Motorcycle riding gloves do more than improve grip and comfort. During a fall, they help protect the hands from abrasion, impact and other injuries. While most riders look for durable materials, reinforced palms and secure wrist closures, some of the smaller protective features deserve just as much attention.
Two such features are palm sliders and pinky bridges. They serve different purposes, but both are designed to address specific injury risks that riders may overlook when choosing motorcycle protective gloves.
In this guide, we explain what palm sliders and pinky bridges do, how they contribute to motorcycle glove protection, and what to look for when evaluating a pair of riding gloves.
What Are Palm Sliders in Motorcycle Gloves?
Palm sliders are protective components fitted to the palm area of some motorcycle gloves. They are designed to help the hand slide across the road surface during a fall instead of catching abruptly against it.
If the palm is stuck against the road, the resulting forces can place stress on the hand and wrist, including the scaphoid bone. Palm sliders are designed to help manage this risk by reducing the likelihood of the palm gripping the road surface suddenly.
However, not all palm sliders are made the same way. Their material, profile, placement and integration with the glove all influence how they function.
For example, Knox's patented SPS 303 palm sliders used in our Holeshot range of gloves use low-profile LDPE construction designed to avoid the grab effect during a fall. This design aims to reduce the risk of scaphoid injuries without interfering with everyday use.
When assessing motorcycle glove protection, look beyond whether a glove simply has a slider. Consider how the slider is designed and integrated with the palm, along with the glove's abrasion-resistant materials, reinforced construction and stitching.
What Is a Pinky Bridge in Motorcycle Gloves?
A pinky bridge is a protective feature that connects the little finger to the ring finger through the glove's construction. It is designed to help limit the little finger's separation from the ring finger during certain types of falls, reducing the risk of roll injuries.
During a crash, a rider's hand can come in contact with the road at an awkward angle. This can expose the fingers to twisting, bending or separation forces. Because the little finger sits along the outer edge of the hand, it can be particularly vulnerable to these movements.
A pinky bridge helps manage this risk by linking the little finger to the adjacent finger. While it cannot eliminate the possibility of injury, it provides an additional layer of protection against certain finger movements during a fall.
For example, the ViaTerra GRID MK3 full-gauntlet riding gloves feature a pinky finger bridge designed to help prevent roll injuries.
Palm Sliders vs Pinky Bridges: What's the Difference?
Palm sliders and pinky bridges are both designed to improve motorcycle glove protection, but they address different risks.
Palm sliders are positioned around the palm and are designed to help the hand slide across the road surface during a fall. By reducing the likelihood of the palm catching abruptly, they aim to help manage forces that could affect the hand and wrist.
Pinky bridges connect the little finger to the ring finger. Their purpose is to help limit separation and twisting movements that can contribute to roll injuries.
Neither feature replaces the need for adequate abrasion resistance, secure stitching, suitable wrist protection and a proper fit. Instead, they compliment the glove's overall protective construction.
Are Palm Sliders and Pinky Bridges Necessary for Every Rider?
The relevance of these features depends on your riding style, the conditions you ride in and the type of protection you are looking for.
Riders who regularly ride at higher speeds or participate in track riding may place particular importance on features designed to manage sliding forces and finger injuries. For everyday commuting and touring, palm reinforcement, abrasion resistance, secure closures and comfort remain essential considerations, too.
A pinky bridge or palm slider should not be treated as a guarantee against injury. These features are designed to address specific risks, and their effectiveness depends on the design of the glove and the circumstances of a fall.
What Other Protective Features Should You Look for in Motorcycle Riding Gloves?
Palm sliders and pinky bridges are important considerations, but they are only part of a glove's overall protective design. Other features also contribute to how well a glove is equipped for the demands of riding.
1. Wrist Protection
The wrist is exposed during a fall, making its protection an important consideration. Some gloves use external sliders, protective shells or padding around the wrist to help manage impact.
The ViaTerra GRID MK3 full-gauntlet riding gloves feature carbon-fibre wrist sliders with underlying EVA padding, designed to provide protection for the ulna bones.
2. Finger Protection
The fingers can be exposed to abrasion and impact during a crash. Depending on the glove, protection may include external protectors, foam padding or reinforced construction around the fingers.
3. Abrasion Resistance
If a rider slides across the road, the glove's outer materials and construction play an important role in protecting the skin. Look for durable materials, reinforced areas and secure stitching, particularly around parts of the hand that may contact the road.
A palm slider alone does not make a glove adequately protective. The surrounding material and construction also matter.
4. Secure Fit and Wrist Closure
A glove needs to stay securely in place during a ride and in the event of a fall. Check that the fingers are the right length, the palm does not bunch up, and the wrist closure holds the glove firmly without restricting movement or circulation. A dual wrist closure provides two points of adjustment, helping secure the glove around the wrist and cuff. This allows for a more secure, adjustable fit and helps reduce the risk of the glove being pulled off during a fall. Regardless of the closure design, ensure the glove fits snugly and stays in position when you move your hands.
5. Protective Design and Certification
Where applicable, check whether the gloves carry relevant protective certification, such as EN —-- for motorcycle protective gloves. Certification and markings can help you understand the standard against which a product has been assessed.
Do not rely on a single feature or label alone. Consider the glove's overall construction, fit and intended use before making a decision.
What Should You Check When Inspecting Your Existing Riding Gloves?
Even well-designed motorcycle riding gloves need regular inspection. Wear and damage can affect their fit, structure and protective function over time.
Check the following areas periodically:
Palm sliders: Look for cracks, loose components, significant wear or damage around the attachment points.
Pinky bridge: Check for torn stitching, damaged material or signs that the connection between the little finger and ring finger has weakened.
Finger and wrist protectors: Look for cracks, displacement or other visible damage to protective components.
Stitching and seams: Inspect high-stress areas, particularly around the palm, fingers and wrist. Loose or broken stitching should not be ignored.
Closures and fit: Check that wrist straps and fasteners work properly and that the gloves still fit securely without excessive looseness.
If you notice damage, follow the manufacturer's care, repair or replacement guidance. Do not assume that a glove remains protective simply because the outer material still looks usable.
Choose Motorcycle Gloves With Protection in Mind
When choosing motorcycle riding gloves, it is easy to focus on fit, comfort, grip and materials. These are all important, but the smaller details of a glove's protective construction deserve attention as well.
Palm sliders are designed to help the hand slide across the road during a fall, while pinky bridges help limit certain movements of the little finger. Features such as wrist sliders, finger protectors, padding and abrasion-resistant construction contribute to the glove's overall protective design.
Before choosing a pair, consider how and where you ride, examine the protective features carefully, and check the manufacturer's specifications. The goal is not to find a glove with the longest list of features, but one whose fit, construction and protection are appropriate for your riding needs.
