2025 Lazer Tardiz2

Teardrop-shaped aero helmet for maximizing marginal gains

This is the aero helmet you want when you’re pushing your limits in racing and training. The Tardiz2’s aerodynamic shape and design features will ensure you’re cool, comfortable, and most importantly, fast.

Features:

• Adult Aero Helmet: designed for triathlon and time trials, the Tardiz2 is wind tunnel tested to deliver peak personal performance
• Speed Enhancing: features teardrop shape, small frontal area, and dimpled tail section that work in unison to enhance aerodynamic efficiency
• Precise Fit: Lazer TurnFit Plus system features easy-to-access adjustment dial that ensures a secure and comfortable fit during fast transitions
• Keep Cool: built-in Aquavent allows you to squirt water directly onto your head when the pace or temperature heats up
• Eyewear Friendly: open design around front of helmet and ear pads allow for use of any eyewear without compromising fit
• Head circumference in CM : S 52 - 56, M 55 - 59, L 58 - 61

Technical Features

Adjustable Head Basket

Allows the back part of the retention system to be adjusted up and down depending upon your preference and comfort. The nylon ratchet system can be pushed high and out of the way, or low for a feeling of increased security.

Aquavent

Spring loaded cap on the top of the helmet. Use the tip of your water bottle to push the cap open and pour water directly on your head for evaporative cooling.

Dimpled Tail construction

The rear of the helmet has a dimpled surface to trap an air layer around the tail of the helmet and improve aerodynamic performance.

Turnfit Plus system (TS+)

A unique fit system which prevents hotspots or pressure points by making the adjustment around the entire circumference of your head.

Eyewear Friendly

Eyewear can easily be docked in specific vents in the helmet. The updated rear head basket prevents interference with eyewear temples.

Click for Size Chart

WARNING: This product contains chemicals known to the State of California to cause cancer reproductive harm