Winter roads can be harsh, but the Radar Dimax Ice Lock offers unmatched traction on ice and snow, making it a top choice for drivers looking to stay safe. This model suits passenger cars, SUVs, and CUVs, providing excellent performance in the worst weather. Moreover, it is 3PMSF rated, meaning it can handle severe snow conditions with ease.
Firstly, the Radar Dimax Ice Lock features special factory fitted Tikka Spike studs that grant better mechanical grip and more responsive braking on ice and harsh snow. Moving on, the directional tread pattern provides superior traction and control on slippery surfaces, keeping your vehicle safe at all times. The angled grooves expel water and snow from the footprint, reducing the chances of aquaplaning and skidding. In addition, the shoulder channels add extra lateral grip, helping you take sharp turns with confidence. The main zig zag grooves keep the footprint clean to maintain a strong surface contact all the time.
What's more, the innovative siping of the Radar Dimax Ice Lock creates numerous biting edges to improve grip and handling precision. The optimized pitch pattern grants a quiet ride by minimizing road noise as much as possible. This ensures a pleasant driving experience, even in the worst snow. Furthermore, the advanced rubber compound maintains its flexibility in low temperatures while gripping the surface with confidence. It also helps to lower rolling resistance, leading to better fuel efficiency for the vehicle. At last, this model is available for purchase in a wide range of sizes between 15" and 19" rim diameters. Some of the best car fitments, according to reviews, are the Audi A3, BMW 2 Series, and Ford Focus.
Features and benefits
- Modern studded tire designed for Nordic winters.
- Directional tread design with abundant siping ensures the best traction and grip.
- Deep grooves expel water and slush from the footprint to reduce the chances of slippage.
- Open shoulders improve the cornering ability without giving up road silence.
- Special rubber compound remains flexible at low temperatures.
