Enhanced Stability and Grip:The BEIXIN Replacement Parts Universal Anti-Slip Rubber Tripod Foot Spikes are designed to provide unparalleled stability and grip for your tripod or monopod. Crafted from a robust combination of iron and plastic, these spikes are built to withstand the rigors of outdoor use. The universal design ensures compatibility with a wide range of tripods and monopods featuring a 3/8 inch thread, making them a versatile addition to your camera accessories. Versatile and Adaptable:Whether you're capturing sports and action videos or setting up your camera for a long exposure, these tripod feet are engineered to enhance your photography experience. The anti-slip rubber provides a secure grip on various surfaces, preventing slips and ensuring your camera remains steady. The spikes are ideal for use in challenging terrains, such as rocky or uneven ground, where stability is paramount. They are also perfect for use with spreader tripods, kingpin tripods, and tripod sliders, offering a reliable foundation for your equipment. Easy Installation and Maintenance:Installing these tripod feet is a breeze, thanks to their 3/8 inch thread compatibility. Simply screw them onto your tripod or monopod, and you're ready to go. The durable construction ensures that these spikes will withstand frequent use,making them a practical and long-lasting investment. When it comes to maintenance, the anti-slip rubber is designed to resist wear and tear, ensuring that your tripod remains stable and reliable for all your photography needs. Name: Tripod/Monopod Foot Pad Suitable for tripods/monopods with 3/8 inch thread. Colour:Black & Silver Material:Rubber+Iron Due to different batches, there may be differences in product appearance and printed text, which will not affect use Package Contents: 1 * Foot Pad Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.