About Toyota LandCruiser 40 Series Suspension
The Toyota LandCruiser 40 Series is known for its strength and simplicity, even after decades of tackling New Zealand’s toughest roads. Original suspension components often struggle to cope with modern driving conditions, added accessories, or regular off road use. Upgrading your suspension is one of the most effective ways to improve control and comfort in a 40 Series.
ARB’s Old Man Emu 4×4 suspension systems are designed to suit classic LandCruiser platforms, helping restore ride quality while improving stability and load handling.
Find Old Man Emu suspension at your nearest ARB store or stockist.
Professional support through ARB stores and stockists
ARB stores and stockists understand the requirements of older vehicles and can help select suitable suspension components for your LandCruiser 40 Series. Professional installation ensures correct fitment and reliable performance.
Visit your nearest ARB store or stockist to discuss Old Man Emu 4×4 suspension for your 40 Series.
Suspension systems built for older LandCruiser platforms
Old Man Emu suspension for the LandCruiser 40 Series is engineered to suit heavy-duty chassis designs. Components are selected to improve ride control without compromising the vehicle’s original strength or simplicity. These systems help bring older vehicles back to a more predictable and comfortable driving experience.
Improved control for work and off road use
Many 40 Series LandCruisers are still used for farm work, property access, or recreational off road driving. Old Man Emu suspension improves handling on uneven ground, reduces harshness, and helps the vehicle remain stable under load. This makes the suspension upgrade valuable for both working classics and restored touring vehicles.
Suspension options to suit your 40 Series build
Old Man Emu systems are available in configurations to suit lightly loaded vehicles or those carrying tools, equipment, or recovery gear. Matching spring rates and shock absorbers ensures consistent performance across different driving conditions.