MAVIC XM 1030 29 Inches Rim 29´´ 28H

The High-Performance Trail Rim Moves To The Next Level With An Agile And Versatile Attitude Xm 1030 Is The Latest Version Of Mavic “Xm” Rims, And As Such Is The Most Advanced Evolution. Offering Both Lightweight And A Wider 30mm Profile, This Welded Rim Features Ism 4d Technology (Inter Spoke Milling), Which Strategically Removes Material From The Rim Where It’S Not Needed But Keeps It Around The Spokes, Where Tension Is Applied. This Technology Makes The Rim Lighter, For Faster Accelerations, Without Compromising Durability. Optimized Up To The Limit Of Material Potential, Xm 1030 Is Probably The Best Alloy Trail Rim On The Market. Available In 28 And 32 Holes, 27,5” And 29”. Features: - Maxtal - Sup / Welded - Traditional Drilling - Single Eyelet - Tubeless Ready (Mavic Ust Valve Recommended - Not Supplied With The Rim) - S6000 Aluminum Key Benefits: Best In Its Class Alloy Trail Rim: - Ism4d Rim Machining Reduces Weight To Close The Gap To Carbon Rims Without Compromising Strength. Wide 30mm Rim For Versatility And Total Riding Control: - 30mm Wide Rim Is Optimized For Lower Tire Pressure, Giving You A Smoother Ride With More Traction And Control Versatille, Dynamic Trail Riding Performance: - Wide, Strong Rim Profile Ready To Face Any Trail Specifications: Dimensions: - Etrto Size 650b/27.5´´: 584 X 30tss - Tubeless Tape Width: 35mm (Not Delivered With The Rim) Oem Availability: - Place: From France Key Technologies: Maxtal: - Light And Strong Exclusive To Mavic, This Specific Aluminum Alloy Offers A Higher Strength To Weight Ratio Than Conventional 6106 Alloy. Sup: - Stronger And Smoother Joint Soudé Usiné Process. After Bending, The Rim Joint Is Arc Welded. The Welded Seam Is Then Milled For A Smooth Finish. Ism 4d: - Inter Spoke Milling 4 Dimensions An Exclusive Mavic Patented Concept, Ism 4d Significantly Reduces Weight And Inertia Without Compromising Durability. Quicker Accelerations, Better Handling And More Resistance; The Right Mix To Make The Most Of Any Ride. The Smooth Profile Also Helps Reducing Aerodynamic Drag