A paramount asset for all cyclists, the Giro Aether Spherical adult road cycling helmet combines superior protection with advanced design. Comfort, style and safety converge in this premium helmet, making it a perfect match for road cycling enthusiasts.
The Giro Aether Spherical adult road cycling helmet marries innovative design with stellar performance. Each component of the helmet serves a purpose, contributing to its overall performance, durability, and comfort.
With MIPS Spherical technology, Giro Aether has redefined the standards of helmet safety. This system is designed to reduce rotational forces, offering an extra layer of protection in the event of an angled impact.
The helmet features an in-mold polycarbonate shell, ensuring a durable and lightweight structure. It’s further equipped with a Roc Loc 5+ Air fit system to allow for an optimal and secure fit, increasing overall comfort and efficiency.
Aerodynamics is another strong suit of the Giro Aether Spherical helmet. Its Wind Tunnel ventilation system consists of large vents and internal channeling, promoting effective cooling whilst maintaining a sleek and streamlined design.
The Giro Aether Spherical adult road cycling helmet is also highly regarded for its stylish appearance. Available in an array of colours, it’s easy to match this top-tier helmet to your kit or bike.
Q: Can the Giro Aether Spherical helmet size be adjusted?
A: Indeed, the helmet boasts the Roc Loc 5+ Air fit system, which allows for comprehensive adjustments to achieve the perfect fit.
Q: Is the helmet ventilated?
A: Absolutely. The helmet features a Wind Tunnel ventilation system, ensuring effective cooling during rides.
Q: Is the Giro Aether Spherical helmet suitable for night rides?
A: While the helmet does not come with built-in lights, its reflective accents can enhance visibility in low light conditions.
Q: How does the MIPS Spherical system work in this helmet?
A: The MIPS Spherical system is integrated between the layers of EPS foam – rather than against the rider’s head – to reduce rotational forces during angled impacts.