D2 GRAND PRIX 78 12mm BLK/LIM 200mR

No. d'articleDG1227
The upgrade to D2 Racing and ultimate standard production racing halyard or sheet. Manufactured using our bio-based D12 78 core or D12 99 core for additional strength and 50/50 Technora / Polyester cover to provide even greater performance in clutches, jammer and around winch's. Lightweight, low str

Description

The upgrade to D2 Racing and ultimate standard production racing halyard or sheet. Manufactured using our bio-based D12 78 core or D12 99 core for additional strength and 50/50 Technora / Polyester cover to provide even greater performance in clutches, jammer and around winch's. Lightweight, low stretch, minimal creep with grippy, abrasion resistant cover for excellent jammer performance. D2 Grand Prix's blended cover grips well on winch drums and lasts during the toughest races thanks to its high melting point.

Spécifications

Colour
BLACK/LIME
Diameter
12 mm
Material type
Dyneema SK78/Technora/Polyester
Average break load
6940 KG
Minimum break load
6250 KG

D2 GRAND PRIX 78 12mm BLK/LIM 200mR

No. d'articleDG1227
The upgrade to D2 Racing and ultimate standard production racing halyard or sheet. Manufactured using our bio-based D12 78 core or D12 99 core for additional strength and 50/50 Technora / Polyester cover to provide even greater performance in clutches, jammer and around winch's. Lightweight, low str

Spécifications

Colour
BLACK/LIME
Diameter
12 mm
Material type
Dyneema SK78/Technora/Polyester
Average break load
6940 KG
Minimum break load
6250 KG

Description

The upgrade to D2 Racing and ultimate standard production racing halyard or sheet. Manufactured using our bio-based D12 78 core or D12 99 core for additional strength and 50/50 Technora / Polyester cover to provide even greater performance in clutches, jammer and around winch's. Lightweight, low stretch, minimal creep with grippy, abrasion resistant cover for excellent jammer performance. D2 Grand Prix's blended cover grips well on winch drums and lasts during the toughest races thanks to its high melting point.