Tesla’s big Model 3 bet rides on risky assembly line strategy
TESLA Inc. Chief Executive Elon Musk took many risks with the technology in his company’s cars on the way to surpassing Ford Motor Co’s market value.
Now Musk is pushing boundaries in the factory that makes them.
Most automakers test a new model’s production line by building vehicles with relatively cheap, prototype tools designed to be scrapped once they deliver doors that fit, body panels with the right shape and dashboards that don’t have gaps or seams.
Tesla, however, is skipping that preliminary step and ordering permanent, more expensive equipment as it races to launch its Model 3 sedan by a self-imposed volume production deadline of September, Musk told investors last month.
OMG!!! Finally got Super Charger Stations in my home town 😆😆😆. I can't wait to get my Tesla Model 3. pic.twitter.com/eb22C9NlvZ
— Prince Testa (@PrinceTesta) April 21, 2017
Musk’s decision underscores his high-risk tolerance and willingness to forego long-held industry norms that has helped Tesla upend the traditional auto industry. While Tesla is not the first automaker to try to accelerate production on the factory floor, no other rival is putting this much faith in the production strategy succeeding.
Musk expects the Model 3 rollout to help Telsa deliver five times its current annual sales volume, a key target in the automaker’s efforts to stop burning cash.
“He’s pushing the envelope to see how much time and cost he can take out of the process,” said Ron Harbour, a manufacturing consultant at Oliver Wyman.
Investors are already counting on Tesla’s factory floor success, with shares soaring 39 percent since January as it makes the leap from niche producer to mass producer in far less time than rivals.
There are caution signs, however. The production equipment designed to produce millions of cars is expensive to fix or replace if it doesn’t work, industry experts say. Tesla has encountered quality problems on its existing low-volume cars, and the Model 3 is designed to sell in numbers as high as 500,000 vehicles a year, raising the potential cost of recalls or warranty repairs.
“It’s an experiment, certainly,” said Consumer Reports’ Jake Fisher, who has done extensive testing of Tesla’s previous Models S and X. Tesla could possibly fix errors quicker, speeding up the process, “or it could be they have unsuspected problems they’ll have a hard time dealing with.”
Musk discussed the decision to skip what he referred to as “beta” production testing during a call last month with an invited group of investors. Details were published on Reddit by an investor on the call.
He also said that “advanced analytical techniques” – code word for computer simulations – would help Tesla in advancing straight to production tooling.
Tesla declined to confirm details of the call or comment on its production strategy.
The auto industry’s incumbents have not been standing still. Volkswagen AG’s Audi division launched production of a new plant in Mexico using computer simulations of production tools – and indeed the entire assembly line and factory – that Audi said it believed to be an industry first. That process allowed the plant to launch production 30 percent faster than usual, Audi said.
An Audi executive involved in the Mexican plant launch, Peter Hochholdinger, is now Tesla’s vice president of production.
Making tools faster
Typically, automakers test their design with limited production using lower grade equipment that can be modified slightly to address problems. When most of the kinks are worked out, they order the final equipment.
Tesla’s decision to move directly to the final tools is in part because lower grade, disposable equipment known as “soft tooling” ended up complicating the debut of the problem-plagued Model X SUV in 2015, according to a person familiar with the decision and Tesla’s assembly line planning.
Working on a tight deadline, Tesla had no time to incorporate lessons learned from soft tooling before having to order the permanent production tooling, making the former’s value negligible, the source said.
“Soft tooling did very little for the program and arguably hurt things,” said the person.
— Tiffany – Engineer (@TiffanyEngineer) April 14, 2017
In addition, Tesla has learned to better modify final production tools, and its 2015 purchase of a Michigan tooling company means it can make major equipment 30 percent faster than before, and more cheaply as well, the source said.
Financial pressure is partly driving Tesla’s haste. The quicker Tesla can deliver the Model 3 with its estimated US$35,000 base price to the 373,000 customers who have put down a US$1000 deposit, the closer it can log US$13 billion.
Tesla has labored under financial pressure since it was founded in 2003. The company has yet to turn an annual profit, and earlier this year Musk said the company was “close to the edge” as it look toward capital spending of US$2-2.5 billion in the first half of 2017.
Tesla has since gotten more breathing room by raising $1.2 billion in fresh capital in March and selling a five per cent stake to Chinese internet company Tencent Holdings Ltd.
Musk has spoken to investors about his vision of an “alien dreadnought” factory that uses artificial intelligence and robots to build cars at speeds faster than human assembly workers could manage.
But there are limits to what technology can do in the heavily regulated car business. For example, Tesla will still have to use real cars in crash tests required by the US government, because federal rules do not allow simulated crash results to substitute for data from a real car. – Reuters
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