MOOSE HARD-PARTS Stainless Steel Front Hydraulic Brake Hose Kawasaki KX125/250 04-09
Бестселлер
- Артикул:
- 124256965
44 734 AMD
Характеристики
Дизайн
- Цвет
- Серебристый
Прочие свойства
- Бренд
- MOOSE HARD-PARTS
Описание
Compatible models:
KAWASAKI KX 125 M 2004-2008.
KAWASAKI KX 250 2004-2006.
KAWASAKI KX 250 F 2004-2005.
SUZUKI RM 125 2004-2005.
SUZUKI RM 250 2004-2005.
SUZUKI RM-Z 250 2004-2006.
Stainless Steel Braided Brake Line.
Swivel union ends are the secret to easier fitting, and ensure a kink- and stress-free installation.
Venhill Engineering in the UK makes Moose Racing Stainless Steel Brake and Clutch lines to the highest specifications.
Each line is made from top quality DuPont Teflon®-coated hose, wrapped with British-made stainless steel, and PVC-coated for protection and great looks.
Rubber protection boots and extra-rigid tubing are used to protect vulnerable areas from heat and impact and to prevent hose flex under compression.
Each line is designed to withstand a minimum of 14,000 psi.
Installing Moose Racing stainless lines gives a large performance increase by significantly reducing expansion under pressure and absorption of water when compared to stock rubber hoses.
KAWASAKI KX 125 M 2004-2008.
KAWASAKI KX 250 2004-2006.
KAWASAKI KX 250 F 2004-2005.
SUZUKI RM 125 2004-2005.
SUZUKI RM 250 2004-2005.
SUZUKI RM-Z 250 2004-2006.
Stainless Steel Braided Brake Line.
Swivel union ends are the secret to easier fitting, and ensure a kink- and stress-free installation.
Venhill Engineering in the UK makes Moose Racing Stainless Steel Brake and Clutch lines to the highest specifications.
Each line is made from top quality DuPont Teflon®-coated hose, wrapped with British-made stainless steel, and PVC-coated for protection and great looks.
Rubber protection boots and extra-rigid tubing are used to protect vulnerable areas from heat and impact and to prevent hose flex under compression.
Each line is designed to withstand a minimum of 14,000 psi.
Installing Moose Racing stainless lines gives a large performance increase by significantly reducing expansion under pressure and absorption of water when compared to stock rubber hoses.
