Toyota Landcruiser 79 Series - Ute & Cab Chassis (09/1999 on) - Raw Nitro Max Lift Kit

Type: Landcruiser

Model: 79 Series - Ute & Cab Chassis FZJ79,HDJ79,HZJ79,VDJ79

Year: 09/1999 on

Suspension Type: Coil Spring Front / Leaf Spring Rear

Front Lift: 50mm

Rear Lift: 50mm

Detail: Ute & Cab Chassis (Excluding Dual Cab)
ENGINE: All Variants
Extra Heavy Duty - Nitro Max
45mm Bore Nitrogen Gas Technology

NitroMax: Extra Heavy Duty Shocks & Struts

Specifically designed for heavy coil sprung and torsion bar vehicles, Nitro Max uses a proven truck shock absorber design with highly tuned valving for 4 x 4 applications carrying heavy loads and travel demanding terrain.

Recommended for vehicles used in mining, long distance touring, towing and heavy duty applications.

Features

Strong construction build to last

• 360° welds with one piece eye rings and machine welded end caps for increased strength and durability.
• Deep penetrating structural welds for stronger construction
• Body and shield made of strong steel construction with extra thick tube for added endurance and strength

Engineered for Performance

Nitro Max achieve enhanced performance and longevity through:

• Larger external body size
• Low pressure nitrogen gas charged to resist fade
• Improved dampening
• High temperature oil
• Seals resistant to elevated temperatures
• Hydraulic stop at fully extended

Important Notes for setting up your Vehicle Correctly:

• When selecting Springs to suit your lift, please Select Springs only to suit Current "CONSTANT" Loads Front and Rear.
• Towing Loads are not included in your Constant Load Calculations, as they are not "Constant" Loads.
• Please do not put Occasional Loads into your "Constant" Load determinations.
• Selecting a load rating that is too heavy for your setup will result in Poor Flex Off-Road, Compromised Suspension Travel & Rough Ride, and will cause damage to your new shock absorbers and other components by pushing them outside of their intended range.

Please Note:

• All lift heights stated are estimated lift heights, due to the large number of variables in each different vehicles setup and accessories.