The system combines thermoelectric cooling technology with Feher’s patented Tubular Spacer Fabric. The design distributes filtered, cooled air throughout the interior of the helmet while helping move heat away from the rider’s head.

Designed to Keep Your Head Cooler

According to Feher Helmets, the ACH-1 can provide temperatures around 12 to 18 degrees cooler than a traditional helmet under suitable conditions.

The cooling system is designed to reduce the temperature around the rider’s head during hot rides. Keeping the head cooler can also make riding in hot weather feel less demanding.

How the Cooling System Works

The ACH-1 uses a combination of airflow and thermoelectric cooling. Ambient air enters through the system and passes through the cooling structure before being distributed inside the helmet.

The helmet incorporates a forehead air vent, airflow-structure lining, heat exhaust, and convection system to manage the movement of air.

The Tubular Spacer Fabric helps create the internal airflow structure, allowing cooled air to move around the rider’s head.

The technology is based on a cooling approach also used for cooled seats in vehicles built by Rolls-Royce.

Powered by a 12V System

The ACH-1’s air-conditioning system requires a power source. The helmet comes with a battery harness that can be connected to a motorcycle’s 12V battery.

The harness is designed to connect to the motorcycle battery, with the red wire connected first to the positive terminal and the black wire to the negative terminal.

When riding, the supplied coiled cable with switch connects the helmet to the installed battery harness, allowing the cooling system to be switched on when needed.

Optional Battery Packs

For riders who don’t want to rely directly on the motorcycle battery, Feher also offers separate 12V battery-pack options.

A 3,000mAh battery is designed to power the helmet for around two hours, while a 6,000mAh battery can provide around four hours. The 12,000mAh option is designed to provide approximately six hours of operation.

Actual operating time can vary depending on conditions and usage.

Helmet Weight

The ACH-1 weighs approximately 1,450 grams. The cooling components and airflow system are integrated into the helmet while maintaining a design intended for motorcycle riding.

The helmet is therefore not simply a conventional helmet with an external fan. Its cooling system is built around actively cooled and distributed airflow.

A Different Approach to Hot-Weather Riding

The ACH-1 air-conditioned helmet is designed for riders who regularly deal with high temperatures. Instead of relying only on passive ventilation, it actively cools and circulates air around the rider’s head.

With thermoelectric cooling, Tubular Spacer Fabric, multiple airflow features, and several battery options, the system provides another way to manage heat during motorcycle rides. The ACH-1 starts at $249.99.

Source: Feher Helmets

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With the press of a button, the system deploys support wheels that help keep the motorcycle stable while stopped. This can reduce concerns about tipping over on narrow roads or uneven surfaces.

Designed for Everyday Convenience

The Flex Gear can also make it easier for a passenger to get on or off the motorcycle without causing the bike to wobble. It can also help when moving a heavy motorcycle at very low speeds.

The system is operated using an intuitive control button, making deployment and retraction simple.

Compatible With Select Motorcycles

The GLK Flex Gear is designed to fit several popular touring motorcycles, including the Ultra Limited, Street Glide, and Gold Wing.

It is available in Titanium Chrome and Copper Black finishes, allowing riders to choose the style that best matches their motorcycle.

Easy to Operate

To use the Flex Gear, the motorcycle should be brought to a complete stop before activating the landing gear. Before riding away, the system should be fully retracted.

When the Flex Gear is deployed, riding speed should not exceed 10 km/h, and riders should keep both feet on the footrests while the system is in use.

What’s Included

The system measures 180 × 215 × 360 mm and uses support wheels with a diameter of 150 mm.

Each kit includes the Flex Gear unit, mounting brackets, a control box, switch, and the required cables for installation.

Built for More Confidence

The GLK Flex Gear Motorcycle Landing Gear is designed to provide additional stability during low-speed maneuvering and while the motorcycle is stationary. With simple button operation, compatibility with select touring motorcycles, and a complete installation kit, it offers a practical solution for riders looking for extra confidence when handling heavier bikes. Check out the GLK landing gear on Amazon.com!

Source: GLK Landing gear

The post This Motorcycle Landing Gear Helps Prevent Tipping at Low Speeds appeared first on TheSuperBOO!.

Simply roll the motorcycle onto the platform, close the lid, and the bike is stored inside its own protective garage.

Built for Everyday Protection

The Corazo Motorcycle Garage is designed to help keep motorcycles protected while parked outdoors. Its enclosed design helps reduce exposure to changing weather conditions while the integrated ventilation system allows air to circulate inside the garage.

This combination helps create a more suitable storage environment for the motorcycle.

Adjustable for Different Motorcycles

The platform includes an adjustable wheel support and wheel clamp that can adapt to different tire sizes and motorcycle sizes. An easy-to-operate wheel lock helps keep the motorcycle securely positioned once it is parked inside.

This flexible design allows the garage to accommodate a wide range of motorcycles.

Durable Construction

The garage is made from fiberglass-reinforced plastic, a durable material designed for outdoor use. It also features stainless steel finishes for added durability.

The lid opens vertically using a pneumatic lifting system, making it easy to access the motorcycle when needed.

Customize Your Garage

Corazo offers several customization options to match different preferences. Buyers can choose between a straight or curved front design along with a variety of exterior colors.

Optional extras include interior lighting, a power outlet, and even a logo that matches the motorcycle brand, allowing owners to personalize their garage.

A Practical Storage Solution

The Corazo Motorcycle Garage offers an alternative to traditional motorcycle covers. With its enclosed design, integrated ventilation, adjustable wheel support, and customizable options, it provides a dedicated storage space designed to help protect motorcycles while they are parked.

For riders looking for more than a standard cover, the Corazo Motorcycle Garage offers a unique way to store and protect their motorcycle.

Source: Corazo

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This is where Moto Peg Binders from TurnLock change the approach completely. Instead of pulling your bike down from the top, this system locks the bike in from the bottom, right at the footpegs, which is one of the strongest structural points on a bike.

Locking the Bike Where It’s Strongest

Traditional tie-downs rely on tension from above. The straps compress the forks and hold the bike upright using pressure. With Moto Peg Binders, the holding force comes from the footpegs. A retaining pin slides through the open-style footpeg and connects directly to the binder mounted on your trailer or tray.

No More Crushed Suspension or Twisted Handlebars

When straps pull down from the handlebars, the forks stay under pressure during the entire trip. On rough roads, this constant compression can add wear over time. It can also cause slight movement that may twist the bars out of alignment.

Moto Peg Binders remove this issue completely. The suspension stays in its normal position, and nothing is pulling on the handlebars.

Install and Remove in Seconds

One of the most practical parts of the system is how quickly it works. The TurnLock mechanism uses a push-to-turn action. You position the footpeg, insert the retaining pin, and lock it with a simple twist.

Loading and unloading your bike takes only seconds. There are no straps to tighten, no knots to untangle, and no adjustments to make.

Simple DIY Installation on Your Trailer or Tray

The binders themselves mount to your trailer or ute tray using basic tools. The installation process is designed to be simple and quick. Once fitted, the system is always ready to use. Because it is a fixed mount, you get consistent positioning every time you load your bike.

Designed for Full-Size Dirt Bikes

Moto Peg Binders are made specifically for full-size dirt bikes. For safe use, the bike must have open-style footpegs that can accept the retaining pin. This design ensures a secure mechanical connection rather than relying on strap tension.

TurnLock designs and manufactures this system in Australia with a clear focus on practical use for riders who frequently transport their bikes.

Source: Turnlock

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The technology is currently applied to helmet visors and can also be used in goggles, sunglasses, personal protective equipment, automotive applications, and equipment for armed forces. The visor can adapt its tint to light in approximately 0.09 seconds, allowing for a near-instant adjustment between lighting conditions.

Moving Beyond Traditional Photochromic Lenses

Conventional chemical-based photochromic visors react to ultraviolet rays. These systems often take close to a minute to transition from clear to dark and can activate even in cloudy conditions.

Irid approaches the process differently. Instead of relying on chemical reactions triggered by UV exposure, it uses liquid crystal technology combined with a solar-powered system. The result is a visor that adjusts its tint in less than one second.

How the Irid System Works

The helmet visor built with Irid’s light-sensitive photochromic system includes several components. It uses a liquid crystal film, a solar panel mounted at the top of the visor, a high-precision base lens, and an advanced mirror coating.

When light hits the small solar panel, it generates power instantly. This energy activates the liquid crystal film embedded in the visor, allowing it to change tint automatically. Because light powers the system directly, it does not require a battery.

Instant Tint Adjustment

Irid’s visor technology can adjust between the S1 and S3 filter range. It starts from a clear state with approximately 70 percent visible light transmission (VLT). As brightness increases, the tint deepens automatically.

Moreover, the transition happens in less than one second, allowing riders to move between different lighting conditions without manually changing visors or waiting for a slow chemical reaction.

Designed for Multiple Applications

Although Irid currently highlights the technology in motorcycle helmet visors, the company designed the system for broader use. Manufacturers can integrate it into goggles, sunglasses, personal protective equipment, automotive glazing systems, and military applications.

Built for Real-World Riding

Irid visors come in three tint shades: blue, clear, and smoke. In addition to automatic tint adjustment, the visor includes a special anti-fog treatment to improve visibility in varying weather conditions. It is also completely waterproof, making it suitable for everyday motorcycle use.

However, the Irid visor starts at approximately 320€, around $496. A helmet equipped with the Irid visor system starts at 999€, around $1181.

Source: Irid

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How ViberAlert Works

ViberAlert integrates directly with a vehicle’s ECU and CAN Bus to access real-time data. It translates this data into precise vibration patterns delivered through the seat. There are no beeps, flashing icons, or voice alerts. Every signal comes as a vibration.

The system continuously gathers motion and environmental data using onboard sensors. This includes gyroscopes and accelerometers that track vehicle movement and driver behavior in real time. Bluetooth connectivity allows communication with companion devices and the Viber app.

Smarter Awareness Through Vibration

One of ViberAlert’s core features is turn indicator feedback. If a turn signal is left on, the seat vibrates to remind the driver, reducing common signaling mistakes. Speed limit alerts and dashboard warnings are also delivered through haptic feedback.

The system supports alerts for speed cameras, traffic light cameras, and road monitoring zones. These alerts arrive as vibrations.

Advanced Safety and ADAS Integration

ViberAlert works alongside advanced driver assistance systems. It provides vibration feedback for blind spot detection, advanced collision control, parking assistance, and reversing assistance. During tight maneuvers or parking, the seat delivers directional cues that help improve spatial awareness.

For vehicles with semi-autonomous or self-driving features, ViberAlert acts as a haptic co-pilot. It supports driver awareness during assisted driving by reinforcing system alerts through touch rather than sound or visuals.

Designed for Cars and Motorcycles Alike

ViberAlert will work across multiple vehicle types. For motorcycles, the system is integrated into or retrofitted onto seats for sport bikes, cruisers, touring motorcycles, scooters, and other two-wheelers.

For cars and trucks, the seat or seat cover works without major vehicle modifications, making it suitable for both factory integration and aftermarket upgrades.

The Viber App and Rider-to-Rider Communication

The Viber app adds another layer of functionality. It provides instant vibration warnings for speed cameras, road hazards, and traffic conditions. Drivers and riders can also communicate with each other through the app. With one click, users can report mobile speed cameras. With two clicks, they can report accidents, traffic, or hazardous road situations, helping keep shared data accurate and up to date.

A Different Approach to Road Safety

ViberAlert rethinks how safety information reaches drivers and riders. By replacing sounds and visuals with haptic feedback, it reduces distraction while increasing awareness.

Source: Viberalert

The post This motorcycle seat vibrates to warn you about danger  appeared first on TheSuperBOO!.

A Motorcycle That Generates Its Own Energy

At the core of Solaris is a solar-only operating system. The motorcycle uses retractable photovoltaic wings that unfold into a circular solar array when parked. These solar panels collect, concentrate, and convert sunlight into electrical energy, which is then stored in a high-capacity lithium battery system. In this state, Solaris effectively becomes its own charging station, independent of grids, plugs, or fuel stations.

Solar Intelligence in Motion

When in motion, Solaris operates as a fully electric motorcycle powered entirely by the energy it has harvested. It integrates a high-torque electric motor that delivers smooth, silent performance without emissions. Regenerative braking helps recover energy during deceleration, improving overall efficiency and extending usable range. The result is a vehicle that moves without fuel, charging stops, or reliance on external infrastructure.

Lightweight Structure and Efficient Design

The motorcycle features a lightweight aluminum–carbon composite chassis, designed to reduce weight while maintaining structural strength. According to the designers, the form of Solaris draws inspiration from the anatomy of a leopard. This biomimetic approach helps improve aerodynamics and stability.

Digital Control and Real-Time Monitoring

Solaris includes a digital cockpit that provides essential ride data, while optional app connectivity allows riders to monitor performance and solar energy intake in real time. This system gives users a clear view of how much energy is being generated, stored, and used, reinforcing the idea of energy independence through solar intelligence.

Rethinking Sustainable Mobility

By operating exclusively on solar power, Solaris eliminates CO₂ emissions and significantly reduces noise pollution. The concept represents a vision of transportation that is self-sufficient, quiet, and disconnected from monetized fuel systems and charging networks. While Solaris remains a concept, it presents a clear statement about how future mobility could function without external energy dependence.

Source: Mask Architects

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A Helmet That Opens from the Back

The DJagger uses an occipital opening system, which means the rear section of the helmet swings open. This removes the need to slip the helmet over the head in the usual way. Because the opening is at the back, the helmet closes around the rider’s head in a more natural and ergonomic motion.

No Chin Strap Required

One of the most distinctive features of the DJagger is that it does not need a traditional chin strap at all. The locking system secures the helmet without the typical buckle or strap around the neck. This means no more adjusting straps, dealing with tight pressure points, or feeling discomfort on long rides. It also allows the helmet to maintain a firm and consistent fit every time.

Easy to Wear With Glasses and Gloves

Because of the back-opening design, riders no longer need to remove their glasses or gloves when putting on or taking off the helmet. The opening is wide and accessible, reducing friction and avoiding the common issue of frames getting caught or gloves struggling with straps and buckles. This makes gearing up faster and more convenient.

Safety and Emergency Response Benefits

The DJagger’s design also supports quick emergency removal after a fall. Since there is no chin strap holding tension around the neck, first responders can access and remove the helmet without applying pressure to sensitive areas. This can help reduce the risk of further injury during rescue situations.

Clear Vision With Photochromic Technology

Roof includes a photochromic visor with the helmet, allowing the visor to automatically adjust to changes in light conditions. Riders can move from bright sunlight to shaded roads without swapping visors. The helmet also supports Pinlock lenses, helping prevent fogging in cold or humid weather.

A Simpler, Smarter Redesign

The DJagger is not filled with smart tech or digital features. Instead, Roof focused on rethinking the core problem: comfort, usability, and practical safety. By removing the chin strap and introducing a rear-opening full-face design, they created a helmet that feels different the moment you put it on.

Source: Roof

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From Concept to Intelligent Partner

The journey of the Motoroid series began in 2017 when Yamaha introduced the first proof-of-concept Motoroid, a futuristic motorcycle capable of standing upright on its own and autonomously interacting with its rider. This early version demonstrated Yamaha’s first step toward creating a bike that could balance, recognize, and respond without human input.

By 2023, Motoroid2 expanded on that idea. Showcasing how a rider and the machine could respond to each other like true partners, not just through control but through mutual adaptation and feedback.

Learning and Evolving Through Reinforcement Learning

The new Motoroid:Λ represents the next stage of evolution. It is capable of learning and evolving autonomously using reinforcement learning, a type of AI training that allows the system to improve based on trial and error.

Yamaha pairs this with Sim2Real technology, meaning the bike practices and refines its decision-making in virtual environments before applying what it has learned to the real world. This gives the Motoroid:Λ a degree of independent decision-making, allowing it to adapt to its surroundings in real time.

AI-Based Movements and Lightweight Design

One of the standout features of Motoroid:Λ is its AI-based organic movement generation. Instead of mechanical motions, the motorcycle’s actions appear fluid and natural, closely mimicking human-like responses.

The bike’s lightweight exoskeleton frame has been engineered to endure the impacts caused by repeated trial-and-error learning. This durability makes it ideal for continuous AI training and adaptation.

Source: Yamaha

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Breath Safe System with Advanced Filtration

At the heart of the ZYON Helmet is a four-layer filtration system that purifies the air before you breathe it in. The filters include a water-repellent layer, HEPA filter, activated carbon, and fiber layer, protecting riders from fine dust, allergens, and toxic gases.

Connected App and Real-Time Air Quality Monitoring

The ZYON Helmet comes with a smartphone app that provides real-time air quality status, filter health updates, and control features. This lets you monitor your breathing environment and stay informed, no matter where you ride. Embedded sensors inside the helmet gather and transmit data.

Integrated Mips Technology for Crash Protection

Beyond air quality, the ZYON Helmet prioritizes your physical safety. It is equipped with Mips (Multi-directional Impact Protection System) technology, which helps reduce rotational forces during angled impacts, offering an added layer of brain protection.

Smart Brake Light for Increased Road Safety

The helmet features a 180° active brake light system integrated with deceleration sensors. When you slow down, the light intensifies, clearly signaling your actions to vehicles behind. This feature enhances visibility and road safety, especially during night or low-visibility rides.

Adaptive Ventilation with Three Modes

Comfort is also a major focus. ZYON includes an adaptive ventilation system with three airflow modes—Low, Medium, and High—allowing riders to adjust based on riding conditions. This system ensures optimal internal temperature and breathable comfort even during long rides.

Constructed with an ultra-lightweight fiber shell, the ZYON Helmet delivers durability without added weight. It’s designed for everyday use while ensuring comfort, function, and protection.

You can reserve your ZYON Helmet for €720, which is approximately $844 USD.

Source: ZYON

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