185/65R14 Haida HD687 90T XL

Name: 185/65R14 Haida HD687 90T XL
Brand: Haida HD687
SKU: TW1856514HAIDA-39687
Availability: InStock

This tyre model has all the necessary markings "snowflakes and hill symbol" in accordance with legislative changes and CSDD requirements.

Haida HD687 – Scandinavian winter tyre model with asymmetric tread pattern. Features increased performance in harsh driving conditions, as well as reduced fuel consumption and noise levels. Excellent value for money, high wear resistance and fuel efficiency.

Original price was: €62.00.Current price is: €44.00.

/ 1 pcs

On site last 4 pcs

MMK pie Riga Plaza Rīga, Mūkusalas 72d, blakus RĪGA PLAZA

+371 23204444

On site last 2 pcs

MMK Mežciemā Rīga, Biķernieku 121K, 800m no IKEA

+371 22065577

Zigmārs Riepu un disku speciālists

Edgars Riepu un disku speciālists

Additional information
Description

Season

All-Season, Winter

Manufacturer

Haida

Model

Haida HD687

Width

185

Profile

Diameter

R14

Load index (Li)

Speed index (Si)

T XL (max 190 km/h)

Fuel consumption

Traction on wet surfaces

Noise level Db

The Haida HD687 is a Scandinavian winter tyre model with an asymmetric tread pattern. It features enhanced performance in harsh driving conditions, as well as reduced fuel consumption and noise levels.

Key features of the Haida HD687:

+ Low noise, + Increased wear resistance, + Reduced rolling resistance resulting in lower fuel consumption, + Excellent grip and manoeuvrability in both snow and ice, + Improved rubber compound.

HD687 features

Haida HD687 tyres feature an asymmetric tread pattern that simultaneously excellently moves snow and water away from the contact surface, reducing the risk of aquaplaning, and lowers noise levels. The HD687 is made from a high performance composite material that does not lose flexibility in low temperatures, ensuring grip even in harsh winter driving conditions. The tread blocks incorporate sipes that dry the tyre's contact patch with the road, significantly improving grip on ice, and also grip the ice surface with cant.