About XMARK Power Rack Stabilizer Foot Extensions The XMARK Power Rack Stabilizer Foot Extensions are built to provide maximum stability and safety when training outside of your rack. Constructed from heavy-duty 3” x 3” steel, the same material used in XMARK’s Viper Power Racks, these 24” stabilizer feet prevent unwanted tipping or shifting during heavy lifts. Sold in pairs, they are a simple yet essential addition for lifters who train with spotter arms or other attachments outside the rack. Added Stability for Heavy Training Training outside your rack without proper stability can lead to tipping, creating unnecessary risks. These stabilizer foot extensions give your rack a wider, more secure base, ensuring it stays solid during demanding exercises such as squats, bench presses, or rack pulls. With this added support, you can confidently push heavier loads while maintaining safety and control. 24” foot extensions for a wider, more stable base Prevents rack tipping during heavy lifts Ideal for squats, bench presses, and rack pulls Durable 3” x 3” Construction Built from the same 3” x 3” steel used in XMARK’s Viper Power Racks, these stabilizer feet match the strength and durability of your rack. Their heavy-duty design ensures long-lasting performance under the toughest training conditions, making them a reliable addition to your gym setup. Designed to handle the demands of serious lifting, they keep your equipment secure for years to come. Heavy-duty 3” x 3” steel construction Matches Viper Power Rack durability and design Built to last under intense training conditions Exclusive Fit for XMARK Viper Racks These stabilizer foot extensions are designed specifically for XMARK Viper Power Racks, ensuring a perfect fit and seamless integration. If you are unable to bolt your rack to the floor, they provide an effective alternative for maintaining rack security. With a patent-pending design, they are tailored to keep your training space safe and efficient. Designed exclusively for XMARK Viper Power Racks Perfect solution when floor bolting isn’t possible Patent-pending design for secure integration
