Imagine a world where personal transportation is not only faster and more convenient but also significantly safer. That’s the bold promise of Strutt, a Singapore-based mobility robotics company, with its groundbreaking vehicle, the Strutt ev¹. Earlier this month, Strutt unveiled this innovative personal mobility solution, designed to revolutionize how we navigate our neighborhoods. But here’s where it gets controversial: while e-scooters and e-bicycles have surged in popularity, they’ve also brought a sharp rise in injuries. According to a 2024 study published in JAMA Network Open, injuries from electric bicycles nearly doubled, and electric scooter injuries rose by over 45% annually. The study also highlights a startling fact: injured electric vehicle users were often older and less likely to wear helmets compared to those using conventional vehicles. So, can the Strutt ev¹ truly make a difference?
The Strutt ev¹ isn’t just another micromobility vehicle—it’s a tech-driven solution to a growing problem. While it may not be as compact as traditional e-bikes, its Co-Pilot technology is a game-changer. Equipped with 360-degree sensing and a sophisticated ‘decision-making system,’ the ev¹ combines LiDAR, cameras, ultrasonic, and ToF sensors to navigate real-world obstacles with ease. And this is the part most people miss: it’s not just about avoiding collisions—it’s about redefining the riding experience.
The vehicle offers three distinct modes tailored to different scenarios. In Manual mode, riders have full control in open or familiar environments, steering and adjusting speed via a joystick. Support mode steps in to modulate speed and braking, helping avoid unseen obstructions in tight spaces. Then there’s Glide mode, which is where the magic happens. It continuously adjusts speed and direction, plotting a clear path around obstacles in complex environments. This mode is perfect for those who want to relax, enjoy their surroundings, and stay present with others.
Under the hood, the Strutt ev¹ features four purpose-built motors working in harmony to deliver precise and predictable movement. Its four-wheel design ensures stability across all terrains, even on inclines and wet surfaces. Paired with an integrated suspension system and ample ground clearance, it promises a smooth and comfortable ride.
But it doesn’t stop there. The ev¹ includes a touchscreen display that provides real-time data on speed, distance, and navigation. Riders can customize speed settings and joystick responsiveness, and the system alerts them to potential hazards. Powered by LFP battery technology, the vehicle is designed for long-lasting daily use.
At Strutt Day on November 13, 2025, the company showcased its first demos of the ev¹. While I couldn’t test it firsthand, I’m eagerly anticipating a hands-on experience at CES 2026. But here’s the question: Can the Strutt ev¹ truly replace traditional micromobility options, or is it just another high-tech gadget? Let us know your thoughts in the comments!
