ENVE M635 29in Boost Wheelset

Brand	ENVE
Category	BIKECOMPONENTS
Seller	Backcountry

ENVE's original M60 Forty HV wheels left little to be desired in an all-purpose trail shredding wheelset. The ENVE M635 29in Boost Wheelset takes the best attributes of the original MSeries and bumps up the internal rim width from 26 to a substantial 35mm perfectly, pairing it with larger volume tires ranging from 2. 5 to 2. 8-inches wide. On this particular model the hub width comes in the 110/148mm boost standard. The larger tire volume and increased wheel stiffness afforded by the boost hubs make the M635 wheels the premium choice for launching huge gaps, dropping into rough chunder, and cleaning steep, technical climbs.The M635 looks to the M7 and M9 wheelsets for the proper laminates to arm the aggressive trail rider with a capable wheelset to send it, but still wants something to efficiently climb into remote locations. The M635 is built for the same trail abuse as the M630, but comes in slightly heavier due to the increased width. Again, if you are looking to outfit your trail bike with wider 2. 5 to 2. 8-inch tires, these are the wheels you want. The newly redesigned wider hookless bead is both lighter and more impact resistant than the hookless beads that first appeared on the original MSeries. Additionally, the increased girth provides for a better buffer when the tire bottoms out, preventing the dreaded tire pinch flat. The 35mm of internal width allows for a large footprint that increases cornering stability and puts more tread to the trail at any given time.All ENVE wheels, including this M635 utilizes patented manufacturing techniques building a strong, stable wheel that is ready to get rowdy out of the box and throughout its lifetime. ENVE's trademarked process of molding in-spoke holes, nipple seats, and valve holes is largely responsible for its proven reputation of creating wheels boasting one of the highest strength-to-weight ratios in the industry. ENVE molds carbon fibers around each hole to maintain continuous fiber integrity rather than d...   read more