Why the Tesla truck will turn freight industry upside down

Elon Musk has a busy month in front of him, as he usually does. This Friday, he will address a space industry conference in Adelaide about his plans for human life on Mars, and then is widely expected to deliver some major news on the Tesla big battery at the Hornsdale wind farm later that evening.

A month later, Musk will unveil the latest of his technology developments that promise to turn an existing industry upside down – the Tesla Semi, a very big and very powerful electric truck.

It promises to do to the road freight industry what the Model S, 3 and X will do to petrol cars, and what the Spacex program did to the space industry, and what the Tesla battery storage devices and the solar tile might do to the utilities and roofing industries respectively.

The Tesla Semi is scheduled to be released on October 26. Musk describes it as a “beast” of a vehicle. “It’s unreal,” he tweeted a few weeks back.

Investment banking analysts are already excited, describing the release as “the biggest catalyst in trucking in decades”, in the case of Morgan Stanley, while Deutsche Bank says the release promises to more disruptive than anyone expects, and more quickly.

The chief reason for this is cost. Because Tesla is likely to use several stock electric motors from the Model 3, and several stock battery packs, the Class 8 truck could come in at between $US200,00 to $US240,000 for low and high range versions.

The significance of this number is the “payback” for US truck fleet operators, via the savings on fuel and maintenance costs. Deutsche Bank estimates it will be less than three years, and will be less than 2 years by the very early 2020’s, which fits nicely into the “sweet spot” of fleet owners’ preferred 18-24 month payback period.

A short driving range (200-300 miles) could be seen as a constraint, but many trucks drive less than that per day, and their operations are well suited for charging/battery swap.

And Tesla’s driving range will beat the 100 miles currently achieved by rivals Daimler and Cummins. Some suggest the Tesla truck range could be as high as 400 miles, and may use interchangeable batteries.

The next stage of the development could be more problematic – driverless trucks. Deutsche Bank estimates the “level 5” automation costs would add $US23,000 to the cost of the vehicle (falling to $US5,000) over time, compared to a driver’s annual salary of $US45,000.

That promises yet more savings, but automation faces potential push back from regulation and unions. But Deutsche still sees it as “inevitable”. They expect to see “platooning”, where numerous truck follow each other as early as 2020.

Morgan Stanley recently said they expect the electric truck could be 70 per cent cheaper to operate than a diesel-powered truck, and Electrek recently published these quotes from Musk suggesting it will be more powerful too.

“It is a heavy duty, long range, semi-truck. So it has the highest weight capability and with long range. So essentially it’s meant to alleviate the heavy duty trucking loads. And this is something which people do not, today, think is possible. “They think the truck doesn’t have enough power or it doesn’t have enough range. And then with those with the Tesla semi we want to show that no, an electric truck actually can out-torque any diesel semi and if you had a tug-of-war competition, the Tesla semi what will tug the diesel semi uphill.”

The Tesla truck is likely to come into full scale production within 18-24 months, but while Tesla will be providing the batteries and rive trains, the cabs and other equipment will be contracted out to others. Tesla is said to be seeking 20 per cent of a market they currently have no interest in.

(Note: Picture caption has been updated to clarify what the photo represents).

Here also our recent Solar Insiders podcast discussing Australian battery storage, and the challenges created by a shortfall in supply of Tesla Powerwalls.