MEROCA Suspension Stem for Bikes, Shock-Absorbing Bicycle Handlebar Stem, Bike Stem Mountain Bike Stem Short Handlebar Stem for Road Bikes, MTB, BMW, Gravel Bikes, Ebike

• Excellent Compatibility: Designed to fit standard 1-1/8-inch (28.6mm) steerers and 31.8mm handlebars, it's a perfect match for most modern bikes. But, before you buy, double-check compatibility with your bike model.
• Exceptional Suspension Travel: With an impressive 15-20mm of damping suspension travel, the MEROCA suspension stem redefines comfort in cycling. Say goodbye to shoulder strain and hello to a smoother ride.
• Customizable Springs: The MEROCA suspension stem is equipped with 4 interchangeable springs that can be easily adapted to different terrains and personal preferences.
• Enhancing Your Riding Experience: The MEROCA suspension stem effortlessly glides over obstacles and dampens vibrations, allowing you to ride further, faster, and with unwavering control. Elevate your ride, whether it's an e-bike, gravel bike, hybrid, or road bike.
• Safety and Durability: The MEROCA standard 7-degree stem for 90mm Length offers a more performance riding position. Adoption of four-link design for high strength without compromising control and steering. Crafted from rugged aluminum alloy, it’s lightweight, this stem is built to last.

The MEROCA bike stem adopts a four-bar linkage design, and its strength will beguaranteed compared to other types of shock-absorbin stems, During use, the stem provides the shock absorption effect of the "isolation system", which is different from the general "suspension system". Through the vibration of the four-link structure, the handlebar can be almost "floating" relative to the ground state, this structure can keep the attitude angle of the grip basically unchanged during riding, control and steering will not be affected, and the front and rear/up and down relative to the ground position changes very little, that is, it can achieve a nearly straight-line parallel motion relative to the ground, reaching very good shock absorption.