4Pcs Stabilizing Rubber Ball Feet Anti Slip Moon Chair Foot Cover Outdoor Chair Leg Tips Ball Cap for Rugged and Uneven Surfaces

Features:

1. Enhanced Stability and Support: Specifically designed compatible with Helinox camping chairs, this moon chair foot covers offers unparalleled support and stability on uneven terrains including rocky surfaces and rugged landscapes. The 50mm diameter ball feet ensure your chair remains steady, enhancing your outdoor seating experience.
2. Universal Compatibility: Tailored to fit a wide array of compatible with Helinox chair models, these camping chair leg caps are compatible with popular models such as the Sunset Chair, Swivel Chair, Chair One XL, and Savanna Chair. This versatility ensures that most outdoor enthusiasts benefits from increased chair stability and noise reduction.
3. Material for Outdoor Use: Crafted from high-quality, rubber, these stabilizing rubber ball feet are built to withstand harsh outdoor conditions like sand, rocks, mud, and grass. Their construction ensures long-lasting protection and stability for your camping chairs, making them a reliable accessory for any outdoor adventure.
4. Noise Reduction and Floor Protection: The anti-slip, shock-absorbing design of these outdoor chair leg tips ball caps not only stabilizes your chair but also significantly reduces noise, making for a quieter campsite. Additionally, they protect the ground from scuffs and scratches, preserving the natural beauty of outdoor settings.
5. Easy Installation and Removal: These chair leg protectors are designed for effortless attachment and detachment, allowing you to easily slip them onto the existing legs of your chair. This convenience ensures that you can quickly adapt to different outdoor conditions, enhancing your camping experience without the need for tools or complicated adjustments.
 

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.