Compact and Fully Integrated

The motor is invisibly integrated into the frame, allowing for sleek designs without external bulk. This compact form factor enables e-bikes to remain agile while providing more range with less weight. Despite its size, it delivers consistent power even at high cadences without overheating.

At its core, the system uses a brushless EC internal rotor motor paired with an ultra-quiet, high-performance planetary gearbox.

Battery and Charging

The standard battery offers 400 Wh capacity, 36 V, and weighs 1.8 kg. Charging is efficient, reaching 80% in around 3 hours. This makes it ideal for riders looking for quick turnaround between rides.

Range Extender

For longer trips, the maxon Range Extender provides additional capacity. Shaped like a water bottle and weighing only 1.6 kg, it mounts directly to the e-bike’s bottle cage for easy installation.

Control and Connectivity

A minimalist control unit is integrated into the top tube, keeping the design clean. Riders can connect to a smartphone app for detailed settings and ride data. The handlebar shifter allows quick switching between three support modes, Cruise, Sport, and Blast, to match different riding conditions.

Source: Maxon

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Designed for Real-World Urban Mobility

Standing just 19 inches tall and measuring less than 26 inches wide, the Electrom fits into places where most vehicles can’t go. This narrow profile allows riders to lane-split and use designated bike lanes legally, making it ideal for congested city routes. Despite its compact dimensions, the Electrom features a spacious tail-box that can carry up to 100 liters of cargo, equivalent to about four grocery bags.

The swing-away front fairing, understeer handlebars, and center-stand make mounting and dismounting easy, while the upright seating position ensures comfort and visibility on the road.

Powerful Yet Legal Electric Performance

Front and rear hub motors power the Electrom Light E-Bike, delivering up to 4,700 watts of peak output. The geared front motor helps it climb steep hills, accelerate quickly, and maintain traction. The rear motor provides most of the propulsion and enables regenerative braking, helping to conserve energy on downhill rides.

The dual 72V battery pack made up of high-quality Panasonic 18650 cells stores a total of 3,225 watt-hours, enabling an impressive range of 200 km on just 30 cents worth of electricity.

The Generator Chain Drive (GCD)

Instead of a traditional chain connecting pedals to wheels, the Electrom uses the Generator Chain Drive (GCD) system. This unique pedaling mechanism lets riders pedal as much or as little as they wish, turning their leg power into electrical energy instead of mechanical drive. The system keeps your workout consistent, regardless of the terrain or traffic.

Simple Controls and Full Lighting System

The Electrom keeps controls simple just throttle, brakes, and turn signals. This minimalist approach makes it accessible even to those unfamiliar with traditional bicycle gear systems. In addition, it comes with LED running lights, front and rear headlights, and turn signals to ensure visibility and safety during any ride, day or night.

Clean, Quiet, and Cost-Effective Transportation

With a weight of just 57 kg, the Electrom is light enough for easy handling but sturdy enough to support a rider and their cargo. Its electric operation ensures zero emissions, quiet riding, and incredibly low operating costs.

The Electrom Light E-Bike is currently priced at CAD $15,500 (approx. USD $11,345).

Source: Electrom

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Upper Body-Powered Motion

Instead of using foot pedals, the Shape-Me Bike introduces a unique drive mechanism that allows riders to generate forward movement through upper body motion. By gripping a swinging drive bar and moving it back and forth, users engage key muscle groups such as the arms, back, chest, and abdomen. This not only provides outdoor mobility but also delivers a full-body workout.

Dual Direction Propulsion

The design cleverly transforms linear motion into rotational force, which powers the drivetrain. Both the forward and backward strokes contribute to movement. When pushing forward, riders activate the biceps, glutes, and back muscles. Pulling back engages the triceps, abdominal muscles, and chest.

No Saddle, Just Thigh Support

In place of a traditional saddle, the Shape-Me Bike features a padded bar with rollers that rest against the rider’s front and back thighs. This design stabilizes the rider while enabling dynamic upper-body motion.

Uses Standard Bike Components

One of the notable aspects of the Shape-Me Bike is its use of standard bicycle parts such as hubs, gear systems, and chain drives. This makes future maintenance and part replacements more accessible for everyday users and bike mechanics alike.

Still a Prototype, But Full of Promise

Currently in the patenting phase. However, its innovation is drawing attention for offering a new way to combine exercise and mobility. With a growing interest in alternative fitness-based transport, this concept could soon find its place among outdoor fitness equipment and urban commuting solutions.

Would you ride Shape-Me Bike that turns your upper body into the engine?

Source: Ensavid

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Designed for Sensor-Based Safety Systems

The Radian Wingman is not just another reflector. It functions as a radar target, amplifying a cyclist’s visibility to radar and LiDAR-equipped vehicles. This technology is especially relevant as more cars now rely on computer-assisted driving and automatic collision detection systems.

At the core of the Wingman is Prizmatic Optimization, Radian’s proprietary approach that combines retro-reflective and fluorescent materials within an optimized geometric casing. This construction helps radar and LiDAR systems receive clearer echoes and light reflections, improving the way vehicles recognize and respond to bicycles in real time.

No Batteries, No Wiring – Just Easy Installation

The Wingman is simple to use. It mounts beneath the bike seat, facing rearward at a 90-degree angle for maximum effectiveness. It requires no batteries or external power, making it a low-maintenance safety enhancement for any bicycle.

While its primary function is passive reflection of radar and LiDAR signals, there’s also an optional light for added nighttime visibility.

How It Works with Vehicle Sensors

When installed correctly, the Wingman reflects radio waves from radar systems and light pulses from LiDAR. This improves a vehicle’s ability to detect and track the cyclist, offering additional layers of protection in environments where reaction time and accurate identification matter most, such as in traffic, at night, or during poor weather conditions.

A Smart Addition to Any Bike

Priced at $119.95, the Radian Wingman may seem like a premium accessory, but for riders who navigate busy streets or commute during early or late hours, the added layer of visibility to driver-assist systems can be invaluable.

Source: Radian Labs 

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Key Features and Performance

The Swytch Max+ boasts an impressive 30 battery cells, delivering up to six times more range compared to its predecessor. With a 5.5-hour charging time, you’ll enjoy extended rides without worrying about running out of power. Equipped with a 250W motor and 40Nm of torque, the Max+ tackles steep hills with ease, offering top-assisted speeds of either 20 mph or 16 mph, depending on your country’s regulations.

Convenient and Customizable Design

Designed to fit seamlessly into your bike setup, the Max+ comes in any wheel size you need. The process is simple: remove your existing wheel and install the new Swytch motor wheel. Whether your bike has rim or disc brakes, this kit is compatible. For added flexibility, it offers a rear motor wheel option with both standard and thru axle configurations, complete with an integrated pedal sensor to simplify installation further.

Innovative Features

The Swytch Max+ isn’t just powerful, it’s smart too. It features a waterproof USB-C charging port, allowing you to charge your devices on the go. Plus, its omnidirectional ring light enhances visibility and safety during nighttime or low-light rides. These thoughtful additions make it the perfect kit for cyclists who value practicality and performance.

Made to Order, Built for You

Each Swytch Max+ kit is made to order, ensuring a perfect fit for your bike. Whether you’re commuting, exercising, or exploring, this eBike conversion kit adapts to your needs, transforming the way you ride.

Would you upgrade your ride with the Swytch Max+? With its power, range, and versatility, it’s more than a kit, it’s a game-changer for cyclists everywhere.

Source: Swytchbike

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Effortless Installation

One of the standout features of Clip is its simplicity. Designed to clip on in seconds without any tools, it provides an effortless upgrade to your bicycle. Whether you’re heading to work or exploring the city, Clip ensures you can do so with ease and efficiency.

Powerful Performance

Equipped with a 450W motor, Clip boosts your speed up to 15 mph, making uphill rides and long commutes a breeze. Despite its power, Clip remains lightweight, with the commuter model weighing just 8.8 lbs and the explorer model at 9.8 lbs. This makes it easy to carry around and charge anywhere, even at your desk.

Impressive Range

For those concerned about range, Clip has you covered. The commuter model offers a 6-mile range with a quick 30-minute charge, while the explorer model provides up to 12 miles on a 60-minute charge. This versatility ensures you can choose the model that best fits your needs, whether you’re commuting to work or taking longer weekend rides.

Preserve Your Classic Bike

One of the biggest advantages of Clip is that it allows you to keep your sentimental and favorite classic bike while enjoying the benefits of an electric upgrade. There’s no need to modify your bike permanently; simply clip on the device and go. The Clip starts at $499 and you can reserve yours for just $50, making it even easier to make the switch.

Conclusion

Clip is a revolutionary device that brings the power and convenience of an electric bike to your classic bicycle. With its easy installation, powerful performance, impressive range, and affordable price, Clip is the perfect solution for cyclists who want to upgrade their ride without sacrificing their beloved bike. Don’t let your old bike gather dust—transform it into an electric powerhouse with Clip.

Source: Clip

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A Low-Profile Design for Effortless Riding and Parking

During normal rides, Allpacka serves as a flat and low-profile cargo carrier, allowing you to navigate through tight spaces and park effortlessly without needing to remove the cargo box. This design makes it incredibly convenient for urban commuters and casual riders who need to park in cramped bike racks or small spaces.

Transforms into a Spacious 35-Liter Basket

When you need to carry more, Allpacka quickly folds into a generous 35-liter basket. This transformation happens in just one second, thanks to its ingenious design. The cargo box is firmly mounted on the luggage carrier with four screws, ensuring it stays securely in place even when transporting heavy objects. It can handle a payload of up to 20 kg, making it perfect for carrying groceries, sports equipment, or barbecue supplies.

Compatible with Standard Luggage Racks and Bicycle Bags

Allpacka is designed to be compatible with all standard luggage racks and bicycle bags. In its folded form, the vertical sides fold down parallel to the wheel, featuring hanging loops on the edges ideal for lashing panniers and shopping bags. This versatility ensures that Allpacka can meet the needs of any cyclist, whether you’re heading to the store, the gym, or a picnic in the park.

Secure and Theft-Resistant

To prevent theft, the box is securely screwed to the bike luggage rack, giving you peace of mind when leaving your bike unattended. The sturdy construction ensures that your cargo is safe, making Allpacka a reliable choice for transporting valuable items.

Invented by Passionate Cyclists

Allpacka was invented by three passionate cyclists, Luke, Daniela, and Jonathan, who wanted to enable everyday cargo transport by bike. Their goal was to create a solution that would make it easier for cyclists to carry their belongings without sacrificing the convenience and agility of their bikes.

Allpacka is set to launch its crowdfunding campaign in September 2024. Stay tuned for this exciting new product that promises to revolutionize the way you transport cargo on your bike.

Source: Allpacka

Watch the origami bike carrier in this video

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Urban Mobility Redefined

Karbikes are engineered to meet the demands of modern urban life. With its unique four-wheel stability and protective chassis, this vehicle shields you from wind, sun, and rain, making it perfect for year-round use. Its practically convertible bodywork adapts to the weather, allowing you to enjoy the sunshine on clear days and secure the retractable features when the weather turns inclement.

Safety and Convenience

The robust metal chassis of Karbikes provides enhanced visibility, mimicking the safety features of a city car. Equipped with lockable doors, an alarm, a horn, brake lights, and turn signals, Karbikes ensures you have all the essential road safety features for a secure ride.

Efficient and Eco-Friendly

Powered by a 250 W electric motor and a 750 WH battery, Karbikes offers a range of up to 75 km. This range is extendable with solar power and energy recovery during braking, making it ideal for longer trips without the need for frequent recharging. This eco-friendly design not only reduces your carbon footprint but also provides a practical solution for urban commuting.

Versatile Storage and Transport

Karbikes come with one cubic meter of storage space, perfect for transporting cargo with a loading capacity of 150 kg. For passengers, the rear seat can accommodate an adult or two children, and the modular trunk is perfect for your shopping or other essentials. This versatility makes Karbikes an excellent choice for families and individuals alike.

Designed for Everyday Urban Journeys

Lucas Vançon and Gaëlle Richard have created Karbikes with the urban commuter in mind. Whether you’re navigating busy city streets or enjoying a leisurely ride, Karbikes offer a seamless blend of convenience and simplicity. Its design allows you to experience the joys of cycling while enjoying the practical benefits of a car.

Conclusion

Karbikes is more than just a mode of transportation; it’s a revolution in urban mobility. With its innovative design, robust safety features, and eco-friendly operation, Karbikes is set to transform the way we think about commuting in cities. Whether you’re braving the elements or enjoying a sunny day, Karbikes provides a reliable, versatile, and sustainable solution for all your urban travel needs.

Source: Karbikes

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Pioneering Technology

The self-driving bicycle’s autonomous capabilities are enabled by a suite of high-precision sensors, image recognition cameras, and advanced AI technologies. At its core, the bicycle is powered by two large brushless motors and a steering gear that precisely controls the handlebars. This intricate system ensures smooth and accurate navigation.

To achieve true autonomy, the bicycle features an RGBD depth camera, accelerometer, gyroscope, and lidar. These sensors work in tandem to create a comprehensive understanding of the bicycle’s surroundings, allowing it to navigate complex urban environments safely. The control module, is essential for maintaining balance by the rotational movement of the disc. Utilizes a small high-precision sensor to detect tilt and ensure the bike stands upright, even when stationary.

A Vision Born from Adversity

The inspiration for this groundbreaking project came from Zhihui Jun, a Huawei engineer who conceived the idea after being injured in a bicycle accident. Driven by the desire to improve cycling safety and accessibility, Jun’s vision has culminated in a bike that not only drives itself but also significantly reduces the risk of accidents.

Power and Performance

The self-driving bicycle is powered by a 6s type airplane lithium battery, providing a runtime of approximately 2-3 hours on a single charge. The main control computing module, located right below the seat and above the rear wheel, orchestrates the complex interactions between the sensors and motors, enabling the bike to perform flawlessly.

Successful Test and Future Prospects

After rigorous development and testing, the self-driving bicycle successfully completed its autonomous driving tests. This milestone demonstrates the bike’s potential to transform urban mobility, offering a new level of convenience and safety for cyclists.

The self-driving bicycle by Huawei represents a significant advancement in autonomous vehicle technology. By integrating high-precision sensors, AI, and innovative engineering, this bicycle sets a new standard for urban transportation. As it moves from prototype to production, it holds the promise of making cycling safer and more accessible for everyone.

Source: Zhihui Jun, Huawei engineers

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Designed for Inclusivity

The Chat Rickshaw Bike is perfect for those who need a little extra assistance to join in the ride. Its unique cockpit design seats two passengers side by side, ensuring they have a clear view of the road ahead and can engage in conversation easily. This feature makes it an ideal choice for care institutions, families with elderly members or children, and holiday parks.

Electric Pedal Support

One of the standout features of the Chat Rickshaw Bike is its electric pedal support. This allows for easy cycling, including the ability to pedal backward, making it accessible and user-friendly. The Van Raam e-bike app further enhances the experience by providing real-time battery information and customizable cycling settings, ensuring a smooth and efficient ride every time.

Comfort and Safety

The ergonomic design of the Chat Rickshaw Bike includes suspension and soft seating materials, making every ride comfortable and enjoyable. Safety is a top priority with features such as 8 gears, hydraulic disc brakes, automatic lighting, a hip belt, a parking brake, and a steering damper. These components ensure that both the driver and passengers can enjoy the ride with peace of mind.

Encouraging Social Interaction

The design of the Chat Rickshaw Bike encourages social interaction and conversation between riders. This emphasis on chatting and bonding during the ride is the inspiration behind its name. Whether exploring new areas or simply enjoying a leisurely ride, the Chat Rickshaw Bike brings people together in a unique and meaningful way.

Customizable Features

Van Raam understands that every ride is different, which is why the Chat Rickshaw Bike can be customized with an adjustable canopy. This canopy protects passengers from the sun and rain, ensuring comfort in various weather conditions. With an average range of 37 km and a maximum speed of 20 km/h with pedal assistance, the Chat Rickshaw Bike is both practical and versatile.

Specifications at a Glance

The Chat Rickshaw Bike, weighing 97 kg with its electrical system, is designed to handle a maximum driver weight load of 120 kg, while the combined passenger weight load can reach up to 200 kg. The luggage carrier supports an additional 20 kg, making it perfect for various outings.

The Chat Rickshaw Bike is more than just a mode of transportation; it’s a vehicle designed to foster connections and create memorable experiences. With its thoughtful design and user-friendly features, it’s perfect for anyone looking to enjoy the outdoors together.

Source: Van Raam

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