McCulloch v. Tahsin Industrial Corp., USA

CourtDistrict Court, W.D. Virginia
DecidedSeptember 27, 2022
Docket6:20-cv-00035
StatusUnknown

This text of McCulloch v. Tahsin Industrial Corp., USA (McCulloch v. Tahsin Industrial Corp., USA) is published on Counsel Stack Legal Research, covering District Court, W.D. Virginia primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
McCulloch v. Tahsin Industrial Corp., USA, (W.D. Va. 2022).

Opinion

CLERKS OFFICE U.S. DIST. COUI IN THE UNITED STATES DISTRICT COURT Aa vA FOR THE WESTERN DISTRICT OF VIRGINIA LYNCHBURG DIVISION 9/27/2022 LAURA A. AUSTIN, CLERK ) DEPUTY CLERK Plaintiff, ) ) Vv. ) Civil Action No. 6:20-cv-00035 ) TAHSIN INDUSTRIAL CORP., USA, ) By: Elizabeth K. Dillon ) United States District Judge Defendant. ) MEMORANDUM OPINION Cody McCulloch was installing a treestand used for hunting when the support cables failed and he fell twenty feet to the ground, suffering serious and permanent injuries. McCulloch is suing the manufacturer of the treestand, Tahsin Industrial Corp., for breach of the implied warranty of merchantability, arguing that the design was unreasonably dangerous and that the warnings were inadequate. Tahsin moves for summary judgment and to exclude plaintiffs expert witness, Charles Powell. (Dkt. Nos. 49, 50.) McCulloch moves to exclude Tahsin’s expert witnesses George Saunders, Lorne Smith, and Kimberly Kushner.' (Dkt. No. 54.) For the reasons stated below, Tahsin’s motion for summary judgment will be granted in part and denied in part; Tahsin’s motion to exclude Powell will be denied; and McCulloch’s motion to exclude expert testimony will be denied. I. BACKGROUND A. Treestand and Accident The subject treestand is an Ameristep Hang-On Treestand, model WMHO-201, that was manufactured in 2013, seven years before the subject accident, with a rated weight capacity of 300

1 McCulloch also moved to exclude testimony from Barbara Byers (Dkt. No. 54), but in response, Tahsin states that it did not designate Byers as a testifying expert witness. The court will dismiss McCulloch’s motion to exclude Byers as moot.

pounds. (Instruction and Safety Manual, Ex. B, Dkt. No. 61-1.) This is a standard hang-on treestand (also known as fixed position), which is a particular style of treestand that is affixed to the tree at height through the use of straps. Hunters gain entrance to these stands through the use of climbing aids such as stick ladders and tree steps, which are sold separately. The seat platform is secured to the seat support frame by two steel support cable assemblies. The product is used for hunting which allows the hunter to sit at an elevated position in a tree above and closer to the game they are hunting.

On October 3, 2019, plaintiff had installed the subject treestand on a tree for a future hunt with his son (where he had previously installed another hang-on treestand and stick ladders) and was standing on the foot platform preparing to descend. He claims that the steel support cables that attach the foot platform to the frame separated causing him to fall to the ground. (McCulloch Dep. 104–05, 110, 113–14, Ex. G, Dkt. No. 61-3.) He was not connected to the tree with a safety harness or climbing lineman’s belt, contrary to the warnings and instructions. (Id. at 48.) B. Design and Testing Tahsin began manufacturing treestands in 2001. Because the hunter uses the treestand in an elevated position, Tahsin provided an entire hunting system, which included not only the hang-on treestand, but also a full body safety harness that attached around the hunter and connected to the

tree in the event of a fall, as well as written warnings and instructions and a safety video. (See Instruction and Safety Manual; Instructions and Warnings for Safety Harness, Ex. C, Dkt. No. 61-2; Safety DVD, Ex. D, Dkt. No. 63-3.) The subject treestand was designed and manufactured to comply with applicable

2 TSM/ATSM standards. (Testing Documents, Ex. E, Dkt. No. 62-1.) It was tested by an independent third-party laboratory and found to be in full compliance with all applicable treestand industry TMS/ASTM standards. The third-party laboratory confirmed that the treestand, including the cables, was more than strong enough for a loaded capacity of 300 pounds. (Testing Documents.) The subject treestand was also tested in-house for quality control and found to be in full compliance with applicable TMS/ASTM standards as well as all design specifications for this product before this model was introduced to market. (Def.’s Third Supp. Answers to Interr. No. 8,

Ex. F, Dkt. No. 62-2.) The cable assemblies are designed to carry significantly greater capacity over that of the expected load during normal use. (Affidavit of G. Saunders ¶ 25, Ex. I, Dkt. No. 64-4.) This was confirmed by the testing by plaintiff’s expert, which demonstrated an ultimate strength of 1,606 pounds, which is five times the maximum expected static load at the maximum user weight of 300 pounds, with a safety factor of nine. (Id. ¶¶ 24–25.) The steel wire cables used on the subject treestand are zinc-plated (electro-galvanized), which were certified by the cable supplier and constituted an appropriate manner in which to guard against corrosion in applications such as treestands. (Affidavit of M. Vogler ¶¶ 10–11, Ex. H, Dkt. No. 62-4.) The cable assemblies are covered with a black exterior polymer sleeve over the majority of their length as well as heat shrink tubing to cover the crimped end connector and copper

terminal regions of the cable assemblies.

3 Black Insert Crimped End 7 oe Be Polymer ae Crimped End insert if Connector \ ~~ Jf Con oe

Crimped Copper iitienas tieames Terminal Terminal Both the material and design of the subject steel cables have not changed since the cables’ initial design in 2005, other than extending the plastic coating to the ends of both sides of the steel cables where the cables connect to the treestand foot platform and support frame. The manufacturer continues to use the same cable system today, and approximately 1.8 million of these steel cables are currently on the market utilizing the same cable supplier, cable components and materials, manufacturing process and design. The galvanized zinc coating used on the steel cables acts as an anti-corrosive treatment to protect the underlying steel from exposure to the elements, such as moisture and oxygen. (Vogler Aff. 9 11.) The ends of the steel cables are lopped and crimped with a copper tube to provide eye- loops to attach it to the platform. The use of a copper crimp is a widely used method in the steel wire industry. The material and overall configuration of the subject treestand and cables has been used over the last two decades. Every major manufacturer of hang-on treestands, similar to the one at issue in this case, uses a similarly configured product. (Saunders Aff. J 25.) Prior to 2013, the cables on at least some of Tahsin’s hang-on stands were uncovered, allowing the user to visibly see the cable. (Deposition of Alyssa Debiak 56, 80, Ex. T, Dkt. No. 58-7.) Starting in 2013, defendant implemented a design change, which consisted of a shrink wrap rubber coating that went around the cable system. Plaintiff maintains that the rubber coating went

around the entire cable system. (Debiak Dep. 56; Report of George Saunders 75, Ex. AA, Dkt. No. 58-14.) Tahsin contends that the coating was not added to the entire cable, just the ends of the cable as the middle part had always been coated. (Def.’s Third Supp. Answers to Interr. No. 19.) The failed cable assemblies were constructed using a copper ferrule to crimp the tag end of the wire rope. (Ex. W, Dkt. No. 59-9; Report of Charles Powell 4, Ex. N, Dkt. No. 58-1.) Copper is a material that is more cathodic than either zinc or iron in the galvanic material series and will result in the accelerated corrosion of both wire rope elements when these materials are placed in

contact with each other in the presence of an electrolyte like environmental water. (Powell Report 4–5; Deposition of Michelle Vogler 44–45, Ex. Q, Dkt. No. 58-4.) The accelerated corrosion and fracture point for both of the subject wire cables occurred adjacent to the copper ferrule where the wire rope diameter was doubled. (Powell Dep.

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McCulloch v. Tahsin Industrial Corp., USA, Counsel Stack Legal Research, https://law.counselstack.com/opinion/mcculloch-v-tahsin-industrial-corp-usa-vawd-2022.