The Consumer Electronics Show (CES) in Las Vegas is not just for the latest gadgets and AI innovations; it’s increasingly becoming a showcase for the future of mobility, including cycling. As electric bikes (e-bikes) and smart technologies continue to transform the way we ride, CES 2025 offered a glimpse into the innovations that could soon be hitting the streets and trails. From advanced e-bike systems to smart safety gear and AI-powered training tools, here’s a breakdown of the most exciting bike tech unveiled at the show.
E-bikes Take Center Stage with Advanced Smart Systems
E-bikes have moved from a niche market to a mainstream mode of transportation, and the innovations at CES 2025 reflect this shift. Several companies showcased new models and technologies focused on enhancing performance, safety, and user experience.
Vanpowers Advanced Smart System
Vanpowers made a splash with its Advanced Smart System, which integrates adaptive technology with intelligent connectivity. This system, featured in models like the Urban Cross and Grand Teton, is designed to provide a more intuitive and personalized riding experience. Key features include:
- Advanced Power Management System: This system combines ultra-light motors with dual 48V battery packs for extended range. The IP67-rated protective structure ensures durability in various weather conditions.
- Dynamic Riding Optimization: By analyzing real-time data, this feature adjusts motor output to provide optimal assistance on inclines and maximizes energy efficiency on flat terrain.
- Predictive Range Optimization: This system analyzes rider behavior, terrain, and weather conditions to provide precise range calculations, reducing range anxiety.
- Smart Connectivity Vanlife App: A comprehensive app for real-time performance monitoring, over-the-air updates, anti-theft measures, and community features, allowing riders to connect, share routes, and participate in challenges.
AIMA Ebike’s Focus on Performance and Durability
AIMA Ebike introduced its 2025 lineup, emphasizing durability and performance in the sub-$2,000 e-bike category. The new models feature smart app connectivity for real-time tracking of performance, battery life, and settings adjustments. The brand is also focusing on expanding distribution through bike shops. AIMA’s new line includes eight new models and three upgraded designs, featuring an e-MTB, a folding e-bike, and several commuter/urban models.
Segway’s Entry into the E-Bike Market
Segway unveiled two new e-bike models at CES 2025, the Xyber and the Xafari. The Xyber is a high-performance e-bike that blends motorcycle power with bicycle design, accelerating from 0 to 20 mph in just 2.7 seconds. It boasts a powerful direct-drive motor with 175 Nm of torque and 6,000 watts of energy. The Xyber also includes a dual-battery configuration for a range of up to 112 miles, adjustable pedal assist levels, and advanced suspension and braking systems. The Xafari is designed as a more traditional e-bike, suitable for commuting and touring, with a low-step frame and a battery range of up to 100km.
Other notable e-bike innovations:
- Bosch eBike Systems: Introduced a digital battery lock system to prevent theft. This feature, available through the eBike Flow app, digitally locks the battery when the bike is switched off and deactivates the battery if it’s inserted into another e-bike.
- Urtopia: Showcased a 3D-printed titanium e-road bike, the Titanium Zero, which features a small, lightweight, and high torque motor, weighing less than 1,200g with 60 Nm of torque.
- Livall: Unveiled the second generation of its PikaBoost e-bike conversion kit, which attaches to the seatpost and drives the rear tire. It features a 500W motor, swappable battery, regenerative braking, and integrated LED rear light.
Smart Tech Integration and Connectivity
Beyond e-bikes, CES 2025 highlighted the growing trend of integrating smart technology into all aspects of cycling.
Smart Helmets
Smart helmets are becoming increasingly sophisticated, with features such as:
- Integrated Turn Signals: Enhancing visibility and safety on the road.
- Crash Detection: Automatically alerting emergency contacts in the event of an accident.
- Built-in Lights: Improving visibility in low-light conditions.
- Augmented Reality (AR) Displays: Projecting vital riding data, such as speed, distance, and navigation, directly into the rider’s field of vision.
Brands like Lumos and Unit 1 are leading this charge, making smart helmets more accessible to everyday cyclists.
Data Tracking and AI Assistance
The integration of data tracking and AI is transforming training and performance analysis.
- AI-Assisted Training Tools: Platforms like Zwift and Wahoo’s SYSTM offer personalized training programs based on rider data, combining virtual rides with real-world improvements.
- Predictive Maintenance: AI-powered sensors monitor bike wear and tear, alerting riders when replacements or repairs are needed.
- Real-time Data: Systems that provide live data on tire pressure, wheel speed, and other metrics to help optimize performance and safety.
Smart Connectivity
Connectivity is a major theme in the new wave of cycling tech, with bikes, apps, and wearable devices working together to provide a seamless experience.
- Smartphone Integration: Bikes can now connect with smartphones for hands-free communication, music access, and remote control of bike functions.
- Real-time Geolocation: Advanced connectivity systems allow for real-time bike tracking and monitoring.
- Over-the-Air Updates: Software updates and enhancements can be pushed wirelessly to bikes, eliminating the need for manual intervention.
- Vehicle-to-Everything (V2X) Technology: Developing networks where bikes, cars, traffic lights, and other parts of the transportation infrastructure communicate with each other to improve road safety.
Innovations in Materials and Design
The pursuit of lighter, stronger, and more sustainable bikes is driving innovation in materials and design.
Lightweight Materials
- Carbon Fiber: Continues to be a popular choice for frames, with manufacturers making significant strides in using lighter materials for sleeker and more portable designs.
- Titanium: 3D-printed titanium e-bikes are emerging as a high-end option, combining strength and lightness.
- Graphene: Being used in frames and tires to make them lighter and more durable.
Sustainable Practices
- Recycled and Upcycled Materials: Companies are increasingly using recycled or upcycled materials in bike construction.
- Eco-Friendly Manufacturing: The industry is shifting towards more sustainable manufacturing processes to reduce its carbon footprint.
- Recyclable Materials: A focus on using recyclable materials ensures that bikes are more eco-friendly from design to assembly.
Aerodynamic Designs
- Aero Frames: With manufacturers pushing the UCI limits, a return to more dedicated aerodynamic frames is expected, moving away from the “one bike does it all” approach.
- System Efficiency: The move toward integrating components like wheels, handlebars, tires, and drivetrains for a more cohesive and efficient system.
Safety Enhancements
Safety continues to be a top priority, with several new technologies aimed at protecting cyclists.
Braking Systems
- Automatic Braking Systems: Advanced braking systems designed to provide more stopping power, and in some cases, automatic braking.
- ABS Systems: Braking assistants that optimize braking force and prevent falls, adapted from car and motorcycle technology for e-bikes.
Visibility and Detection
- Smart Helmets: Integrated lights and turn signals enhance visibility, while crash detection can automatically alert emergency contacts in the event of an accident.
- Collision Detection: Systems that can detect potential collisions and alert the rider.
- Adaptive Lighting: Brighter and more adaptive lighting systems that adjust to the environment.
The Rise of Gravel and Adventure Biking
Gravel biking continues to grow in popularity, with manufacturers introducing models with advanced suspension systems and more versatile gearing. The trend is part of a broader movement toward adventure cycling, with new gravel-focused races and events becoming increasingly popular. This segment is evolving along two distinct lines: sleek race bikes with narrower tires for all-road sports and rugged bikepacking models equipped for long-distance tours.
The Future is Connected and Sustainable
CES 2025 showcased a future of cycling that is increasingly connected, intelligent, and sustainable. From e-bikes with advanced smart systems to AI-powered training tools and eco-friendly materials, the innovations on display promise to transform the way we ride. Whether these technologies prove to be game-changers or simply vaporware remains to be seen, but the trends indicate that the future of cycling is bright and full of exciting possibilities.
While some of the tech at CES may be a few years from widespread adoption, the show provided a valuable glimpse into the direction that the cycling industry is heading. With a focus on performance, safety, sustainability, and connectivity, the innovations unveiled at CES 2025 are poised to make cycling more accessible, enjoyable, and efficient for everyone.
