Slate Auto Unveils High-Roof Compact Electric Pickup; Waev Tiger All-Electric Aircraft Tug Debuts

On the same day Apple CEO Tim Cook officially stepped down, two major developments emerged in the U.S. electric commercial vehicle sector: startup Slate Auto announced it will launch a high-roof cargo-bed variant of its compact electric pickup; meanwhile, Waev unveiled its new Tiger lithium-ion electric aircraft tug — designed for high-intensity, low-cost operations.

The high-roof variant aims to increase cargo volume and practicality, further expanding the vehicle's applicability for commercial customers and small businesses. Pre-orders are now open, but key details — including launch timing, range figures, and pricing — remain undisclosed. Backed by Jeff Bezos, Slate Auto is targeting the traditional pickup market with modular design and flexible configurations, challenging the dominance of established players like Ford.

Meanwhile, Waev's Tiger electric tug has drawn industry attention. The vehicle claims to sustainably tow loads exceeding 60,000 lbs (≈27.2 metric tons) around the clock — matching the performance of heavy-duty diesel tugs. Officially, its annual operating cost is nearly $20,000 lower than comparable diesel models — a competitive edge that could accelerate electrification at airports and logistics hubs. Earlier, an airport in Ontario, Canada, announced plans to invest $5.5 million in electric ground support equipment — including the Tiger.

Notably, neither announcement discloses core technical specs — such as battery capacity, motor output, or charging time — nor confirms production certification or delivery status. All information released so far stems solely from company statements, with no third-party verification or real-world user testing yet available.

Analysts suggest that, amid global green transformation at airports and accelerating urban short-haul commercial electrification, purpose-built electric vehicles focused on niche applications — and emphasizing TCO (Total Cost of Ownership) advantages — could become critical catalysts for near-term industrial adoption. However, widespread deployment still hinges on infrastructure compatibility, service network coverage, and end-user acceptance.