Electric Cars

The Jasion Poki electric minibike emerges as a standout in the personal transportation sector, offering an extraordinary blend of power and playful design. While its robust capabilities provide an undeniably enjoyable experience, particularly with its high-performance motor and distinctive aesthetics, the vehicle also presents notable considerations regarding its substantial weight and top-speed handling. The review suggests that although it delivers significant recreational value, certain aspects related to its practical use, such as ease of transport and safety at peak velocities, could benefit from refinement. This juxtaposition of thrilling performance and areas for improvement forms the core narrative, prompting a deeper look into its overall appeal and functional limitations.

Unpacking the Jasion Poki: Power and Performance

The Jasion Poki electric minibike is a marvel of engineering, boasting a potent 6,720W peak power motor that ensures rapid acceleration and exhilarating rides. Its 260 N·m of torque allows for impressive launches and even facilitates wheelies, adding to its fun factor. Equipped with a 60V 30Ah lithium-ion battery, the Poki promises a substantial range, though actual distances may vary based on speed. While Jasion claims a top speed of 50 mph, real-world testing suggests a slightly lower but still impressive 44 mph for heavier riders. Despite its formidable power, the bike's 137.5 lbs weight poses a challenge for portability, making manual handling quite strenuous.

The Jasion Poki distinguishes itself with a retro-inspired design that belies its modern, high-performance electric powertrain. Its low-slung frame and broad seat, capable of accommodating two riders up to a combined weight of 350 lbs, contribute to its unique aesthetic and practical utility. The inclusion of passenger pegs and a storage basket further enhances its versatility for leisure activities like picnics. A notable and quirky feature is the integrated Bluetooth speaker, designed to mimic a Harley-Davidson engine sound, which not only adds to the rider's enjoyment but also potentially increases visibility and safety on the road by alerting other road users to the bike's presence. Despite its compact dimensions, fitting it into an SUV can be cumbersome due to its significant weight, highlighting a trade-off between its sturdy build and ease of transport. The bike's handling characteristics, particularly the effort required for wheelies compared to lighter models, underscore its heavy-duty construction.

Design and Practicality: A Dual Perspective

The Jasion Poki's design emphasizes both durability and a unique user experience. Its construction is remarkably robust, likening it to a miniature tank, which contributes significantly to its overall weight. This heavy-duty build ensures resilience but also impacts its portability, making it challenging to load into vehicles. The design incorporates practical elements such as a wide, comfortable seat for two and foot pegs, along with a convenient basket for carrying essentials, enhancing its utility for recreational outings. A distinctive feature is its integrated Bluetooth speaker, which emulates the sound of a traditional motorcycle, adding a fun, auditory dimension to the ride while potentially improving safety by making the low-profile bike more noticeable to others.

While the Poki excels in delivering an enjoyable and powerful ride, its design choices present a mixed bag in terms of practicality and safety. The robust frame, though durable, results in a substantial weight of nearly 140 lbs, which complicates its transport and storage, despite its compact form factor. This weight also contributes to concerns about safety, particularly at its high top speed. Critics suggest that while the immense torque is appreciated, a lower maximum speed (around 20-28 mph) would be more appropriate for a bike of this design, especially considering the small wheel size and potential for speed wobbles. Enhancing portability, perhaps through lighter frame materials like aluminum, and incorporating speed limitations to prioritize rider safety, are key areas identified for potential improvements to make the Jasion Poki a more universally recommended electric minibike.

Toyota is embarking on a significant collaboration with Waymo, Google's autonomous driving subsidiary, to integrate its bZ electric crossover into Waymo's robotaxi fleet. This strategic partnership, set to commence in 2027, will see the bZ EV models, known as bZ4X in Japan, being specially outfitted with Waymo's advanced self-driving technology. The production will take place at Toyota's Takaoka plant in Toyota City, Aichi Prefecture, signifying a major leap in the expansion of autonomous ride-hailing services.

This initiative represents a pivotal moment for both companies. For Toyota, it underscores its commitment to future mobility solutions and autonomous driving, leveraging its manufacturing prowess to produce purpose-built robotaxis. For Waymo, it expands its manufacturing footprint beyond its current operations in Mesa, Arizona, where it integrates its technology into Jaguar I-Pace crossovers and Zeekr-made Ojai minivans. The partnership with Toyota is expected to accelerate the deployment of Waymo's driverless technology into mainstream, locally manufactured vehicles, beginning with Japan and subsequently expanding to other right-hand drive markets like the United Kingdom.

The custom-built bZ robotaxis will feature enhanced amenities designed for passenger comfort and convenience, including automatic doors, power liftgates, and ambient lighting. This thoughtful integration aims to provide a seamless and enjoyable experience for riders utilizing the autonomous service. The collaboration, which began in 2025 with the goal of developing a new autonomous vehicle platform, reflects a shared vision between Toyota and Waymo to advance safety through automated driving technology. Both companies express confidence that this deepened partnership will contribute to a future with enhanced safety and peace of mind, ultimately moving closer to a zero-accident society.

While specific numbers regarding the initial rollout of these Japanese-made robotaxis remain undisclosed, Waymo currently operates a limited fleet of left-hand drive Jaguar I-Pace EVs in Tokyo with safety operators. The full-scale unmanned commercial deployment in Japan is also slated for 2027, aligning with the production timeline of the Toyota bZ robotaxis. This strategic alliance highlights the mutual respect for Toyota's renowned safety, reliability, and quality, which Waymo co-CEO Dmitri Dolgov cited as key factors in choosing Toyota to scale Waymo's fully autonomous Driver technology globally.