Electric Cars

Volvo's highly anticipated EX60 electric SUV, envisioned as a pivotal model to revitalize the automaker's market standing, is encountering notable setbacks in its manufacturing process. These production hurdles have drastically impacted the vehicle's availability, particularly for consumers in the United States, who will now face considerable delays in acquiring the new electric model.

The core of the issue lies within Volvo's assembly operations, specifically concerning the integration of the high-voltage battery pack into the vehicle's chassis and the fabrication of its electric motors. These complexities have led to a significant shortfall in production numbers compared to initial projections. While Volvo aimed to produce approximately 2,000 EX60 units weekly at its Torslanda facility in Sweden, actual output has reportedly been merely a tenth of that target since production commenced in late April. GlobalData estimates show that only about 500 EX60s were sold worldwide in July, followed by roughly 250 in August.

For the American market, the consequences are particularly stark. Volvo had originally forecasted sales of around 7,000 EX60s within the current year. However, due to the ongoing manufacturing difficulties, only a handful of these vehicles have reached US shores so far. In response to the production crisis and robust European demand for electric vehicles, Volvo has made the strategic decision to prioritize deliveries to the European market. This shift means that meaningful shipments to US dealerships are now not anticipated until the first half of 2027, creating a prolonged wait for American buyers.

A spokesperson for Volvo, Jacquelyn Johnson, acknowledged that the EX60's initial availability would remain constrained. She explained that the vehicle incorporates advanced manufacturing techniques, such as megacasting and cell-to-body integration, which are pioneering in the industry and lack established precedents. This innovative approach, while forward-thinking, necessitates a longer ramp-up phase than initially planned, contributing to the delays.

The success of the EX60 is crucial for Volvo, especially given recent challenges. The company experienced an 11% decline in global sales during the third quarter, and previous model launches, such as the EX90 and EX30, were met with their own sets of issues, ranging from software glitches to higher-than-expected pricing. In contrast, rivals like BMW and Mercedes-Benz have already begun delivering their new electric crossovers to the US, allowing them to capture a broader customer base more quickly.

In light of these developments, the EX60 faces an uphill battle to meet its ambitious sales targets and deliver on its promise as a market leader. The extended wait for US consumers underscores the complexities and challenges inherent in bringing cutting-edge electric vehicle technology to mass production, particularly when pioneering new assembly methods.

In a groundbreaking display of electric vehicle capability, a new world record for the farthest distance traveled on an electric motorcycle with a single charge has been established. This impressive feat not only shattered the previous benchmark but also highlighted the evolving efficiency and endurance of modern electric two-wheelers.

Electric Motorcycle Sets New Global Standard in Endurance Ride

On October 14, 2026, Belgian motorcyclist Jelle Verstaen etched his name into the Guinness World Records by completing an extraordinary 436.5 km (271.2 miles) journey on a single charge of his Zero DS electric motorcycle. This momentous ride, which commenced in the majestic French Alps and concluded by the picturesque Mediterranean coast, obliterated the prior record of 310.7 km (193 miles) by an impressive margin of over 125 km (78 miles).

Verstaen's Zero DS, a standard production model enhanced with an optional Power Tank to achieve a total battery capacity of 19.2 kWh, was not a specially designed prototype. He was accompanied by two fellow riders on other Zero models, a Zero SR/S and a DSR/X, both of whom also surpassed the old record with distances of 350 km (217 miles) and 384 km (239 miles) respectively. The strategic decision to undertake the ride overnight minimized traffic, enabling Verstaen to maintain an optimal average speed of approximately 52 km/h (32 mph). While this speed may appear modest, it was crucial for conserving energy, as aerodynamic drag significantly escalates with increased velocity. The final stretch of the journey was made even more challenging by persistent heavy rain during the last 100 km (62 miles), transforming the endurance test into a true battle against the elements. The entire endeavor was meticulously tracked via GPS and independently verified to meet Guinness World Records standards.

This achievement serves as a powerful testament to the advancements in electric motorcycle technology and their potential for extended range. While the specific conditions of the record-breaking attempt—including a net downhill trajectory and a deliberately low average speed—contributed to the impressive distance, it nonetheless showcases that production electric motorcycles can achieve substantial mileage on a single charge under optimized circumstances. It challenges the conventional perception of electric motorcycles as inherently short-range vehicles and offers a glimpse into the future of sustainable long-distance travel on two wheels. This triumph underscores the ingenuity in pushing the boundaries of electric mobility, inspiring further innovation in battery efficiency and vehicle design.