Full opinion text
MEMORANDUM OPINION AND ORDER EISELE, District Judge. I. Introduction Before the Court is the Defendant American Airlines, Inc.’s Motion for Partial Summary Judgment Dismissing Plaintiffs’ Claims for Punitive Damages in all Domestic Actions (Doc. No. 117), filed April 2, 2001. On June 29, 2001, the Plaintiffs responded (Doc. No. 125), and on September 4, 2001, the Defendant filed a reply thereto (Doc. No. 130). In ruling on the issues raised in the instant motion, the Court has considered the entire summary judgment record, and in particular the following: (1) Plaintiffs’ Memorandum of Law Regarding a Choice of Law Ruling Applying the Law of Arkansas to the Issue of Punitive Damages in all Domestic Cases Against American Airlines (Doc. No. 13), filed March 1, 2000; (2) Memorandum of Law Submitted by American Airlines, Inc. in Response to Plaintiffs’ Memorandum of Law Regarding the Choice of Law for Determining Liability for Punitive Damages in all Domestic Actions Against American Airlines (Doc. No. 23), filed April 3, 2000; (3) Plaintiffs’ Reply Regarding the Choice of Law Ruling Applying the Law of Arkansas to the Issue of Punitive Damages in all Domestic Cases Against American Airlines (Doc. No. 28), filed April 13, 2000; (4) Sur-Reply Submitted by American Airlines, Inc. Regarding the Choice of Law for Determining Liability for Punitive Damages in all Domestic Actions Against American Airlines (Doc. No. 39), filed May 5, 2000; (5) Supplemental Memorandum Submitted by American Airlines, Inc. Regarding the Choice of Law for Determining Liability for Punitive Damages in all Domestic Actions Against American Airlines (Doc. No. 106), filed December 4, 2000; (6) Plaintiffs’ Supplemental Memorandum of Law Regarding Choice of Law for Domestic Passenger Punitive Damages Claims Against American Airlines (Doc. No. Ill), filed December 21, 2000; (7) Memorandum of Law in Support of American Airlines, Inc.’s Motion for Partial Summary Judgment Dismissing Plaintiffs’ Claims for Punitive Damages in all Domestic Actions (Doc. No. 118), filed April 2, 2001; (8) Exhibits in Support of American Airlines, Inc.’s Motion for Partial Summary Judgment Dismissing Plaintiffs’ Claims for Punitive Damages in all Domestic Actions (Doc. No. 119), filed April 2, 2001; (9) Statement of Material Facts Submitted by American Airlines, Inc. in Support of its Motion for Partial Summary Judgment Dismissing Plaintiffs’ Claims for Punitive Damages in all Domestic Actions (Doc. No. 120), filed April 2, 2001; (10) Exhibits in Support of the Plaintiffs’ Steering Committee’s Response to Defendant’s Motion for Summary Judgment, volumes I and II, (Doc. No. 126), filed June 29, 2001; (11) Plaintiffs’ Statement of Material Facts (Doc. No. 127), filed June 29, 2001; (12) American Airlines, Inc.’s Objections to Plaintiffs’ Statement of Material Facts (Doc. No. 131), filed September 4, 2001; (13) Second Supplemental Memorandum Submitted by American Airlines, Inc. Regarding the Choice of Law for Determining Liability for Punitive Damages in all Domestic Actions Against American Airlines (Doc. No. 132), filed September 4, 2001; (14) Plaintiffs’ attorney Robert R. Bo-doin’s April 19, 2002, letter to the Court; (15) Plaintiffs’ attorney Frank L. Bran-son’s April 25, 2002, letter to the Court; (16) Defendant’s attorney John H. Martin’s April 25, 2002, letter to the Court; and (17) Defendant’s attorney John H. Martin’s May 3, 2002, letter to the Court. In addition the Court also reviewed the transcripts of four in-court hearings conducted by Judge Henry Woods on January 31, 2000, June 1, 2000, August 1, 2000, and December 11, 2000. After considering the summary judgment record and the applicable law the Court concludes that the Defendant American Airlines, Inc.’s Motion for Partial Summary Judgment Dismissing Plaintiffs’ Claims for Punitive Damages in all Domestic Actions must be granted. II. Procedural Background This MDL arises from a June 1, 1999, incident in which an American Airlines MD-82 jet aircraft, being operated as Flight 1420 from Dallas/Fort Worth International Airport to Little Rock National Airport, departed the runway and crashed into a non-frangible light stanchion and broke apart after touching down at Little Rock. The incident occurred at night and in stormy weather conditions. Flight 1420 carried 145 individuals: 139 passengers, two pilots and four flight attendants. Ten passengers and the chief pilot received fatal injuries, many of the other passengers were seriously injured, and the aircraft was destroyed. On December 15, 1999, the Judicial Panel on Multidistrict Litigation consolidated the various federal lawsuits filed in regards to the crash into the instant MDL. The MDL was assigned to Judge Henry Woods’s docket. In their various suits the Plaintiffs generally sought compensatory damages and requested that punitive damages be assessed against the Defendant. Early in the proceedings Judge Woods determined that the compensatory damages claims should be bifurcated from the punitive damages claims, and resolved first. The Plaintiffs were also separated into two groups: domestic and international passengers. The Court concluded that under the terms of the Warsaw Convention for the Unification of Certain Rules Relating to International Transportation by Air, Oct. 12, 1929, 49 Stat. 3000, 876 U.N.T.S. 11 (1934), reprinted at 49 U.S.C. § 40105 (note) (‘Warsaw Convention”), the international passengers were as a matter of law prohibited from recovering punitive damages. Thus, the Court concluded, only the domestic passengers would be permitted to pursue their punitive damages claims. See, e.g., In re Air Crash at Little Rock, Arkansas, on June 1, 1999, 109 F.Supp.2d 1022, 1024 (E.D.Ark.2000) (“The pertinent part of the Warsaw Convention, as it applies to the instant litigation, provides that punitive damages are barred in suits by international passengers. This is the holding of three United States Court of Appeals. See, Floyd v. Eastern Airlines, 872 F.2d 1462 (11th Cir.1989); Korean Air Lines Disaster of September 1, 1983, 932 F.2d 1475 (D.C.Cir.1991); In re Air Disaster Lockerbie, Scotland on December 21, 1988, 928 F.2d 1267 (2d Cir.1991). At the initial conference with the attorneys in this litigation, I advised them that punitive damages would not be permitted in the cases involving international passengers. In other words, I told the parties that I would follow the decisions of the three Courts of Appeals, even though the Court of Appeals for the Eighth Circuit has not yet considered the issue of the availability of punitive damages in cases involving international passengers.”). As regards the domestic passengers the Court concluded that “[pjunitive damages can be obtained if permitted by applicable state law and- justified by the evidence.” Id. The compensatory damages claims proceeded first. The Defendant admitted liability for the crash and individual trials were scheduled to assess compensatory damages. Thereafter the Defendant reached settlement agreements with a majority of the domestic Plaintiffs. The settling domestic Plaintiffs relinquished not only their compensatory damages claims, but their punitive damages claims as well. Three compensatory damages trials involving domestic Plaintiffs were ultimately tried to a jury. The three matters were all originally filed in the Eastern District of Arkansas: (1) Nancy Chu v. American Airlines, Inc., Case No. 4:99-CV-495 in the Eastern District of Arkansas. This case was tried in April 2001 and the jury assessed compensatory damages at approximately $5.7 million. In March 2002 the United States Court of Appeals for the Eighth Circuit reversed and remanded the case, see 285 F.3d 756 (8th Cir.2002). The retrial is set for early-2003. (2) Jimmy Manus and Stephanie Ma-nus, individually and as parents and next friend of Emily Manus, a minor, and Lauren Manus, a minor v. American Airlines, Inc., Case No. 4:99-CV-611 in the Eastern District of Arkansas. This case was also tried in April 2001 and the jury assessed compensatory damages at approximately $3.4 million. This case is currently on appeal to the Eighth Circuit. (3) Joe Rustenhaven and Mary Rustenhaven v. American Airlines, Inc., Case No. 4:99-CV-665 in the Eastern District of Arkansas. This case was tried in May 2001 and the jury assessed compensatory damages at approximately $4.2 million. This case is also currently on appeal to the Eighth Circuit. Because the other domestic Plaintiffs relinquished any right they might otherwise have had to recover punitive damages as part of their individual settlement agreements, the Plaintiffs in the three noted cases are the only individuals eligible to receive a share of any punitive damages award. On March 28, 2002, the MDL Panel reassigned this matter to the undersigned’s docket, and the Panel’s order was filed with the District Court Clerk for the Eastern District of Arkansas on April 2, 2002. As stated above, before the Court is the Defendant’s Motion for Partial Summary Judgment Dismissing Plaintiffs’ Claims for Punitive Damages in all Domestic Actions. III. Summary Judgment Standard Summary judgment is proper if there is no genuine issue of material fact and the moving party is entitled to judgment as a matter of law. See Lambert v. City of Dumas, 187 F.3d 931, 934 (8th Cir.1999). Rule 56(c) of the Federal Rules of Civil Procedure provides the summary judgment standard and states that it may be granted “if the pleadings, depositions, answers to interrogatories, and admissions on file, together with the affidavits, if any, show that there is no genuine issue as to any material fact and that the moving party is entitled to judgment as a matter of law.” The Court will view the evidence and the inferences that may be reasonably drawn from the evidence in a light most favorable to the nonmoving party. See Lambert, 187 F.3d at 934. Summary judgment is to be granted only where the evidence is such that no reasonable jury could return a verdict for the nonmoving party. See id. The Supreme Court of the United States has explained the summary judgment rule: Summary judgment procedure is properly regarded not as a disfavored procedural shortcut, but rather as an integral part of the Federal Rules as a whole, which are designed “to secure the just, speedy and inexpensive determination of every action.” .... Rule 56 must be construed with due regard not only for the rights of persons asserting claims and defenses that are adequately based in fact to have those claims and defenses tried to a jury, but also for the rights of persons opposing such claims and defenses to demonstrate in the manner provided by the Rule, prior to trial, that the claims and defenses have no factual basis. Celotex Corp. v. Catrett, 477 U.S. 317, 327, 106 S.Ct. 2548, 91 L.Ed.2d 265 (1986) (internal citations omitted). The Supreme Court has provided further guidance on the summary judgment procedure. The mere existence of a scintilla of evidence in support of a non-moving party’s position is insufficient; there must be evidence on which the jury could reasonably find for the non-moving party. See Anderson v. Liberty Lobby, Inc., 477 U.S. 242, 252, 106 S.Ct. 2505, 91 L.Ed.2d 202 (1986). Furthermore, the relevant standard of proof at trial must be taken into account. See id. at 254, 106 S.Ct. 2505. IV. Factual Background On June 1, 1999, an American Airlines MD-82 jet aircraft, one of the MD-80 series of jet aircrafts, being operated as Flight 1420, was scheduled to depart from Dallas/Fort Worth International Airport (“DFW”) for Little Rock National Airport (“LIT”). The scheduled departure time was 2028, with a scheduled arrival time of 2141. However, Flight 1420 was delayed more than two hours and did not depart DFW until 2253. The flight carried 145 individuals: 139 passengers, four flight attendants and two phots: Captain Richard Buschmann and First Officer Michael Ori-gel. Captain Buschmann, the pilot-in-command of Flight 1420, was a 1972 graduate of the United States Air Force Academy and had spent seven years as a military aviator before being hired by the Defendant in 1979. He had accumulated over 10,000 hours of total flying time, with over 5500 of those hours in the MD-80 series. In 1998 he was designated an MD-80 series check airman. In January 1999 he was selected as one of the chief pilots at Defendant’s Chicago crew base. He had recently decreased his flying schedule because of the chief pilot duties and did not maintain a full flight schedule. Captain Buschmann had never before been involved in an aviation accident, had never received a Federal Aviation Administration (“FAA”) violation, and had never been the subject of an FAA investigation or enforcement action. There is no evidence suggesting that at the time of the accident he was in poor physical, emotional or psychological health, or that he was experiencing financial problems. First Officer Origel was the first officer, or co-pilot, for Flight 1420. He had logged approximately 4300 hours of total flight time, and had begun work for the Defendant in January 1999, five months prior to the accident. He had 200 hours of flight time in MD-80 series jet aircrafts. The Court notes, too, that he had never been involved in an aviation accident, had never received an FAA violation, and had never been the subject of an FAA investigation or enforcement action. First Officer Origel testified that prior to departure all systems on the aircraft were in proper working condition. Before departure the Defendant’s flight dispatcher for Flight 1420, William Trott, provided the flight crew with preflight paperwork, including information pertaining to weather, the aircraft, the route and alternative airfields. Captain Buschmann reviewed the flight plan and preflight paperwork prior to departure. . The weather information provided the current and forecast weather for the flight route from DFW to LIT. The report indicated a possibility of thunderstorms in the vicinity of Little Rock at the estimated time of arrival. Specifically, the report noted a Convective SIGMET issued by the National Weather Service that warned of severe thunderstorms, hail and high wind gusts moving through portions of Arkansas, Oklahoma and Texas. The weather report also noted a SIGMEC that forecast widely scattered thunderstorms over portions of Texas, Louisiana, Arkansas and Oklahoma moving east at 20 knots. The Terminal Aerodrome Forecast published by the National Weather Service for LIT for Flight 1420’s expected time of arrival, based upon the delayed departure time, forecast thunderstorms with winds from 230 degrees at 12 knots gusting to 20 knots and visibility greater than 6 miles, with temporary conditions of variable winds at 25 knots gusting to 40 knots with visibility 3 miles. Captain Buschmann and First Officer Origel discussed prior to departure the weather reports and the option of proceeding to an alternate airport if the need arose. Captain Buschmann signed the flight plan, thereby acknowledging the weather conditions. Flight 1420 departed the DFW gate at 2240 and took off at 2253. At 2254 Mr. Trott sent a text message regarding weather conditions to the flight crew. The message stated: RIGHT NOW ON RADAR THERE IS A LARGE SLOT TO LIT. [THUNDERSTORMS] ARE ON THE LEFT AND RIGHT AND LIT IS IN THE CLEAR. SORT' OF LIKE A BOWLING ALLEY APPROACH. [THUNDERSTORMS] ARE [MOVING EAST/NORTHEAST TOWARD] LIT AND THEY MAY BE A FACTOR FOR OUR ARRIVAL. I SUGGEST EXPEDITING OUR [ARRIVAL] IN ORDER TO BEAT THE [THUNDERSTORMS] TO LIT IF [POSSIBLE]. First Officer Origel testified in his deposition that in response to this message the flight crew decided not to unnecessarily delay the flight to LIT; however they did not believe it was necessary at this time to alter the flight plan or increase the aircraft’s speed. At 2257 the flight crew requested the updated LIT weather information, and were provided the same report they received prior to departure, as this was still the most current report available. At 2301 and 2304, Convective SIGMET 15C was broadcast by the FAA’s Forth Worth Air Route Traffic Control Center. The SIGMET forecast severe thunderstorms, hail and high gusting winds for portions of Arkansas and Oklahoma. Little Rock was on the eastern edge of the defined forecast area. At 2308 Mr. Trott received a message from Flight 1420 advising that FAA Air Traffic Control had rerouted the flight, thus adding approximately five minutes to the flight time. At 2311 Mr. Trott sent Flight 1420 a text message with revised fuel figures and divert field information. En route the flight crew monitored the weather conditions visually and with their airborne weather radar. First Officer Ori-gel testified that both he and Captain Buschmann used the airborne radar to monitor any convective weather along their flight path and in Little Rock. During the last thirty minutes of the flight the flight crew discussed the weather situation: 2320:56 First Officer Origel: “This stuff is working out pretty well. [Unintelligible] get ahead of that stuff.” 2321:40 Captain Buschmann: “[Unintelligible], we’re almost down to max landing weight.” 2321:50 Captain Buschmann: “We’ll be there.” 2321:52 First Officer Origel: “Yeah.” 2322:57 Captain Buschmann: ‘We’re right on the edge of this [unintelligible].” 2324:20 Captain Buschmann: “Boy, this is too much return.” 2325:43 Captain Buschmann: “We got to get over there quick.” 2325:48 First Officer Origel: “I don’t like that.... That’s lightning.” 2325:56 Captain Buschmann: “Sure is.” 2326:20 First Officer Origel: “Oh.” 2326:36 Captain Buschmann: “That’s about as far as we can go.” 2326:37 First Officer Origel: “Yeah, I would say right about. Maybe a little bit more and that’s about it. We could start down here pretty soon.” 2326:45 Captain Buschmann: “I’m gonna ask her to come [unintelligible]....” 2326:48 Captain Buschmann: “This is the bowling alley right here.” 2326:50 First Officer Origel: ‘Yeah, I know.” 2326:55 Captain Buschmann: “In fact those are the city lights straight out there.” 2326:57 First Officer Origel: “That’s it.” 2327:03 First Officer Origel: “Want to go down?” 2327:05 Captain Buschmann: “Uuh, not just yet ... but, pretty soon.” The flight crew planned its descent into LIT. As they began the initial approach, anticipating turbulence, Captain Busch-mann requested that the flight attendants finish their duties quickly so that they could take their seats. At 2327:27, Captain Buschmann told the Flight 1420 passengers via the public address system: We’re now just uh, eighty miles from the airport and we have started our descent uh, toward it. Quite a light show off the left hand side of the aircraft. We’ll be passing that on our way toward Little Rock uh, and we should be landing here in about uh, probably about twenty minutes. I’m gonna have to slightly over-fly the airport in ... order to turn back around to land. It’s been a pleasure having you on board for this short flight and I’d like to take this opportunity to thank you for flying American Airlines. At 2328:26 Captain Buschmann, observing the weather conditions, told First Officer Origel: “We gotta get there quick.” First Officer Origel agreed and they again discussed having the flight attendants sit down early because “it’s gonna get a little bumpy.” Beginning at 2329:44 the following discussion took place in the cockpit: 2329:44 First Officer Origel: “Yeah, that alley’s getting big ... closing to the west.” 2329:48 Captain Buschmann: “Yeah it is.” 2329:49 First Officer Origel: “[Unintelligible] be okay.” 2329:52 First Officer Origel: “I say we get down as soon as we can.” The flight crew then went through part of the landing checklist. At 2331:39 the following discussion took place in the cockpit: 2331:31 First Officer Origel: “Breaking out of this erud. Good_ Doing good.” 2331:52 First Officer Origel (after seeing a lightning strike): “Whoa. Looks like it’s movin’ this way though.” 2331:54 Captain Buschmann: “Yeah [unintelligible].” 2331:55 First Officer Origel: “[Unintelligible.]” 2332:05 Captain Buschmann: “[Unintelligible] just some lightning straight ahead.” 2332:11 First Officer Origel: “[Unintelligible] think we’re gonna be okay. Right there.” 2332:28 Captain Buschmann: “Down the bowling alley.” 2332:44 First Officer Origel: “As my friends would say, California cool.” 2332:48 Captain Buschmann: “Cool.” 2332:49 First Officer Origel: [sound of chuckle] 2332:51 Captain Buschmann: “Peachy.” 2332:52 First Officer Origel: “Exactly.” The flight crew checked in with the LIT Air Traffic Controller, Kenneth Kaylor, at 2334:03. At 2334:09 the Controller informed the flight crew that there was “a thunderstorm just northwest of the airport moving uh, through the area now.” The Controller also reported the two-minute centerfield wind average as being from 280 degrees, at 28 knots with gusts of 44 knots. At 2334:21 First Officer Origel stated to the Controller that he saw lightning. He requested the wind information again. At 2334:26 the Controller reported winds from 290 degrees at 28 knots, gusts of 44 knots. After hearing this the flight crew discussed what the crosswind limitations were and made an initial calculation of whether the crosswind component was within the Defendant’s limits. 2334:36 Captain Buschmann: “Right near the [crosswind] limit.” 2334:37 First Officer Origel: “Yeah, it’s uh, forty degrees off. What’s our crosswind [unintelligible].” 2334:44 Captain Buschmann: “Thirty.” 2334:48 First Office Origel: “No, that’s that’s [unintelligible]. You’re, not out of the limits because of the angle [unintelligible], but it’s pretty close.” 2334:54 Captain Buschmann: ‘Yeah.” 2336:02 Captain Buschmann: “Thirty knots is the crosswind limitation but ... thirty knots is the ... wet, well.” 2336:06 First Officer Origel: “That’s the dry.” 2336:07 Captain Buschmann: ‘Yeah, dry.” 2336:08 First Officer Origel: “What about wet?” 2336:09 Captain Buschmann: “Wet...” 2336:10 First Officer Origel: ‘Yeah.” 2336:10 Captain Buschmann: “... is twenty.” 2336:11 First Officer Origel: “Ah, it’s twenty five. Aw, what the [expletive].” Beginning at 2337:15 the following discussion took place in the cockpit: 2337:15 First Officer Origel: “See the airport?” 2337:16 Captain Buschmann: “See it blinking out there.” 2337:18 First Officer Origel: “[Unintelligible] to the north.” 2337:18 Captain Buschmann: “Straight ahead.” 2337:19 First Officer Origel: “Well there’s a couple of runways here so, the problem is we’re sixteen miles south of the VOR and the airport’s another five miles past that.” 2337:27 Captain Buschmann: “All right. Doesn’t matter.” 2337:30 First Officer Origel: “So we’ve still got a little ways to go.... Bad part.... I’ll tell you what. I’m gonna stay on the run... The VOR till we get a little closer.” 2338:20 Captain Buschmann: “Oh I think I see, I see where it is.” 2338:23 First Officer Origel: “Yeah, it’s on [unintelligible].” 2338:24 Captain Buschmann: “It’s straight up there, yeah.... ” 2338:25 First Officer Origel: “[Unintelligible] blinking [unintelligible].” 2338:27 Captain Buschmann: “It looks like there’s stratus a layer, right over there.” 2338:35 First Officer Origel: “[unintelligible] I definitely got [unintelligible]. I’ll show you this later.” 2338:53 Captain Buschmann: “He said there was a storm just northwest of the field?” 2338:55 First Officer Origel: “He said northwest.” 2338:56 Captain Buschmann: “Yeah.” 2338:57 First Officer Origel: “Lightning strike he said storm, uh.” The flight crew anticipated landing on Runway 22L, and the controller confirmed this. A landing on Runway 22L would not be a straight shot for Flight 1420; an aircraft approaching from the southwest, as Flight 1420 was from DFW, would need to partially circle LIT in order to land on said runway. Flight 1420 was in the process of circling LIT from the south. At 2339:05 the Controller asked the flight crew about the weather and landing on Runway 22L: “American fourteen twenty uh, [your] equipment’s a lot better than uh, what I have. How’s the final for [Runway 22L] lookin’?” First Officer Ori-gel replied that the flight crew had the airport in sight and that the flight crew thought that the thunderstorm was further away than what the Controller had thought: “[W]e can uh, see the airport from here. We can barely make it out but uh, we should be able to make [Runway 22L]. Uh, that storm is moving this way like your radar says it is but a little bit farther off than you thought.” The Controller did not challenge this assessment, and only inquired whether Flight 1420 would attempt a “visual approach.” The flight crew indicated that it would not attempt a visual approach, but an instrument approach. At 2339:31 the Controller again provided the flight crew with the two-minute center-field average wind direction and speed: 330 degrees at 11 knots. At 2339:44 the Controller reported a low-level windshear alert, reporting centerfield winds as 340 degrees at 10 knots, the north boundary wind as 330 degrees at 25 knots, and the northwest boundary winds as 010 degrees at 15 knots. After hearing this Captain Buschmann concluded that landing on Runway 22L would mean landing with a tailwind. The flight crew requested to land on Runway 4R in order to land with a headwind. Landing on Runway 4R meant landing on the same runway, but from the opposite direction. Because Flight 1420 had already begun circling LIT in an attempt to land on Runway 22L, the aircraft would have to circle back to land on Runway 4R, thus adding approximately another five minutes to the flight time. The Controller granted the flight crew’s request to land on Runway 4R. While circling back First Officer Origel attempted from his right side seat to help Captain Buschmann visually locate the runway. Captain Busch-mann was struggling to maintain visual contact. At 2342:26 the Controller advised the flight crew that the second part of the storm was moving through the vicinity of the airport, with wind from 340 degrees at 16 knots, with gusts of 34 knots. At 2342:54 First Officer Origel stated to Captain Buschmann: “[Expletive], it’s going right over the ... field.” At 2343:04 the Controller inquired whether the flight crew desired a visual approach or an instrument approach. First Officer Origel indicated a visual approach, “if we can do it.” At 2343:11 the Controller cleared Flight 1420 for a visual approach to Runway 4R. Between 2343:26 and 2343:49 Captain Buschmann informed First Officer Origel that he still could not see the runway. First Officer Origel attempted to point it out to Captain Buschmann. At 2343:59 the Controller cleared Flight 1420 to land and informed the flight crew that the wind was at 330 degrees at 21 knots. At 2344:19 Captain Buschmann stated: “See we’re losing it. I don’t think we can maintain visual.” First Officer Origel replied, “yeah.” At 2344:30 First Officer Origel radioed the Controller that the flight crew had lost visual contact. He stated that “there’s a cloud between us and the airport. We just lost the field and I’m uh, on this vector here. I have the uh, basically last vector you gave us, we’re on kind of a dog leg it looks like.” At 2344:39 the Controller offered to vector the aircraft for an instrument approach to Runway 4R. At 2344:43 the flight crew agreed to an instrument approach. Between 2345 and 2350 five to six lightning strikes occurred within two nautical miles of Runway 4R, and the rainfall in the area was steadily increasing. Flight 1420 was equipped with an airborne radar capable of displaying the location and intensity of thunderstorms. The aircraft’s radar depicted precipitation as green, yellow or red, depending on intensity, with red being the most intense. The radar at the LIT Air Traffic Control Tower, by contrast, was monochromatic and capable of showing only a “blob” outline for areas of precipitation without any variation for intensity. As noted, at 2339:05 the Controller stated to the flight crew: “American fourteen twenty ... [your] equipment’s a lot better than ... what I have.” The Defendant’s internal procedures prohibit a pilot from flying into an area producing a red radar return. The Doppler radar images for Little Rock at the time of Flight 1420’s descent and touchdown show the airport covered with red radar returns with precipitation levels exceeding 60 DBZ, corresponding to a VIP level 6 intensity thunderstorm. While First Officer Origel testified that he never saw red on the aircraft’s radar, Defendant’s expert Kevin Droegemeier testified, based on the available weather data, that “it’s likely [First Officer Origel was] mistaken.” (For purposes of this summary judgment motion the Court accepts that the weather conditions produced a red radar return.) At 2344:43 the flight crew commenced its final instrument approach. The flight crew lamented not being able to attempt a visual approach: 2345:07 First Officer Origel: “[Expletive], [unintelligible] we had it.” 2345:09 Captain Buschmann: “Yeah. I just, I never saw the runway.” 2345:11 First Officer Origel: “No no, it’s okay. I [unintelligible].” 2345:15 Captain Buschmann: “I hate droning around visual at night in weather without, having some clue where I am.” 2345:28 First Officer Origel: “Yeah but, the longer we go out here the ...” 2345:24 Captain Buschmann: “Yeah, I know.” 2345:29 First Officer Origel: “See how we’re going right into this crap.” 2345:31 Captain Buschmann: “Right.” 2345:47 First Officer Origel (radioing to Controller): “And approach American fourteen twenty, I know you’re doing your best sir. We’re getting pretty close to this storm. We’ll keep it tight if we have to.” 2346:11 First Officer Origel: “See we’re right on the base of these clouds so....” 2346:13 Captain Buschmann: “Yeah.” 2346:14 First Officer Origel: “...it’s not worth it.” 2346:20 First Officer Origel: “Two seven zero, two thousand three hundred?” 2346:23 Captain Buschmann: ‘Yes sir. [Unintelligible] where I am.” The flight crew continued with its instrument approach. At 2346:52 Captain Buschmann stated to First Officer Origel: “we’re goin’ right into this.” Also at 2346:52 the Controller told the flight crew: “right now we have uh, heavy rain on the airport. The uh, current weather on the ATIS is not correct. I don’t have new weather for ya, but the uh, visibility is uh, less than a mile.” The Controller informed the flight crew that the runway visual range for Runway 4R was 3000 feet and issued a wind report of 350 degrees at 30 knots, gusts to 45 knots. Captain Buschmann inquired of First Officer Origel whether the reported runway visibility was above the minimum visibility needed to commence the instrument approach. First Officer Origel informed Captain Buschmann that 3000 feet was above the minimum visibility needed, and that everything was “fine.” The following discussion took place: 2347:08 Controller: “Runway four right cleared to land. The wind at [350 degrees at 30 knots, gusts to 45 knots].” 2347:10 Captain Bushmann: “Can we land?” 2347:16 First Officer Origel [radioing to Controller]: “Zero three zero at four five American fourteen twenty.” 2347:19 First Officer Origel: “[Unintelligible] zero forecast right down the runway.” 2347:22 Captain Buschmann: “Three thousand [runway visual range]. We can’t land on that.” 2347:24 First Officer Origel: “Three thousand if you look at uh... ” 2347:27 Captain Buschmann: “What do we need?” 2347:28 First Officer Origel: “No it’s twenty four hundred [runway visual range].” 2347:29 Captain Buschmann: “Okay, fine.” 2347:30 First Officer Origel: ‘Yeah, we’re doing fine.” 2347:31 Captain Buschmann: “All right.” At 2347:36 the flight crew began to reconfigure the aircraft for landing by lowering the wing flaps and activating the landing gear. At 2347:53 the Controller issued a second windshear alert to the flight crew. The Controller stated: ‘Windshear alert, center field wind [350 degrees at 32 knots, gusts to 45 knots]. North boundary wind [310 degrees at 29 knots]. Northeast boundary wind [320 degrees at 32 knots].” At 2348:04 First Officer Origel asked Captain Buschmann if he wanted the flaps set at 28 degrees. In response Captain Buschmann stated to add 20 knots to the approach speed, pursuant to the Defendant’s operating manual as to how to approach in gusting winds. At 2348:13 the Controller stated that Runway 4R’s runway visual range had decreased from 3000 feet to 1600 feet. The flight crew decided to continue with the final approach. The following discussion took place: 2348:13 Controller: “American fourteen twenty, the runway four right [runway visual range] now is [1600 feet].” 2348:19 Captain Buschmann: “Aw [expletive]. Well we’re established on the final.” 2348:21 First Officer Origel: “We’re established we’re inbound, right.” 2348:25 First Officer Origel [radioing to Controller]: “Okay, American fourteen twenty, we’re established inbound.” 2348:27 Controller: “American fourteen twenty roger. Runway four right, cleared to land, and the wind, [340 degrees at 31 knots]. North ... boundary wind is [300 degrees at 26 knots]. Northeast boundary wind [is 320 degrees at 25 knots]. And the four right [runway visual range] is [1600 feet].” The “decision altitude” for an ILS instrument approach to Runway 4R was 460 feet above mean sea level (“MSL”), meaning that the flight crew should not descend below 460 feet above MSL unless certain prescribed conditions were met, including seeing the approach lighting system, the runway, or the runway lighting system. At 2348:55 Captain Buschmann stated: “I don’t see anything, Lookin’ for 460.” At 2349:11 the Controller reported to the flight crew that the centerfield wind was from 330 degrees at 28 knots. At 2349:13 Captain Buschmann stated: “this is a can of worms.” At 2349:25, with the aircraft at 980 feet above MSL, and thus above the decision altitude. First Officer Origel informed Captain Buschmann that he had visually located the runway. He stated: “I got the right runway in sight. You’re right on course. Stay where you’re at.” Captain Buschmann replied: “I got it, I got it.” At this time the aircraft was slightly over two miles from the threshold of Runway 4R. At 2349:33 the Controller reported to the flight crew that the centerfield wind was 330 degrees at 25 knots. At 2349:54 the Controller reported to the flight crew that the centerfield wind was 320 degrees at 23 knots. These were the final wind reports issued by the Controller to the flight crew. Less than thirty seconds before touching down it was evident to the flight crew that Flight 1420 was “off course.” The following discussion took place: 2349:57.5 Captain Buschmann or First Officer Origel: “Aw [expletive], we’re way off course. We’re way off.” 2349:58.5 Captain Buschmann or First Officer Origel: [Unintelligible]. 2350:01.4 First Officer Origel: “We’re way off.” 2350:02.5 Captain Buschmann: “I can’t see it.” 2350:05.4 First Officer Origel: “Got it?” 2350:06.1 Captain Buschmann: “Yeah I got it.” Flight 1420 had drifted' right of the runway’s centerline due to a crosswind. In response, between 2350:08.9 and 2350:19.3 First Officer Origel made deviation call-outs and Captain Buschmann attempted to realign the aircraft with the runway. At 2350:13.75 and 2350:15.16 the aircraft’s automated Ground Proximity Warning System broadcast “sink rate” warnings, indicating that the aircraft was descending at an excessive rate of speed. At 2350:21.2 Flight 1420 touched down on the runway in the touchdown zone. slightly right of centerline in a slight left “crab” position. The Controller testified that the approach and touchdown appeared normal from his perspective, and that he did not notice anything unusual about the first half of the landing rollout. At the time of touchdown precipitation associated with a convective thunderstorm was present at the area of Runway 4R. After touchdown the flight crew encountered extreme difficulty maintaining directional control of the aircraft. First Officer Origel testified that he felt the aircraft start to slide to the right. The cockpit voice recorder reveals the following discussion and sounds: 2350:23.2 First Officer Origel: ‘We’re down.” 2350:25.4 First Officer Origel: ‘We’re sliding.” 2350:27.1 Captain Buschmann: “[Expletive] ... [expletive].” 2350:32.9 Captain Buschmann or First Officer Origel: “On the brakes.’.’ 2350:34.2 Captain Buschmann or First Officer Qrigel: “Oh [expletive].” 2350:34.6: sound similar to increase in engine .RPM 2350:36.2 Captain Buschmann or First Officer Origel: “Other one, other one, other one.” 2350:42.0 Captain Buschmann or First Officer Origel: “Aw [expletive].” 2350:42.7 Captain Buschmann or First Officer Origel: “[Expletive] [expletive].” 2350:44.9: sound of impact 2350:45.4 Captain Buschmann or First Officer Origel: “[Expletive] [expletive].” 2350:48.0: sound of several impacts 2350:49.1: end of recording Captain Buschmann had deployed the thrust reversers and brakes in an effort to stop the aircraft from sliding. Notwithstanding his efforts Flight 1420 continued to slide to the right and did not decelerate normally. Captain Buschmann cycled out of reverse thrust in an attempt to regain directional control of the aircraft. Once the drift to the right was arrested and the aircraft began to track left back to the centerline. Captain Buschmann again used reverse thrust to slow the aircraft. However, the aircraft did not slow. It tracked left past the runway’s centerline to the point that both main landing gear departed the runway surface on the left edge while the nose gear remained on the runway. The aircraft continued moving forward and eventually overran the end of Runway 4R. After overrunning the end of the runway the aircraft struck a non-frangible approach light stanchion and broke apart. Captain Buschmann and ten passengers received fatal injuries and many of the remaining passengers sustained serious injuries. The aircraft was destroyed. The Court notes that MD-80 series aircraft have both flight spoilers and ground spoilers. The four flight spoiler panels, the two most outermost panels on each wing, assist the ailerons in lateral control during flight and can be used as speed brakes inflight or on landing. The two ground spoiler panels, one on each wing located inboard of the flight spoiler panels, operate to supplement the flight spoilers during ground operations. Their use increases braking efficiency. Ground spoilers operate only during landings and rejected takeoffs. The spoilers, once deployed, decrease the aerodynamic lift of the wing and transfer more of the weight of the aircraft to the wheels, thereby improving braking. The spoilers can be armed inflight to deploy automatically upon landing, or they can be deployed manually once on the ground. The Defendant’s procedures require flight crews to arm the spoilers to deploy automatically upon landing; only if the spoilers fail to deploy automatically is the flight crew to deploy them manually. The spoilers on Flight 1420 were never deployed. The cockpit voice recorder does not indicate that First Officer Origel ever acknowledged verbally, at least in the last thirty minutes of the flight, that the spoilers had been armed. Post-accident the NTSB found all of the aircraft’s ground spoilers to be in the unarmed position. The Court notes that, on this summary judgment record, it cannot be reasonably disputed that had the spoilers automatically deployed or had they been deployed manually on touchdown, the aircraft would have stopped on the runway and the accident would not have occurred. The Plaintiffs acknowledge that “even if the runway had been dry on June 1, 1999, the crew’s failure to deploy the spoilers would have caused the plane to crash.” The determination that had the spoilers been deployed the crash of Flight 1420 would not have occurred is based upon the following: (1) Defendant’s expert Larry Pullen testified as follows in his deposition: Q — [I]n your opinion, if the spoilers had been armed, would the aircraft have gone off the runway? A — No. Q — And what’s the basis for that opinion? A — His stopping — the returning forces on the airplane would have been such that I think the airplane would have stopped. Q — So it is your opinion that the real — that the direct cause of the airplane going off the runway was the fact that the spoilers did not deploy? A — No. Q — But you agree that, that if the spoilers had been deployed, the airplane would not have gone off the runway? A — I think that’s correct. (2) Defendant’s expert David Kohlman opined in his report: “It is logical to assume that if the spoilers had been deployed, the directional control of the airplane would have been increased significantly, because the weight on the main and nose tires would have been increased by a factor of almost four at touchdown. This would result in increased tire traction and ■ cornering forces for both directional stability and control. Without the loss of directional control, the crew would have been able to maintain continuous reverse thrust during the entire landing run and ... would have stopped well short of the end of the runway.” Dr. Kohlman also testified as follows in his deposition: Q — Why did this airplane crash, in your opinion? A — In my opinion, the cause of the crash was the failure of the crew to either arm the spoilers for autoactuation or to manually deploy the spoilers after touchdown. Q — All things being equal in this case, had the spoilers been deployed at least on touchdown or shortly thereafter, the aircraft would have stopped on the runway? A — Yes, sir. Q — You believe that very firmly? A — Yes, sir. Q — Even with the water that was on the runway? A — Absolutely. Q — No question about that? A — That’s correct. Q — Had the spoilers been deployed, you think the airplane would have gotten stopped? A — My data show clearly that given the actual braking capability demonstrated on that runway, if the spoilers had been deployed, the airplane would have stopped before the end of the runway. Q — In the presence of the actual water on the runway that night in Little Rock, you believe had the spoilers been deployed for automatic activation or manually deployed, the aircraft would have stopped on the runway? A — Absolutely. Q — No question? A — No question in my mind. Q — Can you tell the jury that had the spoilers been deployed, they would have been able to have kept the airplane within the lateral parameters of the runway? A — Yes. Q — What is the answer? A — The answer is yes. Q — And why do you believe that? A — Two reasons. One, controlability [sic] through the landing gear, the contact of the landing gear, the contact of the landing gear with the runway, is greatly improved with spoilers because there’s more weight on the gear. Secondly, with more controla-bility [sic] through the landing gear and more braking, due to both aerodynamic braking with the spoilers up and wheel-braking, the crew would not have had to use emergency levels of [Engine Pressure Ration] to slow the airplane down. They could have stopped at the normal 1.3 and kept that continuous and maintained aerodynamic control of the airplane. Finally, the airplane did not go off the edge of the runway until the. last couple or 300 feet. By that point in time, my calculations show the airplane would have stopped. Q — Regardless of the depth of the water on the runway, it’s your belief that under the conditions present on the night of June the 1st if they’d have just put the spoilers down, they’d have stopped? A — That is correct. Q — That is correct? A — -Yes, sir. Q — Okay. Whether or not there was standing water on the runway on the night in question is a nonissue if the spoilers had been deployed. A — Yes, sir. Q — Whether there were frangible structures at the end of the runway, again, is a nonissue if the spoilers had been deployed. A — That’s correct. Q — The adequacy, or lack thereof, of emergency response is a nonissue if the spoilers had been activated? A — That’s correct. Q — When I say “activated,” I mean activated or deployed. A — Certainly, yeah. They would have not needed that kind of response with spoilers. Q — Dynamic hydroplaning is a nonis-sue in this case had the spoilers been deployed; is that correct? A — Yes, I believe that’s correct. Q — Do you think there was dynamic hydroplaning in this case for any appreciable period of time? A — Not enough to significantly affect the outcome. Q — Even with the spoilers not deployed? A — Well, whatever dynamic hydroplaning there may have been made a bad situation worse. But if the spoilers had been deployed, it would not have been an issue. Q — The runway safety area at the end of the runway, whether it was adequate or inadequate is a nonissue had the spoilers been activated. Do you agree with that? A — Yes, sir. (3) The National Transportation Safety Board’s Aircraft Performance— Group Chairman’s Aircraft Performance Study, dated December 18, 2000, wherein the NTSB concluded that Flight 1420 would have stopped on the runway about 700 feet from the end of the runway had the spoilers been deployed and reverse thrust of 1.3 Engine Pressure Ratio had been used (assuming all other parameters from the Flight 1420 rollout, including the runway conditions and the braking profile, remained the same). (4) Boeing’s Submission to the National Transportation Safety Board for the American Airlines 1420 Little Rock and American Airlines 9503 Palm Springs Investigations, dated June 25, 2001, wherein Boeing concluded: “In both the Little Rock and Palm Springs events, the airplanes’ spoilers were not deployed during the landing rollout. The spoilers are designed to reduce the lift on the wing, placing more weight on the landing gear and providing additional aerodynamic drag. For any given runway friction condition, the amount of braking and cornering force available is directly proportional to the weight on the landing gear. Therefore, rapid extension of the spoilers is essential to developing maximum braking, cornering, and drag forces at high speeds. As noted in the NTSB performance studies, the stopping distances would have been significantly reduced and cornering ability significantly enhanced if the spoilers had been used. Indeed, in the Little Rock accident, the available runway length would have been sufficient to stop the airplane had the spoilers been deployed after touchdown.” Therefore, the Court accepts as not reasonably disputed the fact that the aircraft would not have left the runway and crashed into the light stanchion had the spoilers been automatically or manually deployed. The Court also notes the following. The Defendant’s Flight Manual, dated April 7, 1999, provides the following as regards wind landing limits: Wind Landing Limits A. Pilots shall secure the latest surface wind direction and velocity prior to making a landing at an airport. B. Except in an emergency, landings will not be attempted whenever winds gusts exceed 50 knots. C. [A chart provides: It is the Defendant’s policy that the maximum crosswind component is reduced to 15 knots -when the runway visual range is less than 4000 feet. It is the Defendant’s policy that the maximum crosswind component is reduced to 10 knots when the runway visual range is less than 1800 feet.] D.... E.... F. If, in the Captain’s judgement [sic], environmental conditions or braking reports indicate that the runway is wet or slippery, the maximum acceptable crosswind should be reduced to 20 knots.... The reported gusts speeds the Controller relayed to the flight crew exceeded the Defendant’s own authorized limits. The Defendant’s minimum runway visibility to commence an approach for the instrument approach attempted by the Flight 1420 flight crew was 1800 feet runway visual range. The Defendant’s procedures require that aircraft on approach be properly configured for landing by 1000 feet above the ground. First Officer Ori-gel testified that Flight 1420 was not properly configured for landing at said altitude. The Defendant’s procedures require that before descending below a specified minimum stabilized approach altitude, 500 feet, the aircraft must be in the final landing configuration, on approach speed, on the proper flight path and at a proper sink rate, and at stabilized thrust. The conditions should be maintained throughout the remainder of the approach. First Officer Origel testified that the approach was unstable below the stabilized approach altitude in that the aircraft had drifted to the right of the runway’s centerline because of the crosswind. Furthermore, at 2350:13.75 and 2350:15.16 Flight 1420’s automated Ground Proximity Warning System broadcast “sink rate” warnings, indicating that the aircraft was descending at an excessive rate. The Defendant’s procedures require a flight crew to abort an approach when it becomes unstabilized. The Defendant’s pilots were instructed that use of reverse thrust beyond 1.6 Engine Pressure Ratio (“EPR”) will lead to a loss of effectiveness of the aircraft’s rudder. The Boeing operating manual directs that reverse thrust of no more than 1.3 EPR should be used on wet runways. First Officer Origel told NTSB investigators that after touchdown Captain Busch-mann applied reverse thrust as high as 1.6 to 1.8 EPR. The Flight Data Recorder shows reverse thrust levels of between 1.5 and 2.0 EPR. The Court notes that First Officer Ori-gel testified that Flight 1420 was sufficiently fueled that it could have returned to DFW or flown to another city, such as Nashville. Tennessee. The Court also notes deposition testimony from the Defendant’s expert on cockpit crew performance, Captain Gary Wagner, that it was not prudent for the flight crew to attempt to land at LIT because of the weather conditions. Captain Wagner also opined that the only reason the flight crew would have continued past final approach was because they did not recognize the danger they were flying into. Captain Paul Rails-back, Defendant’s Managing Director of Flight Operations, testified that the flight crew could have aborted the approach as late as immediately prior to touchdown. Y. Choice of Law The Court has not heretofore ruled as to which state or states’ substantive punitive damages law controls. The Plaintiffs argue for the application of Arkansas’s standard, while the Defendant contends that Texas’s law controls. The Defendant also contends that whether the Court applies Arkansas or Texas substantive punitive damages law, summary judgment in its favor is required. Before applying the forum state’s choice of law methodology, the Court must first confirm that a true conflict exists between the Arkansas and Texas substantive punitive damages laws. The Court is satisfied such a conflict exists. There are two primary differences between the Arkansas and Texas laws: (1) While the Texas legislature caps punitive damages awards at $200,000 or twice the economic damages plus non-economic damages up to $750,000, whichever is greater, see Tex. Civ. Prac. & Rem.Code Ann. § 41.008(b), Arkansas law does not place any such limits on punitive damages awards; and (2) while Arkansas permits the conduct of an employee acting within the scope of employment to be imputed to his or her employer for punitive damages purposes, see J.B. Hunt Transp., Inc. v. Doss, 320 Ark. 660, 899 S.W.2d 464 (1995), Texas provides that punitive damages may be awarded against an employer for the acts of its employee only if a “vice principal” authorizes, approves or ratifies the conduct, see Hammerly Oaks, Inc. v. Edwards, 958 S.W.2d 387, 388 (Tex.1997). Thus, because conflicts exist between the two states’ laws the Court must make a choice of law determination. This Court’s subject matter jurisdiction is founded upon diversity of citizenship. The Eighth Circuit has held: “Federal district courts apply the choice of law rules of the state in which they sit when jurisdiction is based on diversity of citizenship.” Heating & Air Specialists, Inc. v. Jones, 180 F.3d 923, 928 (8th Cir.1999). The Court recognizes that the punitive damages issue comes before it as part of a MDL that has consolidated various diversity cases filed not exclusively in Arkansas. However, as noted supra, only the domestic Plaintiffs can recover punitive damages, and all but three of the domestic Plaintiff cases have settled. The only domestic Plaintiffs that did not relinquish their ability to share in a punitive damages award are the Plaintiffs in Chu. Manus and Rus-tenhaven. Arkansas is the forum jurisdiction for each of these three cases, and thus the Court need only apply the Arkansas choice of law rules in determining which state or states’ substantive punitive damages law will be applied. Arkansas has adopted Dr. Robert A. Leflar’s “choice-influencing considerations” as its choice of law methodology in tort cases. See Schlemmer v. Fireman’s Fund Ins. Co., 292 Ark. 344, 730 S.W.2d 217 (1987); see also Howard Brill, Arkansas Law of Damages § 2-6 (3d ed.1996). The five choice-influencing considerations are: (1) Predictability of results; (2) Maintenance of interstate and international order; (3) Simplification of the judicial task; (4) Advancement of the forum’s governmental interests; and (5) Application of the better rule of law. See Schlemmer, 730 S.W.2d at 219. Case law does not suggest that any one of these factors is the more important or that some type of a balancing approach is mandated. Rather, a court applying the Arkansas methodology is merely to consider these five factors in light of the facts of an individual case. The parties stipulate that factors (1), (2) and (3) bear no relevance to the punitive damages issue, and the Court agrees. The predictability of results is not implicated when an action arises out of an unplanned injury. See id.; see also Hughes v. Wal-Mart Stores, Inc., 250 F.3d 618, 620 (8th Cir.2001). The predictability of results pertains to whether the choice of law was predictable before the accident, not to whether the choice was predictable afterwards. See Nesladek v. Ford Motor Co., 46 F.3d 734, 738 (8th Cir.1995). The maintenance of interstate order is not relevant because both Arkansas and Texas have sufficient contacts with the events of the crash. See Hughes, 250 F.3d at 620-21; see also Thornton v. Sea Quest, 999 F.Supp. 1219, 1223 (N.D.Ind.1998) (applying Arkansas choice of law rules). Finally, the judicial task would not be simplified by the application of either Arkansas or Texas law. See id. at 620 (“A federal district court is faced almost daily with the task of applying some state’s law other than that of the forum state, and it is equally capable of resolving the dispute under [either of two states’] law.”). Thus, the Court will only consider factors (4) and (5). As will be explained more fully infra, the Court concludes that the only conduct pertaining to the crash that could potentially support an award of punitive damages was the flight crew’s conduct in the last sixteen minutes of the flight, i.e., the decision to continue the approach into the Little Rock area at 2334 and thereafter. The Court notes that by 2334 Flight 1420 had reached Arkansas air space. Factor (4) instructs the Court to consider the forum’s interest in having its laws applied to the punitive damages issue. While a plain reading of factor (4) limits a court’s consideration to only the forum’s interest, courts have also considered a non-forum’s interest where appropriate. See, e.g., Simpson v. Liberty Mut. Ins. Co., 28 F.3d 763, 764 (8th Cir.1994). Arkansas has numerous connections to the circumstances ■ of the crash and the punitive damages issue. The Defendant’s employees’ conduct that could potentially support a punitive damages award all occurred in Arkansas air space. As noted, the flight crew, while in Arkansas air space, received information from the air traffic controller at LIT that a thunderstorm had hit the airport. As in many aviation accidents, it was not fortuitous that the crash occurred where it did in Arkansas. Flight 1420’s destination was Arkansas, and the crash occurred while attempting to land at LIT. All deaths and injuries occurred in Arkansas. Arkansas medical and emergency personnel responded to the crash. The vast majority of the passengers on Flight 1420 were Arkansas citizens. The passengers enti-tied to share in any punitive damages award are all Arkansas citizens. At the time of the crash the Defendant had several flights originating in and departing from Arkansas, and had a number of employees working there. Perhaps most important, Arkansas’s pur niüve damages policy as stated in its law reveals a strong interest in both punishing and deterring allegedly egregious conduct that occurs both within its borders and against its citizens, as well as its guests. The Defendant’s activities in Arkansas that could potentially give rise to punitive damages were not by chance; the Defendant had operated flights into and out of Arkansas and had employees based there. As noted, the Texas legislature has placed caps on punitive damages awards. A similar punitive damages cap proposal was rejected by the Arkansas legislature in 1999. A jury’s ability to both punish and deter the Defendant, from a financial standpoint, would be limited if Texas law is applied. Arguably, the Texas cap appears to unreasonably limit punitive damages in the context of the number of individuals killed and injured in this particular crash, the dollar amount of the various judgments and settlements on the compensatory damages claims, as well as the corporate size and resources of the Defendant. Under the Texas punitive damages cap, the potential to financially punish and otherwise deter an individual or a small business is much greater than the potential to punish and deter a large corporate entity such as the Defendant. If the Defendant’s employees’ conduct warrant punitive damages, Arkansas clearly has an interest in seeing that the Defendant is effectively punished and deterred in accordance with its own laws. A capped jury award might not achieve this result. The Court recognizes that Texas, as a non-forum jurisdiction, also has a strong interest in the punitive damages issue. DFW is Defendant’s primary hub and the flight originated there. The Defendant, in contending that both the cap and the vice principal rule should apply to this case, argues that Texas has a “superior interest in protecting its businesses and their employees from excessive financial liability for punitive damages, especially when the business’ liability is based on respondeat superior.” On balance the Court concludes that Arkansas has a stronger interest in the circumstances of the crash and the punitive damages issue. Most important to the Court is the fact that the alleged egregious conduct as well as the injuries all occurred in Arkansas. The crash did not happen in Arkansas by chance; Little Rock was Flight 1420’s destination and the Defendant had operated its business partly in Arkansas. Arkansas’s interest in both punishing and deterring allegedly egregious conduct that occurs within its borders and which is harmful to its citizens is much stronger than Texas’s interest in protecting its businesses’ from liability for acts committed outside of Texas. The fact is that Texas has very little interest in punishing and deterring allegedly egregious conduct in Arkansas. Factor (5) instructs the Court to consider the better rule of law. While the Court will not attempt to determine whether the Arkansas approach, without monetary caps, or the Texas approach, with monetary caps, is the better rule of law in a vacuum, the Court, as noted above, is of the opinion that the Arkansas law is the better rule of law based on the facts of the instant case. Furthe