Last Updated on November 14, 2026 by alizni
Electric vehicle adopters have long faced a common dilemma: while electric powertrains deliver smooth performance and zero tailpipe emissions, waiting at charging stations can slow down busy daily routines. Fast-charging technology has certainly shortened stopover times, but the holy grail of EV convenience remains sub-two-minute energy replenishment. Premium electric vehicle brand Arcfox has officially pushed the boundary further by introducing two groundbreaking electric cars capable of swapping depleted batteries for fully charged ones in a mere 99 seconds.
The announcement marks a significant milestone in automotive energy solutions. By replacing lengthy charging sessions with ultra-fast automated battery swaps, Arcfox is directly addressing consumer demands for maximum uptime, convenience, and efficiency in modern electric mobility.
Arcfox Expands Electric Lineup with Next-Gen Swapping Tech
On November 13, Arcfox officially unveiled two brand-new models designed around swappable battery architecture: the Beta S3 535 Ultra Plus LiDAR Swapping Edition and the Beta T1 Swapping Edition. Both models are built to cater to tech-savvy drivers who demand high-end vehicle features alongside state-of-the-art power delivery systems.
The integration of ultra-fast battery swapping allows drivers to pull into a dedicated station, exchange their depleted battery pack, and drive away in under two minutes—a timeframe faster than filling up a conventional petrol or diesel tank. The Beta S3 535 Ultra Plus LiDAR Swapping Edition pairs this fast energy system with advanced LiDAR sensors, positioning itself as a top-tier contender in both autonomous driving capability and smart battery management. Meanwhile, the Beta T1 Swapping Edition offers a versatile alternative focused on daily usability and seamless urban travel.
Powered by CATL’s Innovative Chocolate Battery Swapping Network
At the core of Arcfox’s lightning-fast battery exchange system is a direct technological collaboration with CATL, the global leader in lithium-ion battery manufacturing. Both newly launched Arcfox models utilize CATL’s specialized Chocolate battery swapping network (also known as Choco-SEB), which standardizes modular battery blocks across compatible vehicle designs.
This launch follows a strategic partnership formalized between Arcfox and CATL last month to join and expand a shared battery swapping network. CATL’s modular battery concept allows vehicles to seamlessly swap compatible battery packs in fully automated stations, reducing mechanical friction and software handshakes to achieve the ultra-quick 99-second swap duration. By leveraging CATL’s extensive infrastructure initiative, Arcfox ensures that its buyers gain access to a growing ecosystem of high-speed battery replacement hubs.
Overcoming Range Anxiety and Charging Downtime
For years, range anxiety and long charging times have been key roadblocks for drivers hesitant to switch from internal combustion engine vehicles to electric mobility. While rapid DC fast chargers can replenish an EV battery to 80% in 20 to 30 minutes, battery swapping eliminates downtime almost entirely.
Beyond speed, battery swapping offers additional benefits for overall battery health and vehicle longevity. Because swapped batteries are charged in controlled station environments rather than subject to high-heat fast charging inside the vehicle, cell degradation can be managed more effectively. Furthermore, separation of the vehicle chassis from long-term battery ownership lowers entry costs for buyers while ensuring that drivers always have access to optimized, well-maintained energy packs.
The Future of Shared Battery Infrastructure in Electric Mobility
The arrival of the Beta S3 and Beta T1 swapping editions highlights a broader shift toward open, shared infrastructure in the global EV market. Rather than developing proprietary, isolated charging networks, manufacturers are increasingly joining forces with energy tech giants like CATL to build unified, scalable solutions.
As urban centers become more densely populated and commercial fleet operators seek ways to maximize vehicle operational hours, 99-second battery swapping represents a compelling solution. Arcfox’s latest vehicle launches demonstrate that battery swapping is no longer just a niche concept—it is rapidly maturing into a practical, highly efficient commercial reality for next-generation electric vehicles.
Conclusion
With the release of the Beta S3 535 Ultra Plus LiDAR Swapping Edition and the Beta T1 Swapping Edition, Arcfox has delivered a powerful statement on the future of EV convenience. By combining premium vehicle design, intelligent driver-assist technology, and CATL’s 99-second battery swapping network, Arcfox is setting a new benchmark for how quickly electric cars can get back on the road.