The distinction between motorcycles and cars is substantial. Cars offer a protective barrier between the driver and the surroundings, providing a cabin that separates them from the road and external environment. In contrast, riding a motorcycle lacks such separation; the rider is directly exposed to the elements and outside world with only minimal protection from a helmet and protective gear.
Hands, of course, play a crucial role in motorcycling, as they serve as the primary connection to the motorcycle, transmitting vital sensory information to the brain as they grip the handlebars for steering. Additionally, in the unfortunate event of an accident, hands instinctively move forward to shield the rider.
Given the importance and vulnerability of hands, it’s imperative to safeguard them with gloves while riding a motorcycle.
History of Motorcycle Gloves The Beginnings
Dainese’s history of motorcycle gloves traces back to the 1980s, with racing serving as the initial testing ground. In 1995, the introduction of Full Pro gloves marked a significant advancement, incorporating rigid carbon fiber and aramid fiber inserts for enhanced impact protection a solution first tested by Max Biaggi while racing. This innovation was prompted by the recognition that hands often bear the brunt of accidents not just from abrasion, but also from impact. From then on, all riders began requesting this type of protection, which later was extended to the ulna and phalanges.
The Present and Future of Motorcycle Gloves
The latest iteration, Full Metal 7 gloves, features a soft goatskin palm for optimal sensitivity and comfort on the handlebar. Aramid fiber seams (which boast a very high mechanical performance) ensure durability and heat resistance, crucial for protecting against friction during slides. Because of this, the gloves don t open, but continue to protect every part of the hand.
How are Dainese Motorcycle Gloves Constructed?
“Other materials used extensively for Full Metal 7 gloves are titanium, PU and TPU. On the back, the upper Pro-Tek plate to protect the knuckles is made of titanium, to dissipate the force of impact over the largest possible area and to reduce friction against the ground, to promote sliding on contact with the asphalt. Titanium also has another important characteristic lightness. Less weight means less inertia and effort when riding on a track even just a few grams, at 300 km/h, can make a difference.
The base of the titanium plate is a protective plate made of PU, the same material used to protect the phalanges. In the outer area of the palm there is also a rigid support with Auxagon Pro-Hand technology, inspired by the auxetic structures present in nature, capable of expanding or stiffening according to the stress to which they are subjected.”
Pre-Curved Fingers for Maximum Comfort
Dainese upholds the principle that enhanced comfort directly correlates with heightened safety. With this in mind, the Full Metal 7 gloves are meticulously crafted with pre-curved sleeves and fingers, ensuring they conform to the natural position of the hands and wrists while gripping the handlebar. This ergonomic design minimizes strain on joints and muscles during rides. Moreover, strategic placement of stretch panels throughout the gloves enhances flexibility, allowing for unrestricted movement. Notably, the most prominent stretch panel separates the knuckle protector from the back of the hand, optimizing both comfort and protection.
Protecting the Little Finger, The Most Delicate One
The little finger is particularly vulnerable to injury due to several factors. It often makes initial contact with the ground during a slide, can become ensnared under the handlebar, and is structurally weaker compared to other fingers. Recognizing this susceptibility, Dainese developed Distortion Control Protection (DCP) specifically for the little finger. This feature incorporates a thermoplastic polyurethane (TPU) insert, securely attached to the glove via aramid fiber seams, positioned at the base of the little finger. Its primary purpose is to restrict movement and prevent sprains. Additionally, other thermoplastic plates are strategically placed on the little finger to offer protection against abrasions and impact injuries.
As evidenced, motorcycle gloves fuse numerous technological advancements to harmonize safety with flexibility. Incorporating materials like leather, titanium, carbon, and aramid fibers, gloves such as the Full Metal 7 epitomize Dainese’s commitment to hand protection. Evolving from humble leather beginnings, years of dedicated research and development in demanding environments have culminated in this pinnacle of innovation. The result is a technologically sophisticated product that empowers riders to perform at their peak while ensuring optimal protection.
