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Metzeler TOURANCE NEXT 2 enhances the know-how of the two-wheel focused brand to reach a new level o

See what the first of our media partners from the Australian launch of the Metzler Tourance Next II had to say about these new tyres, tested recently in Australian conditions. Both Kiwi Rider and Bikereview shared their thoughts on Tourance Next II. Read more below!

TOURANCE Next 2 guarantees a new level of performance in the adventure segment and it was developed for riders riding their motorcycles both for long journeys and out-of-town excursions, alone or with a passenger, who are looking for top performance combined with riding comfort and durability. Features and benefits of TOURANCE Next 2 The main benefits of TOURANCE Next 2 are:

  • Accurate control at any lean angle, leading to an agile and neutral behaviour of the motorcycle thanks to the radial structure with zero degrees steel belt and INTERACT technology;

  • Top response in wet and braking conditions. The innovative formulation of the compounds with liquid polymers and their arrangement, which uses METZELER HYPERBASE technology, make TOURANCE Next 2 the new reference tyre in terms of braking and wet performance, guaranteeing braking distances 1.5m shorter than its predecessor TOURANCE Next

  • Immediate and lasting performance. The evolution of the legendary TOURANCE Next has been enhanced by new compounds and the METZELER DYMATEC technology applied to the tread pattern. This involves a particular design methodology to preserve the functional geometries of the grooves and consequently the tyre performance over time;

  • Comfort and safety even when fully loaded. The combination of tread pattern, structures and adaptive compounds make the motorcycle extremely comfortable and manageable, regardless of the presence of a passenger or luggage.

THE TYRE IN DETAIL Tread pattern TOURANCE Next 2 features tread pattern traits of the pi - π - which in addition to being distinctive of the METZELER brand, also has a specific functional reason. The longitudinal grooves in the central part of the tread, which make up the upper part of the pi, are interrupted by other grooves in order to ensure greater stability of the compound and consequently a uniform wear. Likewise, these grooves improve lateral thrust for high-end off-road performance. The patented DYMATEC technology has been applied to the tread pattern, which involves a design methodology specifically designed to preserve the functional geometries of the compound blocks and consequently tyre performance over time. Thanks to DYMATEC, Dynamic Mould Angle Technology, the position of the groove along the tread width, and consequently the different lean angle in which it is involved, determines the specific angle of its the walls, in order to better manage the dynamic stresses typical of on/off riding and ensure maximum wear uniformity. Another important feature of the front tyre is the irregular repetition of the tread pattern (Multi-Pitch Knob Layout), a technology that places blocks of compound of different sizes in contact with the asphalt, to ensure smooth rolling and a high acoustic comfort level. Tread Compound On the front, METZELER introduces an innovative high-silica compound (85%) containing functionalized polymers (SBR) which enhance its wet grip characteristics and stability, allowing a reduction of the braking distance by more than 10% and full stability under different load conditions. As for the TOURANCE Next 2 rear sizes, the central strip replicates the same compound as the front, while the shoulder areas are full-silica and formulated for wet performance and grip while leaning. Some sizes feature the arrangement of the tread compounds according to the Cap&Base scheme, while others use the patented Hyperbase formula. According to the Cap&Base scheme, the shoulder areas in soft compound, which ensure grip when cornering, are layered on a harder compound base that ensures consistency in performance and thermal balance. With the Hyperbase scheme, both shoulder areas and the central compound strip are supported by a base formulated with a specific full-carbon-black compound, oriented towards dynamic and thermal stability.

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