NAVEE, a global innovator in intelligent outdoor mobility solutions, has secured significant recognition at the 2026 London Design Awards, with several products from its electric scooter and smart golf trolley portfolios receiving prestigious accolades. Among the award-winning entries, the NAVEE ST5 scooter series achieved the competition's highest distinction, the Platinum Award, while four additional products were honored with Gold Awards.

Organized by the International Awards Associate (IAA), the London Design Awards is one of the world's leading design competitions, celebrating excellence across product design, innovation, sustainability, and user experience. Entries are assessed through a rigorous double-blind evaluation process conducted by an international jury of renowned designers, engineers, and sustainability specialists. The awards are widely recognized as an important benchmark for design quality and innovation.

Award-Winning Scooter Portfolio Demonstrates NAVEE's Design Leadership
NAVEE's electric scooter range was recognized for combining advanced engineering with thoughtful design, addressing a wide spectrum of urban mobility needs.

NAVEE ST5 Series – Platinum Award
The ST5 Series received the event's highest honor for its combination of aesthetics, technology, and performance. The scooter features a premium black-and-gold finish that blends a futuristic visual identity with refined detailing. Its sleek frame integrates flowing contours and angular elements, while a floating 3.5-inch TFT smart display is seamlessly built into the handlebar for intuitive rider interaction.

Performance-wise, the ST5 Series is powered by a motor delivering up to 1,650W peak output, enabling it to tackle steep city inclines and achieve speeds of up to 40 km/h. The scooter offers a certified maximum range of 85 kilometers and features the latest Damping Arm™ suspension system for improved comfort, stability, and durability. Safety is enhanced through a triple braking setup, traction control technology, and advanced ride-assistance systems. Additional conveniences include Apple Find My compatibility, Bluetooth unlocking, automatic sensing lights, and customizable regenerative braking functions.

NAVEE UT5 Series – Gold Award
Inspired by the styling of high-performance sports cars, the UT5 Series combines dynamic design with practical everyday usability. Aerodynamic bodywork, pronounced wheel arches, and racing-inspired details create a distinctive visual presence.

The scooter's low-center-of-gravity configuration and wide wheelbase improve handling and ride stability, while a dual-suspension system enhances comfort. A reinforced front tube serves both as a carrying handle and an integrated security solution when paired with a cable lock. The design successfully translates automotive performance cues into an engaging urban mobility experience.

NAVEE XT5 Series – Gold Award
Designed for riders seeking adventure beyond city streets, the XT5 Series features a rugged mechanical-inspired appearance highlighted by red, black, and silver accents. Built using automotive-grade carbon steel with reinforced alloy protection in high-impact areas, the scooter is engineered for demanding environments.

Its dual 2,200W motors enable speeds of up to 45 km/h and a range reaching 110 kilometers. Off-road capability is supported by dual-arm suspension, large tubeless tires, and a comprehensive braking system that combines hydraulic disc brakes with EABS technology. NAVEE's Flash Charge technology further enhances usability for outdoor enthusiasts.

Smart Golf Trolleys Receive Gold Awards for Innovation and Design
NAVEE also achieved success in the premium golf equipment category, where two intelligent golf trolleys were recognized for combining advanced technology with sophisticated design.

NAVEE Eagle F1 – Gold Award
Drawing inspiration from Formula 1 racing, the Eagle F1 introduces a sleek, aerodynamic approach to golf trolley design. The model incorporates an intelligent operating system with AI-powered following capability, gesture controls, and voice-command functionality.

An active obstacle-avoidance system enables autonomous navigation, allowing golfers to focus on their game while the trolley handles transportation duties. Powered by dual brushless motors and a high-capacity lithium battery, the Eagle F1 delivers smooth, quiet operation and sufficient endurance for a full 36-hole round.

NAVEE Eagle L1 – Gold Award
The Eagle L1 is designed for golfers who value lightweight construction and premium craftsmanship. Featuring clean lines, metallic finishes, and a minimalist design language, the trolley combines visual elegance with practical performance.

Its frame utilizes titanium alloy tubing to achieve an optimal balance between strength and weight, while carbon-fiber wheels provide reliable traction across various terrains. The trolley is driven by an advanced 48V electric system that offers greater efficiency and quieter operation than conventional alternatives. A carefully engineered ergonomic handle further enhances the premium user experience.

Strengthening a Global Intelligent Mobility Ecosystem
The latest London Design Awards add to NAVEE's growing list of international achievements, which already includes recognition from the iF Design Award, Red Dot Design Award, MUSE Design Awards, French Design Awards, and the A' Design Award.

These recent honors reinforce NAVEE's position as a leader in industrial design, technological innovation, and user-focused product development. Looking ahead, the company plans to expand its intelligent outdoor mobility ecosystem by leveraging its proprietary expertise in battery technology, electric drive systems, electronic controls, and advanced algorithms.

One notable example of this ambition is the successful maiden flight of the NAVEE WaveFly 5X, described as the world's first consumer-grade Wing-in-Ground craft. The achievement extends the company's "Beyond the Move" vision beyond land-based transportation and into water mobility. As NAVEE continues to broaden its technology portfolio and product offerings, it aims to further strengthen its presence in the global intelligent mobility market.

More than 300 researchers, policymakers, and aviation leaders convened at Embry-Riddle Aeronautical University for the inaugural Florida Advanced Air Mobility (AAM) Symposium, a two-day event focused on the future of next-generation aircraft and their potential to reshape passenger and cargo transportation while driving economic growth.

Held May 11-12 at the university’s Daytona Beach campus, the symposium was organized by the Florida Department of Transportation (FDOT) in partnership with Embry-Riddle. The gathering united experts from government, academia, and industry to discuss the safe integration, development, and economic opportunities associated with AAM technologies in Florida and across the United States. The event concluded with a live flight demonstration from BETA Technologies, an electric aerospace manufacturer.

Florida Department of Transportation Secretary Jared W. Perdue described the symposium as a major step toward Florida’s goal of becoming the nation’s first state to support commercial AAM operations. He emphasized that collaboration among industry stakeholders will be essential in accelerating the adoption of these emerging technologies and bringing them into Florida’s airspace.

Advanced Air Mobility encompasses a wide range of innovative aircraft, including autonomous drones and passenger air taxis. The sector is expected to expand rapidly, creating substantial economic opportunities and high-skilled jobs. With companies actively testing aircraft and federal agencies working on airspace integration, discussions at the symposium focused on technology, infrastructure, communications, air traffic management, safety, policy, workforce development, and security challenges surrounding AAM.

Participants also examined how AAM could generate economic value, aligning closely with the mission of Embry-Riddle’s David B. O'Maley College of Business to advance aviation and aerospace business education.

P. Barry Butler, president of Embry-Riddle, highlighted the university’s commitment to supporting collaborative efforts that will shape the future of aviation. He noted that the institution’s research capabilities and partnerships with industry and government strengthen Florida’s position as a leading center for AAM innovation.

Experts at the symposium explored the use of AAM technologies in emergency response, firefighting, rescue missions, and medical transportation. Discussions also covered various aircraft categories, including vertical- and short-takeoff systems, along with propulsion methods such as electric, hybrid, and hydrogen-powered technologies.

Panel sessions addressed practical aspects of implementing AAM, including the development of electrified infrastructure, construction of vertiports, integration into complex airspace systems, workforce training for pilots and maintenance crews, and public acceptance of new forms of air transportation. Additional discussions focused on operational strategies, economic development opportunities, infrastructure planning, and security considerations.

Government officials and aviation executives agreed that safety must remain the top priority as AAM operations move closer to commercialization. They also noted that the industry has the potential to modernize aviation by lowering noise levels, improving air traffic systems, advancing automation, and expanding air travel access in urban, suburban, and rural communities.

Speakers credited Ron DeSantis and Florida lawmakers for fostering a supportive environment for AAM advancement. Florida has already updated legislation to allow vertiports and electric charging systems to qualify for transportation funding and is home to key AAM infrastructure projects such as FDOT’s SunTrax Air facility, which includes the country’s first dedicated AAM test track.

Attendees also witnessed a live demonstration from BETA Technologies, which showcased its fully electric fixed-wing aircraft, the ALIA CTOL, at Embry-Riddle’s Flight Line near Daytona Beach International Airport. Participants additionally experienced an immersive electric vertical takeoff and landing simulator from Joby Aviation, a developer of electric passenger air taxis.

Jeremy Ernst, vice president for Research and Doctoral Programs at Embry-Riddle, said the symposium offered attendees a unique opportunity to explore strategies for integrating AAM technologies into existing transportation systems. He added that participants were able to engage directly with emerging technologies, learn about current research efforts, and connect with government and industry leaders to identify future opportunities for AAM expansion.

Embry-Riddle, FDOT, and the state of Florida plan to continue working alongside industry partners to accelerate the integration of Advanced Air Mobility through technological innovation, infrastructure development, policy planning, and workforce training initiatives aimed at shaping the future of aviation in the United States.