Mountain and Road Bike Adjustable Storage Stand

Advanced Features

【Sturdy Construction But Lightweight】The bicycle floor stand is crafted from heat-treated high-strength iron, offering excellent toughness and hardness. The frame is securely jointed with stainless steel screws and anti-loosening nuts, ensuring a firm and stable hold even on heavy-duty bikes. A smooth, rust-proof coating not only enhances the rack’s appearance but also resists scuffing, rust, and weather damage, making it suitable for both indoor and outdoor use.

【Anti-Rust Powder Coating】The rust-proof coating ensures a beautiful appearance and protects the rack from scuffing, rust, and weather damage. This makes it ideal for use in any environment.

【Golden Triangle Structure】The support arms, along with the wide base, form a stable triangular shape. This design enhances stability and carrying capacity, ensuring your bike is securely held in place. The deeper tire holder allows the wheel to sit deeper, providing a more stable and reliable environment for all your bikes.

【Fully-Adjustable To Perfect Fit】Our floor stand is fully adjustable to fit nearly all bikes with a tire width under 2.8 inches (72 mm). It accommodates bikes like 26-29 inch mountain bikes, 650c-700c road bikes, and 16-24 inch kids’ bikes. Both the front and rear wheels can be parked securely.

【Smart Push In System】Unlike other holders that require you to lift the bike, our stand features a smooth and easy push-in system. The wheel holder steadies the bike as you push it in, making parking heavy bikes effortless and saving your energy.

【Perfect Protect for Your Bike】The bike holder only touches the tire, avoiding any risk of scratching your bike frame, delicate parts like the drive chain, spokes, disc rotors, cassettes, rims, and derailleurs. It’s perfect for any high-end bikes.

【Non-Slip Rubber-Protected Feet】The floor stand comes with four anti-slip rubber feet. These protect your floor from scratches and increase friction with the ground, ensuring your bike stays steady on smooth surfaces.