Mitas Arrow 700 Racing Pro SMC Weltex + 127 TPI Tire Black

Name: Mitas Arrow 700 Racing Pro SMC Weltex + 127 TPI Tire Black
Brand: MITAS
SKU: 1922023

★★★★★

- 3 Reviews

Please select

Section

25 mm

Delivery from friday

€28.22

28 mm

Delivered on 15/11

€29.95

€28.22

Delivery from friday

Last one in stock!

€28.22

Sold by Sports Partners

4.2/5

(930)

€29.95

Delivered on 15/11

In stock

€29.95

Sold by Alltricks

Become Premium !

1 year benefits for 9.99€

For only 9.99€, enjoy 1 year of benefits:

Unlimited free 24-hour express delivery

Cashback discounts on thousands of products

100 days returns policy

Exclusive benefits

More about Alltricks Premium

The Premium subscription is not automatically renewed, no payment is required at the end of the 1 year period.

Description

The Mitas Arrow tire has WELTEX + technology, a high density fabric that reinforces the entire carcass of the tire. Excellent flexibility combined with low weight increases durability and puncture resistance. The ARROW weighs only 250g in version 25 and uses the excellent SMC (Silica Medium Compound) gum, a special formulation containing activated silica. It is designed for sports use with high level performance in all conditions, including wet and low temperatures.

The + product:

WELTEX + (CARBON RIM SHIELD +) Extremely strong, elastic and lightweight rubberized fabric with high density polymer threads protects the tire in its entirety. It significantly increases the resistance of the beads, in particular in the case of mounting on carbon rims and of the entire tire against punctures.
Racing Pro : Carcass: 127 TPI; drum technology (OLT) Shell side: skinwall (SW) Bead: Soft aramid bead (A) Features: lightness; reduced rolling resistance; various inflation pressures possible; folding tire
SILICA MEDIUM (SMC) : Specific compound with addition of silica. Thanks to its reduced rolling resistance, its excellent grip and its longevity, this compound is intended for amateur sports. Another advantage: its qualities are preserved at low temperatures.