"Determination of tall load stability has historically been through the use of a tip test while the product is on a pallet. With most tip-overs occurring when the product is moved by pallet jack or forklift, this is not a realistic test. This presentation addresses the dynamic forces experienced during handling, permitting the analytical determination of tall rack/product stability without the need for testing. Takeaways: 
1. Consideration that there may be a better way to determine tall load stability when mounted on a foam shock pallet than using the tilt test. 
2. Consideration for the use of analytics to determine stability to enhance throughput in configuration centers. 
3. Consideration for a unique specification for tall electronic cabinetry."