| T-SPRING TS6 XR (pair) |
$ 24.00 |
 |
 |
| Color |
|
|
|
 |
|
Replacement T-Spring for nodels KJ-XR3 and KJarmstrong XR. It is also compatible with:
- KJ Pro series (as a softer T-Spring option)
- older XR series models
This T-Spring model features:
1. the new 4 TwinTurbos System (improve balance & rebound)
2. the new SRS (Safety Release System).
3. Customizing option: It is "Coil Spring Adapted" which means that you can attach the optional steel Coil Springs, to customize the compression resistance of your KJ. |
|
|
| T-SPRING TS-Pro7 (pair) |
$ 29.00 |
 |
|
NEW! Replacement T-Spring for model
KJ-Pro7 model. It is a bit softer than TS-Pro6. |
| T-SPRING TS-Pro6 (pair) |
$ 29.00 |
 |
 |
| Color |
|
|
|
 |
|
Replacement T-Spring for PRO series models. This is the hardest T-Spring available.
Also suitable as a customizing harder option for models KJ-XR3 and KJarmstrong XR |
|
|
| Coil Springs (optional for TS-Pro6/7 or TS6 XR) |
$ 19.00 |
 |
|
Coil Springs (pair) for TS-5 (included in the price of model KJ5-Pro2) and optional for the new TS6-XR
Coil Springs can be attached to T-Spring TS-5 or TS6, to increase the IPS compression resistance.
For those who want to maximize energy and rebound effect. |
|
|
| T-Spring TS Power Shoe (pair) |
$ 19.00 |
 |
 |
| Color |
|
|
|
 |
|
Replacement T-Spring for KJ Power Shoe
model (only)
3 way adjustable T-spring
3 bands (all bands intact)
2 bands (remove the center band)
1 band (remove two outer bands)
This T-Spring model features:
1. the new 4 TwinTurbos System (improve balance & rebound)
2. the new SRS (Safety Release System).
3. Customizing option: It is "Coil Spring Adapted" which means that you can attach the optional steel Coil Springs, to customize the compression resistance of your KJ. |
|
|
| KJ Coil Springs (Optional for KJ Power Shoe) |
$ 24.00 |
 |
|
For KJ Power Shoe model;
A set of 4 steel coil springs for customizing the spring system. These coil springs are designed to fit on the Tension Springs, to provide a different spring effect and increase / decrease the compression resistance at will. |
|
|