The Class is racing

The lifting keel combines a carbon foil and lead bulb, weighing around 440 kg, and drops to a 1.90 m racing draft. This provides the righting moment and pointing ability of a larger boat, improving power and upwind performance. For launching and transport, the keel lifts to 0.40 m and the rudder lifts with it.

The result is a grand-prix configuration that remains fully trailerable between events.

A carbon mast is paired with LightSpeed LS Photon standing rigging, made from UHMWPE, Vectran and Technora with titanium-insert terminations. 
Lighter and lower-stretch than rod or wire, it maintains rig shape and tune under load.

The forestay is adjustable while sailing, led aft to the trimming pod, so the rig can be powered up or depowered on the water without touching the shrouds.
A Cyclops wireless forestay sensor sends live headstay tension to Vakaros or a phone, making rig settings measurable.

The sail plan was developed and validated with North Sails, Doyle Sails and Quantum Sails.  The first sea-trial sails were North 3Di. The plan includes a 26.65 m² square-top mainsail and a fully battened headsail in two options, the 18.20 m² All Purpose Jib and the Jib 3, plus an 81.80 m² A2 spinnaker.

Mainsail and jibs are fully battened for precise shape control across the range.
Totals are 44.85 m² upwind and 108.45 m² downwind. 

The Cape 26 is sailed by a crew of four or five (up to six  if all women), inward-facing with no hiking in class racing, thanks to the “Mills Ramp Deck” a cockpit shaped for control and comfort, with control lines led to be worked hard and repeatably. For open events, optional OSR stanchions allow hiking.

Deck hardware is Harken and Allen throughout, over a painted antiskid finish.
There is no crew-weight limit.

The Cape 26 launches and recovers its spinnaker through a bow launcher and below-deck chute, so the kite is hoisted and dropped without anyone leaving the cockpit.

The chute is sealed against the hull, so any water that comes down with a wet kite drains straight back out through the chute, not into the boat.

Fast, clean, repeatable hoists and drops, and a hull interior that stays dry.

Same instruments will be standard across the fleet, combining GPS, heading, heel and start-line functions in one compact, high-accuracy unit.

Vakaros RaceSense or equivalent

A single approved system prevents an electronics arms race and gives every boat the same data language.

Paired with the Cyclops forestay sensor, every boat tunes using the same live data.

Every hull is built by Cape Performance Sailing in Cape Town, the yard behind more than 80 Cape 31s, and measured before leaving the factory. Each boat receives a measuring certificate and a Boat Plaque.

This documented chain links hull, rig to the same closed specification, ensuring every boat on the start line is genuinely comparable and the result depends on how it is sailed.

The Cape 26 uses a mandatory electric outboard with integrated battery, equivalent to a 4 hp unit, a modern solution matched to current marina rules and to the practical needs of a racing programme. Only the leg is positioned at the transom, and when not in use it stows on a second bracket identical to the transom one, mounted inside the hatch, so the unit is put away without anyone going below deck.