Whether reading international news or historical stories, it seems that every time we see the legends of successful enterprises, we always feel that they require genius-like inspiration.
From being mocked as a ‘wealthy amateur player’ in 2002 to building SpaceX valued at $1.75 trillion in 2026, how did Elon Musk survive with a success rate of less than 10%?
Actually, the key lies not in genius inspiration, but in his near-brutal ‘building algorithm’.
First Principles and the Philosophy of Failure
The core of Elon Musk’s building is to think like a physicist.
This is the so-called First Principles, breaking down problems to the most fundamental physical basis, rather than just looking at ‘how people did it before’.
Tesla’s lithium battery cost was reduced from $600 to $80 because he was not bound by historical pricing and went directly to the raw materials exchange to calculate the cost.
First Principles is about redefining the ceiling, breaking down costs from the physical bottom
Besides First Principles, his definition of failure is also unique.
In the early days of SpaceX, the Falcon 1 rocket suffered three consecutive launch failures, putting the company on the verge of bankruptcy.
But he didn’t fire anyone; instead, he treated failure as a system evolution pressure.
To him, if they didn’t blow up a few engines, it meant the team’s ambition wasn’t big enough.
What truly deserved to be eliminated was the conservative attitude born out of fear of failure.
Deep into the Frontline of Production Hell
But having the mindset alone is not enough; the real test lies in the implementation of production hell.
When Model 3 production faced a bottleneck, why did he, as the CEO, sleep on the factory floor?
Because ‘a prince in a palace cannot make soldiers bleed for him’.
He actively removed the privileges of high-level executives and personally slept in the most difficult production line area to ensure he did not lose touch with the pain of reality.
The general must be at the forefront, personally experiencing the pain and reclaiming the feedback loop
Although the cost of going deep into the frontline was huge, it also allowed him to see the real problems of factory operations.
The Five-Step Algorithm That Upends Manufacturing
And in this purgatory-like factory, he refined the Five-Step Algorithm that must be strictly followed:
| Step | Name | Core Principle |
|---|---|---|
| Step 1 | Question every requirement | Find the specific person responsible for proposing the requirement; only the laws of physics are absolute. |
| Step 2 | Delete to the limit | Strive to delete parts and processes; if you are not forced to add back 10%, it means you didn’t delete enough. |
| Step 3 | Simplify and optimize | Absolutely do not optimize something that shouldn’t exist in the first place. |
| Step 4 | Accelerate | Once the process is correct, speed up the production rhythm. |
| Step 5 | Automate | Always place this as the last step, the order cannot be reversed. |
The order of these five steps must not be messed up, because many people often make mistakes at the very first step.
The Robot Trap and Redefining the Factory
Many people do the five-step algorithm in reverse when manufacturing products.
The most classic case is that Tesla once spent $2 million on a robot to accelerate the application of a useless noise dampening pad, only to discover in the end that the pad should have been directly ‘deleted’.
This is the painful lesson of directly going to ‘automation’ without questioning requirements and deleting parts first.
He even got inspiration from cheap toy cars to promote Model Y’s ‘giga casting’ technology.
The real product is not the car, but the factory that builds the car
Optimizing the factory itself as a product and reducing part piecework is the ultimate answer for the manufacturing industry.
Time is the Only Defense
For Elon Musk, lost funds and equipment can be bought back; the only real currency is time.
Speed is the strongest defense; as long as the innovation speed is fast enough, there is no fear of competitor copying
To push the team’s potential, he often sets seemingly impossible, aggressive schedules.
If the schedule is set very long, it is wrong, because parallel operations are needed to break the limits of linear thinking.
Challenge Your ‘$2 Million Robot’
Elon Musk’s success stems from this building philosophy derived from the physical bottom and deleting processes to the limit.
He forces his team to challenge their limits to solve Earth’s energy and transport problems, and more importantly, to create a world where people wake up every day excited about the future.
Think about it, in your workflow, is there also a ‘$2 million robot’ that should be deleted?
Perhaps, real optimization starts with bravely pressing the ‘delete key’.