Tein Street ADVANCE Z (and Street BASIS Z) use the vehicle's original upper mounts.The top end of the shell pipe is narrowed, oil and gas are injected, and the whole unit is sealed by crimping the metal. This new approach massively shortens the production process. As a result, Tein has succeeded in vastly cutting production cost.
The ride height can be adjusted by moving the lower spring seat up or down. Characteristic of this system are its simple structure and ease of use. Compared to the regular mono-tube system, twin-tube attains longer stroke with a smaller repulsive force, resulting in high ride comfort. Thanks to its smooth compression and high durability, the dust boot guards the piston rod from damage, and keeps foreign material out of the shock absorber. (Some vehicles use their OE dust boots). Tein's unique ZT Coating surface treatment on the ride height adjustment thread is abrasion resistant against gravel/debris, and further enhances its corrosion resistance. With zero claims for stuck parts due to rust in 500,000 shock absorbers, TEIN shock absorbers are amazingly rustproof. Tein is confident of customer satisfaction even in coastal areas or regions with heavy snowfall.Thanks to its smooth compression and high durability, the dust boot guards the piston rod from damage, and keeps foreign material out of the shock absorber. (Some vehicles use their OE dust boots).
Note: Street ADVANCE Z coilovers offers adjustable damping and EDFC compatibility over the Street BASIS Z coilovers.
- Incredibly low priced
- Steel Construction
- Thread type ride height adjustment
- Adjustable Damping force
- Twin Tube system
- Reuses OEM mounts
- Highly durable and reliable
- Optimal dust boot
- No-sag spring
- High performance damper oil
- ZT coated threads to resist corrosion and sticking against debris/gravel
- Corrosion resistant powder coated damper body
- Available for Overhaul
- EDFC compatible
See pull down menu for available vehicle applications.
Images shown for illustration purposes and may not reflect actual vehicle model.