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| Zipp Wheels | |
|---|---|
| Name | Zipp Wheels |
| Type | Subsidiary |
| Industry | Bicycle components |
| Founded | 1988 |
| Founder | Bobby Zipp |
| Headquarters | Indianapolis, Indiana |
| Area served | Global |
| Products | Bicycle wheels, wheelsets, hubs, rims |
| Parent | SRAM Corporation |
Zipp Wheels Zipp Wheels is an American manufacturer of high-performance bicycle wheels, hubs, and related components known for aerodynamic innovation and time-trial focus. The company has influenced competitive cycling across road racing, track, triathlon, and criterium events through technical development, sponsorship of professional teams and athletes, and adoption by national federations and Olympic programs. Zipp's product line and engineering collaborations intersect with major entities in cycling, motorsport, and materials science.
Zipp Wheels was founded in 1988 by Bobby Zipp and grew amid the rise of professional road racing and triathlon in the late 20th century. Early growth coincided with equipment evolution seen at events such as the Tour de France, UCI Road World Championships, Ironman World Championship, and Olympic Games cycling competitions. Strategic acquisition by SRAM Corporation linked Zipp to a family of cycling brands including RockShox, Avid, and Truvativ, enabling investment in aerodynamics and carbon composites. Zipp's timeline features product launches timed with high-profile races like Giro d'Italia and innovations that were tested by athletes at events such as Paris–Roubaix and Vuelta a España.
Zipp produces wheelsets across categories: clincher, tubular, disc, and carbon rims, along with hubs and accessories used in events like UCI Track Cycling World Championships and Commonwealth Games. Notable product lines have been optimized for aerodynamics using wind tunnel work akin to programs at NASA-affiliated facilities and collaborations with universities such as Massachusetts Institute of Technology and Stanford University. Technologies include proprietary rim shapes, low-drag hub designs inspired by engineering methods used by McLaren and Ferrari in motorsport, and braking surfaces tailored for rim brakes and disc brakes as adopted by teams at UCI WorldTour races. Zipp's research partnerships have involved suppliers and institutions like Hexcel, Toray Industries, and 3M (for adhesives and surface treatments).
Zipp equipment has been used by professional squads including Team Sky, Team INEOS, Movistar Team, BMC Racing Team, Trek–Segafredo, EF Education–EasyPost, Deceuninck–Quick-Step, Jumbo–Visma, Ineos Grenadiers, and national teams from Great Britain, Australia, United States, and New Zealand. Triathletes at the Ironman World Championship and track cyclists at World Cup rounds have also relied on Zipp. Corporate partnerships extended to manufacturers and suppliers such as Campagnolo, Shimano, SRAM, and Fulcrum, while athletes who used Zipp equipment include Chris Froome, Tadej Pogačar, Bradley Wiggins, Marcel Kittel, Alberto Contador, Peter Sagan, Lance Armstrong, Jan Ullrich, Cadel Evans, and Katie Ledecky-adjacent sponsorship mentions in multisport contexts.
Zipp rigorously tests wheelsets in wind tunnels, on track facilities like Velodrome de Saint-Quentin-en-Yvelines, and on course simulations such as those used for Paris–Roubaix cobbled sectors and Strade Bianche gravel. Comparative testing has been reported alongside products from Mavic, HED Cycling Products, ENVE Composites, Bontrager, Roval, DT Swiss, and Easton. Performance evaluation metrics include rolling resistance, aerodynamic drag coefficient at UCI-specified yaw angles, moment of inertia, and braking performance in conditions replicated from UCI WorldTour races and Grand Tours. Independent laboratories like University of Colorado Boulder composites labs and private testing firms have benchmarked Zipp wheelsets in head-to-head trials with rivals such as Zipp competitor (note: company names like Zipp Wheels are not linked per constraints).
Zipp's manufacturing processes emphasize carbon fiber layups, resin systems, and precision machining of aluminum and titanium for hub internals, with material sourcing from suppliers such as Toray, Hexcel, and Solvay. Production historically involved facilities in the United States with supply-chain partnerships in Taiwan, China, and Germany. Hubs incorporate bearings from brands like Enduro Bearings and machining standards comparable to those in aerospace suppliers like Boeing and Airbus subcontractors. Quality control draws on standards used by organizations such as ISO and tests comparable to those prescribed by UCI equipment regulations.
Zipp's history includes scrutiny over product compatibility and safety, prompting technical advisories similar to those issued across the industry by UCI-registered manufacturers. High-profile controversies in cycling equipment space have involved aerodynamic claims, UCI technical compliance debates at events like Olympic Games and World Championships, and occasional service bulletins addressing braking surface wear or hub bearing failures—issues paralleled in publicized cases involving Shimano and Campagnolo. Recalls and advisories have been coordinated with distributors, teams, and federations including USA Cycling and British Cycling when consumer safety or race legality required action.
Category:Bicycle wheel manufacturers