Halo EX3 MX 20x1.5" Front Wheel

Halo Devaura RS2 700c Wheels Silver with Black Spokes

Halo Devaura RS2 700c Wheels Silver

Halo Carbaura RC50 RS2 Supadrive Wheelset - Black Hubs

Halo Carbaura RC50 RS2 Supadrive Wheelset - Silver Hubs

Halo White Line Sport 700c Dyno Front Wheel

Halo Evaura 6D 700c Dyno Front Wheel

Halo Evaura 6D 700c Wheel

Halo Caliber Stealth 700c Road Rim

Features: 18.3mm wide x 38mm deep aero section. Smooth sleeved joint system with stealth laser-etched graphics.  Available in 20H, 24H or 32H with regular spaced drilling or off-set 16/8E (24H with even spaced 2:1 offset drilling). ERD: 563mm Recommended Spoke Tensions: Non Disc wheels: Front: 80 to 100Kgs. Rear: 100 to 135Kgs. Disc brake wheels: Front and Rear: 100 to 135Kgs. Weight: 570g. Anodised Black all over with CNC brake surfaces and Black laser graphics or polished Silver with CNC brake surfaces and Silver laser graphics. Note: Colour anodising on brake surface will wear with brake pad contact.

Halo Caliber 700c Road Rim

Halo's deepest-section rim so far. 38mm Deep Aero 700c rims.   16/8E explained: The hub offers an extra wide offset left hand non drive spoke flange (to increase the A-frame type support structure of the spokes to the rim) and counter balances the,common,resulting uneven spoke tension problem by having only 8 spokes on the heavily offset side vs 16 on the almost straight dished drive side. The rim and the hub have been specially drilled to accommodate the 16/8E configuration to result in the spokes being "Evenly" spaced in the rim's circumference. All of the rear spokes are "crossed" to provide a tangential structure to spread the drive torque throughout all of the 24 spok es (rather than having some spokes in a radial configuration that are unable to effectively help transfer torque drive from the hub to the rim). Halo's theory being that if you spread the drive torque over all 24 of the rear spokes (rather than just some of the spokes on the drive side alone), then this further divides it up, and thus reduces the torque transferred to each spoke.

Halo EX3 Expert BMX Race Rear Cassette Wheel

The super-low weights of our new 1.5" Expert race wheels and the 120T Supadrive hub offer the younger riders outstanding acceleration, whilst the tough box section rims give riders the confidence and security to nail the track.Precision assembled and hand trued with Halo Double butted spokes, 7075 CNC alloy nipples and Halo MX series hubs and double wall, eyeleted Halo EX3 (1.5") rims.Performance optimised 28 hole front radial lacing with 32H rear lacing for spoke strength where it's required.Front rims are black anodised all over, while the rear rim has a CNC finished brake wall for precision braking performance.Two rear hub options.Recommended weight limits: EX3 (1.5") 60Kg (130lbs)

Halo Caliber 6D 700c Aero Road Rear Wheel

A light and strong, deep aero non-carbon option for T/T use, or a great style statement on any performance road bike. 38mm deep section Aero 700c wheels with new reversed 6-pawl sealed bearing Halo Spin Master 6D hubs (Shimano or Campy compatible options). Halo Aero spokes and alloy nipples with 20H radial front and NEW 16/8E (24E) rear spoke system for improved lateral rigidity. Rear wheels feature the highly unusual 16/8E spoke configuration.16/8E explained:The hub offers an extra wide offset left hand non drive spoke flange (to increase the A-frame type support structure of the spokes to the rim) and counter balances the,common,resulting uneven spoke tension problem by having only 8 spokes on the heavily offset side vs 16 on the almost straight dished drive side.The rim and the hub have been specially drilled to accommodate the 16/8E configuration to result in the spokes being "Evenly" spaced in the rim's circumference.All of the rear spokes are "crossed" to provide a tangential structure to spread the drive torque throughout all of the 24 spokes (rather than having some spokes in a radial configuration that are unable to effectively help transfer torque drive from the hub to the rim).Halo's theory being that if you spread the drive torque over all 24 of the rear spokes (rather than just some of the spokes on the drive side alone), then this further divides it up, and thus reduces the torque transferred to each spoke.