Premium XRAY aluminum shock absorbers are specially developed and designed to work with both the T2 (electric touring) and NT1 (nitro touring) platforms. These unique black hardcoated aluminum shocks are loaded with all of the features needed for today’s racing. Whether you need ultra-fine shocks for your lightweight electric touring car or ultra-reliable shocks for your nitro touring car, the new XRAY shocks have you covered.
Cutaway view of assembled shock absorber (with 2 silicone o-rings) (click to enlarge)
The unique XRAY aluminum shock absorbers have interchangeable internal parts, giving you the option of installing 1 or 2 silicone O-rings. You can also choose between fully-adjustable 4-step pistons, or you can choose fixed 1-piece precision pistons. No matter what you choose, all pistons are ultra-true and round thanks to a very special mould design, resulting in ultra-free movement of the piston inside the shock body.
The XRAY aluminum shock absorbers come with all the necessary parts to build one pair of shocks (2 shocks). Springs and shock oil are not included and must be purchased separately.
Features
Assembled shock absorber (click to enlarge)
• The aluminum shock body is precision CNC-machined on the world's most precise German long-turn CNC machine and every piece is robot-inspected and measured to ensure maximum precision and tolerance. This is especially important with the inner diameter of the shock body to ensure that each one has an identical inner diameter to guarantee ultra-free shock piston movement.
(click to enlarge)
The aluminum shock body is machined from exclusive Swiss 7075 T6 aluminum ensuring maximum strength and rigidity. The shock bodies are black hardcoated using XRAY's own fully robotic colorcoating line with purpose-mixed color fluids, ensuring a very even layer of color coating is applied to each shock body. After the coating process, every shock body is manually checked with high-precision callipers to ensure that the inner diameter of each shock body is exactly within the very stringent tolerances.
• The shock cartridge has been designed for self-centering shim(s) to hold 1 or 2 silicone O-rings, guaranteeing perfect alignment in the shock body. A finely-threaded aluminum shock lower cap secures the silicone O-rings and shims in the shock body.
• Finely-threaded spring preload collars are used to make ride height quick and easy. Even in very dirty conditions it is still possible to very precisely adjust ride height.
• The upper aluminum cap features a small vent hole that makes shock assembly very predictable and easy, since excess shock oil will escape through this vent hole ensuring that only the proper amount of the oil is inside the shock assembly. A super-soft silicone membrane supported by a miniature foam pad (inserted inside the membrane) provides proper dampening characteristics.
(click to enlarge)
Basic Setup: 1 O-ring Setup
For 1/10 electric and nitro touring cars (for example, XRAY T2 and NT1, respectively) XRAY suggests using the 1 O ring setup as a basic setup. The 1 O-ring setup will result in super-smooth action due to improved free movement of the shock rod, providing extra traction and damping.
When installing 1 silicone O-ring, use one O-ring and one think and thick shim in the lower shock body assembly.
Note that using the 1 O-ring setup (as opposed to the 2 O-ring setup) may cause the shock to leak very slightly through the single O-ring. THIS IS COMPLETELY NORMAL. Regular servicing and maintenance is required when using the 1 O ring setup to replace any lost shock oil.
Optional Setup: 2 O-ring Setup
Using the 2 O-ring setup ensures consistent damping throughout long finals, and less servicing and maintenance will be required due to less inherent oil leakage than the 1 O-ring setup. When using the 2 O-ring setup, the shocks will still work freely and smoothly but not as smoothly as with the 1 O-ring setup. When installing 2 silicone O-rings, there are two very thin shims between the O-rings to ensure that the O-rings fit properly in the lower shock body assembly.