RockShox Yari RC DA
AirColour3
Product details
The RockShox Yari RC DA is a high-quality bike fork specifically designed for Enduro and Gravity use. With a travel of 150 mm and an air suspension, it offers excellent adaptability to various riding conditions. The fork is equipped with a Motion Control RC damping system that allows for external adjustments for rebound and low compression. The aluminum steerer tube is approximately 265 mm long and features a tapered design, which enhances stiffness and stability. The fork is suitable for 27.5-inch wheels and supports disc brakes with a maximum diameter of 220 mm. The use of magnesium for the sliders ensures a lightweight design, while the 35 mm thick stanchions made of aluminum provide durability and robustness. The Yari RC DA is therefore an ideal choice for demanding mountain bikers who value performance and reliability.
- 150 mm travel for optimal damping and control
- Motion Control RC damping system with external adjustment options
- Lightweight aluminum steerer tube with tapered design
- Maximum disc size of 220 mm for improved braking performance
- Includes accessories such as Maxle Stealth axle and two Bottomless Tokens.
Suspension system | Air |
Fork shank diameter | 1.5" |
Wheel diameter | 27.50" |
Item number | 21246450 |
Manufacturer | RockShox |
Category | Bike fork |
Manufacturer No. | ROCSF020152 |
Release date | 21.6.2022 |
Colour | Black |
Exact colour description | Gloss Black |
Material steerer | Aluminium |
Material lower | Aluminium |
Bike area of use | Mountain bike |
Suspension system | Air |
offset | 46 mm |
Bike fork functions | Blockable, Lockable via handlebar |
Fork shank diameter | 1.5" |
Wheel diameter | 27.50" |
Brake mounts | PM 8" |
Max. disc diameter | 220 mm |
Country of origin | France |
CO₂ emissions | 32,5 kg |
Climate contribution | EUR 0,81 |
Scope of delivery | 15 x 110mm Maxle Stealth axle, ahead clamp, Plug-in Fender, two bottomless tokens |
Length | 93 cm |
Width | 22 cm |
Height | 12 cm |
Weight | 3.50 kg |
30-day right of return


