to, from the lower position of his head, to come up, rotate up and forward, head hit, and then his head impacted the back of the right front headrest. . . . [¶] . . . [¶] ".. . [I]f you look at the distortion of the vehicle and the attachment points of the restraints, if there wasn't slack in the belt, I believe he would have been held very tightly. When he ducked down, he pulled a lot of belt out. . . . That's how he allowed the body to sling forward against the headrest."

Piziali emphasized Verduzco would not have sustained the "injury to the left side of his head" "had the speaker box not been there in . . . the trunk."

Piziali watched the video recordings of the KARCO crash tests. He did not believe the tests accurately represented the conditions at the time of the May 19, 2000, collision:

"I'm focusing really on the occupants and their positioning. I'm not talking about the crush and velocities. . . . [¶] . . . [¶]. . . [O]bviously we know that the occupants in the vehicle were moving in some way, shape, or form to observe the oncoming vehicle. And so in that, they would not be in the normal, seated, looking-straight-ahead position that they're in at the beginning of the K[ARCO] impact."

ii. Dr. David Viano.

Viano, an injury biomechanics researcher, detrimmed and examined the Taurus's front passenger's seat. He discussed his findings:

"There is a lever on the inboard side. When you lift that, there is some teeth that come apart and it lets the seatback rotate, and then you can lock it back in. "And those teeth, once engaged, provide the sturdiness between the back of the seat and the bottom. And in a rear impact they hold it against the force so that you could push the occupant forward. [¶] . . . [¶] "In the accident vehicle, the seat's relatively upright. It's only a very small number of degrees deformed, so you have to take the trim off to see if there's something that was broken or damaged or torn, and that's why the trim was removed. "And you can see . . . all the metal parts now. So it was possible to look at the tracks to make sure that the teeth that engage the tracks at the bottom remained in place during the accident. You can actually turn the seat over and look at the teeth on the recliner to see if they stayed in place during the accident. And then you can look at all of the points on the seat where the stresses of an accident put load to see if anything bent or was deformed. "And there really wasn't much in the way of any deformation of this seat from [Guadalupe] pushing rearward. [¶] . . . [¶] ". . . There were two [areas] that indicated that somebody from the backseat had impacted or supported the seat from the rear. One was the head restraint had been deformed, primarily from a load a little bit right of center line, so on the right side of the headrest a little more than on the left. [¶] . . . [¶] "And the second was . . . on this metal bracket that goes across the back, there was a dent in it, which is, in my experience, consistent with the knees or the legs of a rear seat occupant supporting the backseat in an accident. [¶] . . . [¶] ". . . So that's an explanation why we don't see much deformation from [Guadalupe] pushing it rearward. I think it's pretty much stopped by Mr. Verduzco's contact with the seatback with his legs."

In addition, Viano presented various graphs charting the performances of various single and dual recliner seats in body block testing11 between 1960 and 2000, including that of the 1993 Taurus's single recliner seat. He remarked:

"I think what's really critical to me was the fact that our seat that's in the 1993 Ford Taurus, the seat that's here, is a very robust design. It[']s very—you know, very well-engineered recliner system. "It's bigger than most you would put into a seat, and it's obviously stronger than most single-side recliner seats, because it's up, you know, higher than many of the dual recliner seats. [¶] . . . [¶] ".. . It supported 22,000 some inch-pounds of load, which is a lot. Probably doesn't mean a lot to you, but it supported 1[,]500 pounds. That's about half the weight of the car and only went back maybe 20 or 30 degrees from its initial position and still supported that in the tests. That's why it's so high in this graph. It's a very strong seat. [¶]. . . [¶] ". . . [T]his performance is at or above the state of art [through 1995] for any seat, dual recliner or single. . . . [O]ur seat is one of the strongest in the market at that point in time. [¶] . . . [¶] ".. . There is one stronger dual recliner, but most of the dual recliners in that time frame were weaker. And obviously the other single side recliner seats were also much lower in strength. "So . . . in 1993, this was one of the really strong seats on the market."

Next, Viano discussed the head injury criteria (HIC), "a method of looking at the risk that an occupant might experience a brain injury or a skull fracture" used by the federal government since 1972. He presented a graph titled "HIC Injury Assessment" and explained:

"[T]here is a tolerance that's in the federal standards for car safety. And it says, you can't go above [1,000 HIC] . . . in a test. [¶] . . . [¶] "There are different levels of injury you could have: You could have a bruise to the head, which is a low-level injury; or you could have a skull fracture, which is a mid-level injury; or you could have a very serious brain trauma, which is high-level. "And there's a coding system for that that ranges from one to six. It's called AIS, which is `Abbreviated Injury Scale.' "And a one is a very low, minor injury. That's the bruise; the skull fracture is probably a three . . .; and if you have a very devastating brain injury, you could be up at a four or a five; and obviously the injury could be so bad that you can't survive it and so you might be fatally injured. "So for every level of HIC, there is some risk that you are going to have the bruise; there is some risk you may have a skull fracture; there is some risk you may have a brain injury or die. "And you can see that those levels of risk at [1,000 HIC] vary depending on which severity of injury you are looking at. [¶] . . . [¶] ". . . You can see there is a very, very high risk that you are going to have a bruise or some sort of a scratch if your head is hit [(99.2 percent)], but there's a relatively low risk of having, let's say, a severe, four-level brain injury [(16.9 percent)]."

In view of the HIC Injury Assessment, Viano compared the crush can in the Taurus's front passenger's seat's head restraint with other Taurus crush cans subjected to impact testing. He noted the damage to the Taurus's crush can was greater than the damage to the test crush cans struck by a 10-pound model head at or below 17.1 miles per hour and less than the damage to the test crush cans struck at or above 21.6 miles per hour, leading him to deduce the Taurus's crush can was struck by Verduzco's head at between 17 and 22 miles per hour. According to Viano, a head striking a crush can at 22 miles per hour "represent[ed] 570 HIC or . . . 57 percent of 1,000 [HIC]." Viano concluded Verduzco's skull fracture and brain injury could not have resulted from hitting the head restraint:

"So if [Verduzco] had bleeding and a tear to the skin, he would have an AIS code [of] maybe a two. His skull fracture, linear skull fracture, would be an AIS3. But his damage to the brain would be AIS4. So his head injury was AIS4, the head injury." . . . What you saw was 500 [HIC]. . . . [I]t's well below—maybe four percent, below four percent risk of a severe injury contacting and deforming the head restraint in tests up to 22 miles an hour. [¶] . . . [¶]. . . . This is well below the area which we would expect to have any injury for [Verduzco] or even somebody older. I mean, we're talking about a test that represents your parents' head hitting, where they don't have the same tolerance as a young boy. [¶] . . . [¶] ". . . [W]hen Mr. Verduzco hits [the head restraint], I believe he's already been injured with a serious brain injury. This isn't strong enough to cause the skull fracture. It's certainly not strong enough to cause the brain injury that he experienced."

Viano attended KARCO Tests 5, 6, and 7 in person and reviewed the results of each test. He commented:

"I think, to be fair to [KARCO], they ran a standardized seating position which would have the dummy in a normal seated position. And there is a lot of reasons to use that because we don't exactly know where everybody was. So I would not fault them for running standardized seating position. "But I do believe in the Verduzco crash the occupants may not have been in standardized seating positions. I think there was . . . a lot of debate going on . . . if somebody was aware that they were going to get hit. And I think there was some movements that may have taken some of the occupants out of their position."

iii. Dr. Michelle Vogler.

Vogler, a mechanical engineer specializing in design and materials performance, inspected Saczalski's modified Taurus used in KARCO Test 5 and the unmodified Taurus models used in KARCO Tests 3 and 6. Utilizing a FARO laser scanner, she captured 3-D models of these vehicles for comparative analyses of rear crush and back panel, rear seat structure, and rear seat cushion displacement.

Based on the scan data, Vogler concluded Saczalski's modifications "would have had [no] meaningful effect" "[a]s far as resisting intrusion from [an] Explorer" traveling at 32 miles per hour. Regarding rear crush, she testified:

"You see some slightly different contour to the left-hand side [of the modified Taurus]. It's pulled in a little bit more, and I think that's because of this crush initiator on that side, if you remember those rails had those V[']s cut into it. I think that explains why it gets pulled in a little bit farther than the other ones. But you can see it's overlaying the crush profiles of the vehicles that weren't modified [in KARCO Tests 3 and 6]. [¶] . . . [¶]. . . [I]t wasn't making an effect. It was performing the same as the structure unmodified."

Regarding back panel and rear seat structure displacement, Vogler stated:

"[W]e see variations between them that can be explained by the different things coming into play, but basically they're having very similar performance. They're really overlaying each other very well, both at the back panel and in the occupant compartment, with the exception of the test without the spare tire [(KARCO Test 3)]. "And [the displacement in KARCO Test 3] seems to be much more forward, which is what I would anticipate because you don't have a spare tire in there, so it's not inside the occupant compartment; it's not following the same trends. [¶] . . . [¶] ". . . [A]s far as the back panel level of intrusion, the . . . tests with a spare tire [(KARCO Tests 5 and 6)] . . . line up very similar to each other. They have some different heights, you know, some are a little bit higher and some are a little bit lower, that's just a matter of how the vehicles engaged in that crush. . . . You can get some different override just from test to test. But as far as the amount of forward intrusion or crush, they're very similar." ". . . [Saczalski's modifications are] not aiding in reducing deformation in the occupant compartment. And you're seeing a very similar profile of crush that you see to the other vehicles. [¶] You see a slightly more pull-in. And, again, I think that that's due to those V[']s that were cut into those side panels."

Lastly, regarding rear seat cushion displacement, Vogler observed:

"[The] level of forward displacement [in KARCO Tests 5 and 6] are overlaying each other. [¶] But [KARCO Test 3] is just the oddball. It's more forward. It's not reflective of how the Verduzco and tests with spare would perform."

e. Jury instructions.

Ford requested an instruction on causation akin to the one requested in Soule v. General Motors Corp. (1994) 8 Cal.4th 548 (Soule):

"If you find the 1993 Ford Taurus was improperly designed, but you also find that Mr. Verduzco would have received similar injuries even if the design had been proper, then you must find that the design was not a substantial factor in bringing about his injuries." (Accord, Soule, supra, 8 Cal.4th at p. 584, fn. 1 (conc. & dis. opn. of Arabian, J.).)

The court asked, "[W]hat evidence has Ford produced that Mr. Verduzco[] . . . would have received the same injuries irregardless of a defect in design?" Ford's counsel stated "the speed of the impact is far in excess of what [Verduzco] tested to and what the basis for [his] causation theory is" and the "force and violence and severity of the crash" "caused the injury and not a head-to-head contact at 32 miles an hour." In response, Verduzco's counsel cited testimony that an alternative design would have prevented Verduzco's head injuries.12 The court denied Ford's request.

Verduzco requested two special instructions on causation. The first (hereafter, Special Instruction No. 1) mirrored language in Soule:

"Vehicle manufacturers must consider collision safety when they design and build their products; thus, whatever the cause of an accident, a vehicle's producer is liable for specific collision injuries that would not have occurred but for a manufacturing or design defect in the vehicle." (Accord, Soule, supra, 8 Cal.4th at p. 560.)

The second (hereafter, Special Instruction No. 2) closely mirrored language in McGee v. Cessna Aircraft Co. (1978) 82 Cal.App.3d 1005:

"The manufacturer must evaluate the crash-worthiness of his product and take such tests as may be reasonable and practicable to forestall particular crash injuries and mitigate the seriousness of others." (See McGee v. Cessna, supra, 82 Cal.App.3d at p. 1013.)

The court rejected Verduzco's Special Instruction No. 1 save for one sentence:

"I'm going to just allow this sentence: [¶] `Vehicle manufacturers must consider collision safety when they design and build their vehicles.' [¶] And I think the language in [CACI No.] 1204 will cover the rest of it. That's all I'm giving."

The court rejected Verduzco's Special Instruction No. 2 in its entirety.

On April 10, 2015, the 29th day of trial, the court gave its final instructions to the jury. It issued, inter alia, Jury Instruction No. 25, a modified version of CACI No. 1204 (Strict Liability—Design Defect—Risk-Benefit Test—Essential Factual Elements—Shifting Burden of Proof); Jury Instruction No. 26, which tracked the language in CACI No. 430 (Causation: Substantial Factor); Jury Instruction No. 27, a modified version of CACI No. 431 (Causation: Multiple Causes) incorporating the parties' stipulation on Gordon F.'s negligence (see ante, at p. 10); and Jury Instruction No. 30, based on the first sentence of Verduzco's Special Instruction No. 1:

"Jury [I]nstruction [No.] 25: "Mr. Verduzco claims that the Ford Taurus's design caused harm to Mr. Verduzco. "To establish this claim, Mr. Verduzco must prove all of the following: "Number one, that Ford manufactured the Ford Taurus; "Number two, that Mr. Verduzco was harmed; "And, number three, that the Ford Taurus's design was a substantial factor in causing harm to Mr. Verduzco. "If Mr. Verduzco has proved these three facts, then your decision on this claim must be for Mr. Verduzco unless Ford proves that the benefits of the design outweigh the risks of the design. "In deciding whether the benefits outweigh the risks, you should consider the following: "A, the gravity of the potential harm resulting from the use of the Ford Taurus; "B, the likelihood that this harm would occur; "C, the feasibility of an alternative safer design at the time of manufacture; "D, the cost of an alternative design; "E, the disadvantages of an alternative design; "F, compliance with Federal Motor Vehicle Safety Standards; "G, aesthetic and customer acceptance factors, such as appearance or fuel economy; "And, H, absence of other similar incidents." "Jury [I]nstruction [No.] 26: "A substantial factor in causing harm is a factor that a reasonable person would consider to have contributed to the harm. It must be more than a remote or trivial factor. It does not have to be the only cause of the harm. "Conduct is not a substantial factor in causing harm if the same harm would have occurred without that conduct." "Jury [I]nstruction [No.] 27: "A person's negligence may combine with another factor to cause harm. In this case, both parties agree that Gordon . . . was negligent and that his negligence was a substantial factor in causing the accident and . . . Verduzco's harm. "If you find that a design defect in the 1993 Taurus was also a substantial factor in causing . . . Verduzco's harm, then Ford . . . is also responsible for the harm. Ford . . . cannot avoid responsibility just because some other person, condition, or event, was also a substantial factor in causing . . . Verduzco's harm. [¶] . . . [¶] "Jury [I]nstruction [No.] 30: "Vehicle manufacturers must consider collision safety when they design and build their products."

f. Plaintiff's summation.

In his closing argument, Verduzco's counsel remarked:

"So we must prove that it's a substantial factor in the [Taurus's] design. Frankly, we just have to prove that the design is causative relative to this accident. We have to prove that this hole in their design . . . was substantially causative of this accident. That's our responsibility. They allow . . . the accident to happen in terms of allowing this type of crush and allowing this type of injury by doing their job in crash-worthiness, period. "This is the jury instruction for substantial factor. What is a substantial factor? [¶] `A substantial factor in causing harm is a factor that a reasonable person would consider to have contributed to the harm.' [¶] Did it contribute? [¶] `It must be more than a remote or trivial factor. It does not have to be the only cause.' "We know there is another cause. [Gordon], a jerk who was going too fast, doesn't look where he is going, reaching for a drink. . . . It does not have to be the only cause[]. Right. [¶]. . . [¶] "The accident, there is no question about it, [Gordon] caused the accident. He caused the accident. But . . . the question is, what causes the harm? [¶] . . . [¶] "The jury instruction associated with comparative fault is that: [¶] `A person's negligence may combine with another factor to cause harm.' [¶] [Gordon] . . . is the cause of the accident. He is a substantial factor in causing the accident and the harm. [¶] `In this case, both parties agree that Gordon . . . was negligent and his negligence was a substantial factor in causing the accident and . . . Verduzco's harm.' [¶] That's the instruction. [¶] `If you find a design defect in the 1993 Taurus was also a substantial factor in causing . . . Verduzco's harm, then . . . Ford . . . is also responsible for the harm.' [¶] . . . [¶] `Ford . . . cannot avoid responsibility just because some other person, condition, or event was also a substantial factor in causing . . . Verduzco's harm.' [¶] They cannot avoid liability on the basis that [Gordon] caused the accident and was a substantial factor in causing the harm."

g. Verdict.

The jury rendered its special verdict on April 10, 2015:

"We, the jury, answer the questions submitted to us in the special verdict as follows: "Question number one: `Was the Ford Taurus's design a substantial factor in causing harm to . . . Verduzco?' "Answer: `No.' "h. New trial motion.

Verduzco moved for a new trial. He argued: (1) the evidence did not sufficiently support the verdict; (2) Ford's counsel committed misconduct by playing the challenged portion of Gordon's video-recorded deposition; (3) the trial court erroneously refused to give his two requested special instructions on causation; and (4) the trial court erroneously excluded KARCO Tests 4 and 8. The court issued a tentative ruling denying the motion:

"The entire record of evidence, taken as a whole, supported the jury's verdict in favor of Defendant. The jury could, and apparently did, find that Plaintiff had not met his burden of proof on the issues of liability and causation. The Court did not err in refusing Plaintiff's Special Instructions because other instructions adequately covered the issue. The testimony of [Gordon] regarding insurance did not appear to be deliberate, and was rectified by instructions. Finally, the Court properly excluded K[ARCO] Tests 4 and 8 because they were not `substantially similar.'" Following a hearing on the motion, the court ruled: "I've read and considered everything. I'm going to deny the motion for new trial, not only for the reasons set forth in my tentative ruling, but I want to amplify just in one area. "The plaintiff's biomechanist expert, Dr. Benda, produced what I think turned out to be perhaps the most critical piece of evidence, although it . . . was not in the plaintiff's favor, in that . . . 3[-]D animation that showed the supposed interaction between the front-seated passenger and the plaintiff in terms of their heads colliding. "And the defense was able to . . . show what the view would have been from the opposite side, which showed that, in order for that collision of the heads to have occurred, as Mr. Benda opined, would have required the plaintiff's neck to have assumed very unnatural, really virtually impossible position of being crooked. "Also, for the front-seated passenger's head to have been up far enough on the headrest, that same view from the opposite side showed that the front-seated passenger would have literally have had to have stood on his feet on the floor for his head to have been extended above the headrest . . . to a sufficient degree for the heads to collide. "And, finally, the two heads would have had to occupy the same space, which I think to the jury was just totally unbelievable. And, frankly, I have to agree with that. "And I think that perhaps more than any other evidence, that bit of evidence right there that I just articulated led the jury to its conclusion, and I think it was supported by the evidence."

DISCUSSION

I. Overview of strict products liability.

"A manufacturer, distributor, or retailer is liable in tort if a defect in the manufacture or design of its product causes injury while the product is being used in a reasonably foreseeable way." (Soule, supra, 8 Cal.4th at p. 560.) "Although a collision may not be the `normal' or intended use of a motor vehicle, vehicle manufacturers must take accidents into consideration as reasonably foreseeable occurrences involving their products." (Cronin v. J.B.E. Olson Corp. (1972) 8 Cal.3d 121, 126.) "Because traffic accidents are foreseeable, vehicle manufacturers must consider collision safety when they design and build their products. Thus, whatever the cause of an accident, a vehicle's producer is liable for specific collision injuries that would not have occurred but for a manufacturing or design defect in the vehicle." (Soule, supra, at p. 560.)

"A product is defective in design for purposes of tort liability if the benefits of the design do not outweigh the risk of danger inherent in the design. [Citation.] This is known as the risk-benefit test." (Bell v. Bayerische Motoren Werke Aktiengesellschaft (2010) 181 Cal.App.4th 1108, 1130 (Bell), citing Barker v. Lull Engineering Co. (1978) 20 Cal.3d 413, 418, 432 (Barker).) "To prove a defect under this test, a plaintiff need only demonstrate that the design proximately caused the injuries. Once proximate cause is demonstrated, the burden shifts to the defendant to establish that the benefits of the challenged design, when balanced against such factors as the feasibility and cost of alternative designs, outweigh its inherent risk of harm." (McCabe v. American Honda Motor Co. (2002) 100 Cal.App.4th 1111, 1121 (McCabe); see Barker, supra, at p. 431 ["[I]n evaluating the adequacy of a product's design . . ., a jury may consider, among other relevant factors, the gravity of the danger posed by the challenged design, the likelihood that such danger would occur, the mechanical feasibility of a safer alternative design, the financial cost of an improved design, and the adverse consequences to the product and to the consumer that would result from an alternative design."].)13

"In the context of products liability actions, the plaintiff must prove that the defective product[] supplied by the defendant w[as] a substantial factor in bringing about [the] injury." (Rutherford v. Owens-Illinois, Inc. (1997) 16 Cal.4th 953, 968 (Rutherford); see Soule, supra, 8 Cal.4th at p. 572 ["A tort is a legal cause of injury only when it is a substantial factor in producing the injury."]; Endicott v. Nissan Motor Corp. (1977) 73 Cal.App.3d 917, 926 ["[I]t is a necessary prerequisite to recovery for defective design that the defect be a substantial contributing factor to plaintiff's injuries."].) "The substantial factor standard is a relatively broad one, requiring only that the contribution of the individual cause be more than negligible or theoretical." (Rutherford, supra, at p. 978; see id. at p. 969 ["[A] force which plays only an `infinitesimal' or `theoretical' part in bringing about injury, damage, or loss is not a substantial factor."].)

II. The record does not compel a reversal of the jury's special verdict as a matter of law.

a. Standard of review.

"We generally apply the familiar substantial evidence test when the sufficiency of the evidence is at issue on appeal. Under this test, `"we are bound by the established rules of appellate review that all factual matters will be viewed most favorably to the prevailing party [citations] and in support of the judgment. . . . `In brief, the appellate court ordinarily looks only at the evidence supporting the successful party, and disregards the contrary showing.' [Citation.] All conflicts, therefore, must be resolved in favor of the respondent."' [Citation.]" (In re I.W. (2009) 180 Cal.App.4th 1517, 1527, italics omitted; accord, Sonic Manufacturing Technologies, Inc. v. AAE Systems, Inc. (2011) 196 Cal.App.4th 456, 465.)

However, the substantial evidence test "is typically implicated when a defendant contends that the plaintiff succeeded at trial in spite of insufficient evidence." (In re I.W., supra, 180 Cal.App.4th at p. 1528.) "`In the case where the trier of fact has expressly or implicitly concluded that the party with the burden of proof did not carry the burden and that party appeals, it is misleading to characterize the failure-of-proof issue as whether substantial evidence supports the judgment. . . . [¶] Thus, where the issue on appeal turns on a failure of proof at trial, the question for a reviewing court becomes whether the evidence compels a finding in favor of the appellant as a matter of law. [Citations.] Specifically, the question becomes whether the appellant's evidence was (1) "uncontradicted and unimpeached" and (2) "of such a character and weight as to leave no room for a judicial determination that it was insufficient to support a finding." [Citation.]' [Citation.]" (Dreyer's Grand Ice Cream, Inc. v. County of Kern (2013) 218 Cal.App.4th 828, 838 (Dreyer's); accord, Wells Fargo Bank, N.A. v. 6354 Figarden General Partnership (2015) 238 Cal.App.4th 370, 390.) "The appellate court cannot substitute its factual determinations for those of the trial court; it must view all factual matters most favorably to the prevailing party and in support of the judgment. [Citation.] `"All conflicts, therefore, must be resolved in favor of the respondent." [Citation.]' [Citation.]" (Dreyer's, supra, at p. 838; see Bookout v. State of California ex rel. Dept. of Transportation (2010) 186 Cal.App.4th 1478, 1486 ["Where . . . the judgment is against the party who has the burden of proof, it is almost impossible for him to prevail on appeal by arguing the evidence compels a judgment in his favor."].)

b. Analysis.

"Generally, the burden falls on the plaintiff to establish causation." (Rutherford, supra, 16 Cal.4th at p. 968; see Endicott v. Nissan Motor Corp., supra, 73 Cal.App.3d at p. 928 ["[N]o general rule exists in the field of product[s] liability requiring the manufacturer of a defective product to prove a negative—his noncausation of plaintiff's injuries."].) Here, Verduzco bore—and failed to carry—the burden of proving the Taurus's design was a substantial factor in causing his head injuries. Hence, the question before us is whether the record compels a reversal of the jury's special verdict as a matter of law.

According to Verduzco's experts, when Gordon's Explorer rear ended the Taurus, the latter's front passenger's seat moved backward toward Verduzco; Guadalupe, the front passenger, ramped up the seatback; Verduzco was propelled forward; and Verduzco's skull simultaneously struck the front passenger's seat's head restraint and the occipital portion of Guadalupe's skull, resulting in Verduzco's skull fracture and brain trauma. Based on Benda's 3-D illustration, Guadalupe did not wear a lap belt and ramped up approximately 12 inches; Verduzco's neck was rotated 90 degrees when his head hit the head restraint; and Verduzco's skull was crushed. These assertions, however, were controverted. Viano detrimmed the front passenger's seat and found minimal rearward movement, likely because Verduzco's knees impeded such movement. Each occupant of the Taurus—including Guadalupe—was wearing a seatbelt at the time of impact. There were no abrasions on Guadalupe's seatback or any other physical evidence of ramping. Piziali testified it would have been impossible for Verduzco's skull to have simultaneously hit the head restraint and the occipital portion of Guadalupe's skull—where Guadalupe received a contusion—because the former would have shielded the latter. Viano analyzed the crush can inside the head restraint and concluded the speed at which Verduzco's head struck it, i.e., 17 to 22 miles per hour, would not have been enough to cause Verduzco's skull fracture or brain trauma. Finally, Verduzco's skull fracture was linear and "without significant depression" and he did not suffer a neck injury.

Because the evidence supporting Verduzco's theory of causation was neither "`"uncontradicted and unimpeached"'" (Dreyer's, supra, 218 Cal.App.4th at p. 838) nor "`"of such a character and weight as to leave no room for a judicial determination that it was insufficient to support a finding"'" (ibid.), reversal of the jury's special verdict is unwarranted.

In his brief, Verduzco argues the court, in rejecting Ford's requested instruction on causation (see ante, at p. 23), "found that there was no evidence to support that the [Taurus's] design was not a substantial factor in causing the injury." We dispute this portrayal of the ruling. Ford's instruction proposed that Verduzco would have sustained the same head injuries in any event, i.e., irrespective of the Taurus's design; in other words, the Taurus's design was irrelevant. (See Soule, supra, 8 Cal.4th at p. 572 ["If the external force of a vehicle accident was so severe that it would have caused identical injuries notwithstanding an abstract `defect' in the vehicle's collision safety, the defect cannot be considered a substantial factor in bringing them about."].) At most, the court's ruling rebuffed this notion. The court did not withdraw the question of whether the Taurus's design was a substantial factor in causing harm to Verduzco from the jury's consideration. In fact, it still issued Jury Instruction Nos. 25 through 27. (See ante, at pp. 25-26.)

Verduzco also maintains "the evidence was undisputed at trial that a different design could have prevented the injury." Even if we accept this claim, which completely discounts Vogler's testimony (see ante, at pp. 22-23), under the risk-benefit test, the plaintiff must first prove the design of the product in question is a proximate cause of injury before the burden shifts to the defendant to prove the benefits of the challenged design outweigh its inherent risk of harm. (McCabe, supra, 100 Cal.App.4th at p. 1121.) Because the jury found the Taurus's design was not a substantial factor, the inquiry ends, obviating the need to review the adequacy of the Taurus's design by, inter alia, considering alternative designs.14

III. Denial of Verduzco's motion to compel Ford to produce tests relied upon by its experts to demonstrate how the Taurus's design balanced crash energy absorption and intrusion resistance was not erroneous.

a. Forfeiture.

In its brief, by way of footnote, Ford states Verduzco "failed to object to the [discovery referee's] recommendation within ten days of its submission" and "therefore waived any right to appeal the issue." (See Code Civ. Proc. § 643, subd. (c); Martino v. Denevi (1986) 182 Cal.App.3d 553, 557.) Verduzco counters that his motion in limine "to exclude reliance, directly or indirectly, on crash tests not produced" constituted such an objection. (See ante, at p. 8.)

The referee's proposed ruling was served by mail to the court and the parties on February 13, 2015. Verduzco's in limine motion was served by e-mail to Ford on February 20, 2015. The record does not establish this motion was also served to the referee. (See Code Civ. Proc., § 643, subd. (c) ["The objection shall be served on the referee and all other parties."].)

Assuming, arguendo, Verduzco did not properly preserve his claim of discovery error, we exercise our discretion to review it on the merits. (See People v. Williams (1998) 17 Cal.4th 148, 162, fn. 6 ["An appellate court is generally not prohibited from reaching a question that has not been preserved for review by a party. [Citations.] Indeed, it has the authority to do so."], citing Canaan v. Abdelnour (1985) 40 Cal.3d 703, 722, fn. 17.)

b. Standard of review.

"We examine the trial court's decision to accept the referee's recommendation for an abuse of discretion." (Lopez v. Watchtower Bible & Tract Society of New York, Inc. (2016) 246 Cal.App.4th 566, 589.) "A ruling that constitutes an abuse of discretion has been described as one that is `so irrational or arbitrary that no reasonable person could agree with it.' [Citation.]" (Sargon Enterprises, Inc. v. University of Southern California (2012) 55 Cal.4th 747, 773; see Denham v. Superior Court (1970) 2 Cal.3d 557, 566 ["`Discretion is abused whenever, in its exercise, the court exceeds the bounds of reason, all of the circumstances before it being considered.'"].) "`The burden is on the party complaining to establish an abuse of discretion, and unless a clear case of abuse is shown and unless there has been a miscarriage of justice a reviewing court will not substitute its opinion and thereby divest the trial court of its discretionary power.' [Citations.]" (Denham v. Superior Court, supra, at p. 566.)

c. Analysis.

In his motion to compel, Verduzo alleged Krishnaswami, during deposition, "revealed that there is a formal process where testing is done to find" "the appropriate balance between energy absorption and penetration resistance" and "intend[ed] to rely upon that testing and testify to the jury it occurred." However, according to the deposition transcript, Krishnaswami testified his knowledge of "[the] process at Ford where [it] learned . . . the right relationship between stiffness and crash pulse . . . for a vehicle the size and shape of the Taurus" was "based on [his] training and the knowledge base [he] developed over 20 years at Ford." When Verduzco's counsel asked him whether he intended to testify at trial about specific testing, Krishnaswami replied, "Not having a crash test to point to sitting here today, I don't intend to." We conclude the denial of Verduzco's motion on this basis was not so irrational or arbitrary that no reasonable person could agree with it.

IV. The trial court's refusal to give Verduzco's Special Instructions Nos. 1 and 2 did not amount to prejudicial error.

Verduzco contends the court should have given Special Instructions Nos. 1 and 2 because they directly specified "that although the Taurus did not cause the accident, the design of the Taurus allowed a more severe injury, and Ford may be held liable for this increased injury." He adds the special instructions also "should have been given to cure the prejudice caused by the attorney misconduct in playing [Gordon's] testimony that his insurer had determined him solely to blame for the accident." (Boldface omitted.)

Assuming, arguendo, the court's refusal to give Verduzco's Special Instructions Nos. 1 and 2 was erroneous, "there is no rule of automatic reversal or `inherent' prejudice applicable to any category of civil instructional error, whether of commission or omission." (Soule, supra, 8 Cal.4th at p. 580.) "A judgment may not be reversed for instructional error in a civil case `unless, after an examination of the entire cause, including the evidence, the court shall be of the opinion that the error complained of has resulted in a miscarriage of justice.'" (Ibid., quoting Cal. Const., art. VI, § 13.) "`[A] "miscarriage of justice" should be declared only when the court, "after an examination of the entire cause, including the evidence," is of the "opinion" that it is reasonably probable that a result more favorable to the appealing party would have been reached in the absence of the error.' [Citation.]" (Cassim v. Allstate Ins. Co. (2004) 33 Cal.4th 780, 800; accord, Soule, supra, at pp. 574, 580.) "[W]hen deciding whether an error of instructional omission was prejudicial, the court must . . . evaluate (1) the state of the evidence, (2) the effect of other instructions, (3) the effect of counsel's arguments, and (4) any indications by the jury itself that it was misled." (Soule, supra, at pp. 580-581, fn. omitted.)

Here, the jury heard Gordon comment that his insurance company "assigned [him] full blame from the best of [his] knowledge." "It is common knowledge today that most drivers in California carry automobile insurance protecting them from liability." (Bell, supra, 181 Cal.App.4th at p. 1123, fn. omitted.) "Absent aggravating circumstances, the brief mention of . . . insurance in an action against an automobile manufacturer . . . for . . . products liability is very unlikely to cause the jury to conclude . . . that the defendant should be relieved of liability for any reason." (Ibid.) Nonetheless, the parties later stipulated Gordon "was negligent and his negligence was a substantial factor in causing the accident and . . . Verduzco's harm." In its jury instructions, largely derived from CACI Nos. 430, 431 and 1204 (see Cal. Rules of Court, rule 2.1050(e) ["Use of the Judicial Council instructions is strongly encouraged."]), the court tasked the jurors with determining whether the Taurus's design "was a substantial factor in causing harm to Mr. Verduzco"; explained a "substantial factor in causing harm" "does not have to be the only cause of the harm"; read the parties' abovementioned stipulation; clarified "[a] person's negligence may combine with another factor to cause harm"; and advised that if the jury found the Taurus's design "was also a substantial factor in causing . . . Verduzco's harm, then Ford . . . is also responsible for the harm" and "cannot avoid responsibility just because some other person . . . was also a substantial factor in causing . . . Verduzco's harm." "In general terms, the [court's] instructions . . . encompassed [Verduzco's] theory, and . . . did not foreclose a . . . verdict on that theory." (Soule, supra, 8 Cal.4th at p. 581; see Bell, supra, at p. 1123 ["[W]e presume that the jury followed the instructions absent some indication to the contrary."].) Furthermore, in his summation, Verduzco's counsel reiterated that Ford could still be held liable for Verduzco's head injuries even though Gordon caused the accident. (See ante, at p. 27.) Nothing in the record suggests the jury was led to believe otherwise. Therefore, we conclude it is not reasonably probable a result more favorable to Verduzco would have been reached had the court issued Special Instructions Nos. 1 and 2 in their entirety.

V. The trial court's exclusion of KARCO Tests 4 and 8 did not amount to prejudicial error.

Next, Verduzco alleges the court "abused its discretion in precluding evidence of the 1990 Volvo 740 as an alternative design," i.e., KARCO Tests 4 and 8. (Boldface omitted.) He contends "testing of alternative designs that in fact greatly reduced intrusion without causing more severe forces on the occupants was highly relevant." Ford argues the court's ruling was correct because KARCO Tests 4 and 8 were not "conducted `under conditions substantially similar' to those of the incident" and KARCO Test 8 was conducted "long after" the parties' agreed-upon deadline and "just two weeks before trial" and "not disclosed to Ford until a week after that."

Assuming, arguendo, the court erred and should have admitted KARCO Tests 4 and 8 into evidence, by constitutional mandate, "[n]o judgment shall be set aside, or new trial granted, in any cause, on the ground of . . . the improper admission or rejection of evidence, . . . unless, after an examination of the entire cause, including the evidence, the court shall be of the opinion that the error complained of has resulted in a miscarriage of justice." (Cal. Const., art. VI, § 13; see ante, at pp. 36-37.) "`The effect of this provision is to eliminate any presumption of injury from error, and to require that the appellate court examine the evidence to determine whether the error did in fact prejudice the [appealing party]. Thus, reversible error is a relative concept, and whether a slight or gross error is ground for reversal depends on the circumstances of each case.' [Citation.]" (Cassim v. Allstate Ins. Co., supra, 33 Cal.4th at p. 800.)

As noted, under the risk-benefit test, the plaintiff must first prove the design of the product in question is a proximate cause of injury before the burden shifts to the defendant to prove the benefits of the challenged design outweigh its inherent risk of harm. Because the jury found the Taurus's design was not a substantial factor, the inquiry ends, obviating the need to review the adequacy of the Taurus's design by, inter alia, considering alternative designs such as the Volvo 740. (See ante, at p. 34.)15 Therefore, we conclude it is not reasonably probable a result more favorable to Verduzco would have been reached had the court admitted KARCO Tests 4 and 8.

VI. There was no cumulative error.

Finally, Verduzco asserts "the prejudice is simply overwhelming" when the trial court's challenged rulings are considered "collectively."

"[A] multitude of minor errors acquires the cumulative force of grave and prejudicial error" "when they establish a course of conduct from which the [reviewing] court can infer that the appellant was deprived of a fair trial." (Dam v. Lake Aliso Riding School (1936) 6 Cal.2d 395, 399.) Having reviewed and analyzed each alleged error, we cannot conclude the cumulative effect was such that Verduzco was deprived of a fair trial. Hence, we reject the argument.

DISPOSITION

The judgment is affirmed. Costs on appeal are awarded to respondent Ford Motor Company.

HILL, P.J. and FRANSON, J., concurs.

FootNotes


1. Verduzco also sued Heritage Ford, Inc. (Heritage) but later moved to dismiss it from the action. The court granted his request on December 4, 2013.
2. Verduzco's appeal from the judgment entered on April 20, 2015, was originally designated case No. F072273. He also appealed from a judgment for costs entered in favor of Heritage (case No. F070062) and an amended judgment for costs entered in favor of Ford (case No. F072860). On December 8, 2015, we granted Verduzco's motion to consolidate cases Nos. F070062 and F072273 under case No. F070062. On February 26, 2016, we granted his motion to consolidate cases Nos. F070062 and F072860 under case No. F070062.

In his opening brief, Verduzco mentions in passing the two judgments for costs but does not raise any issues in connection with those matters.

3. The May 19, 2000, "override offset" collision had "the bumper of the Explorer engag[ing] just [the right side] of the bumper of the Taurus and then mov[ing] in and . . . r[i]d[ing] up into the trunk of the Taurus."
4. Vogler communicated her concerns at trial: "[T]he Verduzco accident had the spare tire in there. . . . [I]t's a component in the load path. It's a component that absorbs energy. And it wasn't in there in [KARCO] [T]est [3] . . . at 32 miles an hour. . . . [¶] . . . [¶] "So if you don't have that in here, you just have the open well, this is not going to perform the same as something that's filled with a tire and going to be in the path of transfer of forces. . . . [¶] So not having it there is not reflective of how the structure would perform with it there. That was the point that I was bringing up."
5. At a deposition conducted on January 5, 2011, Guadalupe testified: "When . . . we stopped and waited for the traffic to clear, I noticed there was a big two beam lights coming towards up in the back that lighted up, like, the whole cabin, the whole dashboard. "I turned around to see. `Cause my first impression was there was a car behind us with the high beams. And it got closer pretty quick. "So I was turning around and I was commenting to my friend that the car behind us was traveling too fast . . .—from my impression on the lights, they were coming too fast. I couldn't finish my sentence when we got hit."
6. Kinematics refers to "the motion of the occupants. . . ."
7. Saczalski testified OEM, i.e., "original equipment manufacturer," refers to a component "the way it came out of the manufacturer."
8. The "crush can" is "a sheet metal can" with "a chunk of foam that's molded around [it]" "that's designed to crush if something hits it, to absorb energy."
9. Benda described "ramping": "Moving back and up on the seatback is what's known as ramping. You're moving up the ramp . . . that's formed by the deformed seatback. [¶] How much you move is going to be affected by the severity of the crash."
10. During his deposition, Sergio testified: "Question: About how long from when you first noticed the bright lights until you—until the collision occurred? "Answer: It wasn't very long. It had to have been within seconds. I was waiting for oncoming traffic. I noticed the lighting inside my vehicle getting brighter, you know. "I believe I turned and said, `I think we're going to get hit,' and then it happened. So that—that couldn't have been too long." "Question: And when you say you turned, are you referring to—you turned your body back to look behind you? "Answer: Yeah. I turned my head."

During his deposition, Adrian D., who sat in the backseat directly behind Sergio, testified:

"[Question:] Do you recall hearing anyone in the Taurus say anything about that Taurus going to be hit? "Answer: No. I don't—I don't recall, no. "Question: Okay. Did you turn around and face the rear of the Taurus before it was hit? "Answer: I believe so, yes. "Question: Do you know whether [Verduzco] turned around and looked through the rear of the Taurus before it was hit? "Answer: No, I didn't—I didn't—no. "Question: Do you know what direction your body was facing when the Taurus was hit from behind? "Answer: . . . [¶] . . . [¶] I was facing forward."
11. Viano described this test: "The black block represents the pelvis shape and the back of the occupant. . . . [¶] . . . [T]hey pull it by a cable. It's . . . on the seatback representing sort of the pressure that an occupant puts on the seat. That pressure tends to bend the seatback rearward. So they pull it until the seat deforms, and they measure the load to produce that deformation."
12. Specifically, Verduzco's counsel referred to the following exchange during his cross-examination of Piziali: "Q. Your theory is that . . . Verduzco was struck from the rear by the speaker box intruding through the rear seatback? "A. Not right through, but pushing it forward, yeah. Essentially the same, yeah. "Q. And you agree that, had there been a barrier on that, he would not have gotten injured? "A. He couldn't have gotten the same head injury. I don't know what would have happened, because once you change the barriers and the stiffness, the different effects, I didn't look into that. I do believe that you significantly reduce the risk of head injury, and I really have no opinion on anything else."
13. A product may also be deemed defective in design under the consumer expectations test, which "permits a plaintiff to prove design defect by demonstrating that `the product failed to perform as safely as an ordinary consumer would expect when used in an intended or reasonably foreseeable manner.'" (McCabe, supra, 100 Cal.App.4th at p. 1120, quoting Barker, supra, 20 Cal.3d at pp. 426, 427.)

In the instant case, given each party's reliance on numerous experts, "both parties assumed that quite complicated design considerations were at issue, and that expert testimony was necessary to illuminate these matters" (Soule, supra, 8 Cal.4th at p. 570), making "injection of ordinary consumer expectations into the design defect equation . . . improper" (ibid.).

14. We note Verduzco's counsel espoused this position at trial: "If we look at [CACI No.] 1204 . . ., . . . first plaintiff proves Ford manufactured the Ford Taurus; Mr. Verduzco was harmed. I don't think there is any dispute as to elements one or two. "Three, that the Ford Taurus's design was a substantial factor in causing harm to Mr. Verduzco. [¶] So the substantial factor causation instruction . . . goes to substantial factor. You're not considering the reasonableness of an alternative design in that portion of the . . . instruction. . . . "Because, remember, it's plaintiff's burden of proof to show . . . that it was possible to stop the injury, not that it's a reasonable alternative design. The burden then shifts to the defendant to prove reasonableness or lack of reasonableness of the alternative design."
15. We are aware of Verduzco's claim that "pro[of] . . . the product's design was a substantial factor in causing . . . harm" can be established "through showing that when the subject vehicle is exposed to similar forces as occurred in the accident, a different design could have avoided the injury." However, he cites no authority for this proposition.
Source:  Leagle

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