Maxxis VS-EV Victra 255/45R19 104W

Engineered for modern electric vehicles, the Maxxis VS-EV Victra 255/45R19 104W tyre delivers quiet, efficient performance without compromise. Its advanced compound lowers rolling resistance to help extend range, while a high-silica tread and wide grooves boost wet grip and braking on New Zealand roads. Reinforced construction manages EV weight and instant torque for stable handling and even wear, and the optimised pattern cuts cabin noise for a refined ride. Choose the VS-EV Victra for confident control, long tread life and value you can trust from Maxxis.

EV-Optimised Silica Compound. The Maxxis VS-EV Victra 255/45R19 104W uses a high-dispersion, functionalised silica compound with optimised silane coupling to minimise hysteresis losses in the cap while maintaining a high friction coefficient in the wet. By targeting a low tan delta at operating temperature and a higher tan delta near the glass transition range, the tread balances rolling efficiency and wet adhesion, translating into improved EV range without sacrificing braking performance. A low-hysteresis base layer under the tread cap further reduces energy loss through the carcass, so you get lower watt-hour per kilometre consumption and consistent grip under high instantaneous torque delivery.

Reinforced Torque-Ready Construction. Purpose-built to manage the higher static loads and instant torque of electric vehicles, the Maxxis VS-EV Victra 255/45R19 104W employs a high-modulus belt package with a reinforced cap ply and a stiffened bead apex to control sidewall deflection. This keeps the contact patch stable under heavy launch and regenerative deceleration, mitigating block squirm and heel-toe wear. The result is sharper on-centre response, more precise steering at motorway speeds, and longer, more even tread life under the unique duty cycle of EVs.

Advanced Noise-Cancelling Tread. The Maxxis VS-EV Victra 255/45R19 104W leverages variable pitch sequencing, staggered rib geometry, and tuned lateral groove exits to disrupt coherent air pumping and shift dominant noise peaks out of the sensitive cabin frequency band. 3D interlocking sipes maintain block rigidity while breaking up harmonic excitation, and a semi-closed shoulder reduces cavity resonance and tread impact noise. In practice, you get a quieter EV cabin and lower pass-by noise, with no compromise to water evacuation or stability.

Thermal Management Casing Design. The Maxxis VS-EV Victra 255/45R19 104W integrates a low-heat-build-up undertread, optimised ply angles, and a high-thermal-conductivity bead filler to move heat away from the tread surface and into the rim where it can dissipate. Lower operating temperatures reduce compound oxidation and preserve modulus over long runs, keeping rolling resistance stable when the tyre is heat-soaked. This yields dependable performance on extended motorway drives and repeated high-energy regen events, enhancing efficiency and tread longevity.

Hydro-Evacuation Tread Geometry. Engineered with wide circumferential channels, directional lateral outlets, and chamfered groove edges, the Maxxis VS-EV Victra 255/45R19 104W rapidly establishes pressure gradients that evacuate surface water from the footprint. 3D sipes interlock under load to maintain block stiffness for short, repeatable wet stops, while the high-silica matrix sustains micro-contact on polished surfaces. The result is confident wet braking and steering with delayed onset of aquaplaning at typical New Zealand motorway speeds.