End Caps (Djinn)
$3.00
High quality aluminum end caps for the Djinn quad line kite, crafted for high durability and excellent function with separate holes for both bridle and bungee. Each kite uses 4 of these parts.
Description
The Djinn is using specifically designed end caps on all four wingtips that place the bridle attachments away from the very tip to significantly lessen overall wear and damage from ground contact (such as urban flying), the bridle has its own hole perpendicular to the bungee holes to eliminate directional conflict, and the caps are crafted from aluminum to not only keep them extremely light but also to make them incredibly durable against both abrasion and impact.
Additional information
| Weight | .2 oz |
|---|---|
| Dimensions | 1 × 1 × 1 in |
Related products
Package includes four aluminum end caps, four washer sets (8 pieces), four bungees (6” each) and two 4" cable ties, all you need to replace all four wingtips of a Djinn.
Durable T-connector for the Djinn quad line kite, used for the connection between vertical spars and the leading edge when assembled. Each kite uses two of these parts.
Replacement carbon spars for the Djinn quad line kite, each spar measures 31" in length and does not include ferrules... If you are ordering a frame, be sure to also add 2 ferrules for every 5 spars to make a complete frame. (see full description to match spars to Djinn models)
One ferrule, solid fiberglass joint used to connect the Mystic spars in a Djinn leading edge.
Designed to John Barresi's own specifications, these all black aluminum Pro quad handles measure 13" from tip to tip, ready to fly with adjustments included.
Run your Djinn hard or just learning how to fly? Use this page to easily assemble your basic "ready for anything" package includes everything that could potentially and naturally break or wear out on the kite with a bad crash or extended use. **
Clive W. (verified owner) –
Sexy endcaps
Eric Mikkelsen (verified owner) –
Love them, I like the fact that the bridle attachment goes through the center of the end cap taking the potential twisting of the end caps out of the equation.