5 Steps and Growth
Elon Musk laid out this process in an interview when asked if the grid fins on SpaceX’s latest rocket could fold in. They don’t. That question kicked off his deep dive into SpaceX’s relentless design approach.
Make Requirements Less Dumb: Everything is dumb at first. Question it all. Fewer assumptions mean faster pivoting and a sharper growth path.
Delete the Part or Process: If it doesn’t directly drive value, cut it. Musk’s ruthless approach here makes room for rapid scaling without baggage.
Simplify Before Optimizing: Simplification is the true growth enabler. It’s hard to scale something you’re constantly tweaking.
Accelerate Cycle Time: Speed matters, but only when you’re heading in the right direction. Fast cycles mean faster learning and quicker growth.
Automate Last: Automation should amplify, not complicate. Automating chaos just means faster chaos. Musk saves it for last, ensuring the foundation is lean and scalable first.
- Make the Requirements Less Dumb
- Musk kicks things off with a reality check: every requirement is, by default, dumb. No exceptions. This is where he questions assumptions with a vengeance. He’s wary of ideas handed down by “smart people,” warning that they’re especially dangerous because we’re less likely to challenge them. It’s about stripping everything down to its bare essentials, and then asking, “Do we even need this?”
- For growth, this means fewer barriers and more flexibility, allowing teams to pivot and scale without unnecessary baggage.
- By cutting down to only what’s necessary, Musk clears the path for fast, focused growth. When you strip away the fluff, you’re left with a leaner, more adaptable product that can evolve quickly.
- Delete the Part or Process
- "If you’re not deleting parts, you’re not trying hard enough." Musk aims to cut out any component or step that doesn’t directly contribute to the mission. His rule of thumb? If you’re not adding things back at least 10% of the time, you’re not cutting deep enough. Also, each part should have a dedicated “owner”—someone who can justify why it’s there. No ownership? No place in the process.
- Eliminating what doesn’t add value translates into efficiency, which fuels scalability.
- For example, a product free of superfluous features is not only cheaper to produce but also easier to iterate on. This leanness opens up room for rapid product updates, which helps keep up with market demands and speeds up time to market—essential for fast growth.
- Simplify or Optimize the Design
- Don’t even think about optimizing until you’ve simplified. Musk cautions that engineers often make the mistake of perfecting something that shouldn’t even exist in the first place. He believes in a holistic view, ensuring that before you dive into making something better, you know for certain it’s something worth keeping.
- Simplification makes room for more significant improvements and future iterations.
- In terms of growth, a simplified design means easier manufacturing, fewer resources, and lower costs. As the product scales, these savings amplify, making it easier to expand while keeping costs in check. Optimizing what remains ensures the product can handle growth without buckling under complexity.
- Accelerate Cycle Time
- Speed is critical, but Musk isn’t just advocating for pedal-to-the-metal progress. It’s about accelerating once you know you’re on the right track. As he puts it, “If you’re digging your grave, don’t dig faster.” So, make sure you’re headed in the right direction, then ramp it up.
- Faster cycles equal faster learning, which is a growth accelerator.
- By compressing the time it takes to go from idea to iteration, Musk creates a rapid feedback loop. The quicker the cycle, the sooner you can identify what works, double down on it, and discard what doesn’t. This speed lets you capture market share and stay ahead of competitors, driving growth at a breakneck pace.
- Automate
- Musk argues that automating a process too soon just locks in inefficiencies. Take Tesla’s Model 3 production: he once poured resources into streamlining a robotic process to assemble battery mats, only to find out that the mat wasn’t needed anymore. By automating, they’d wasted time perfecting something irrelevant.
- Automation is the growth multiplier.
- Once Musk’s teams have a robust, lean, and effective process, automation lets them scale it massively. This step ensures that processes aren’t just repeatable, but repeatable at scale. With automation, Musk can ramp up production or expand to new markets without sacrificing quality, making it a cornerstone for sustainable growth.
In a nutshell, Musk’s algorithm is all about trimming the fat, honing in on what’s essential, and accelerating only once you’re sure every piece matters.
It paves the way for growth by ensuring each step adds tangible value and scales efficiently. By sticking to this rigorous, pared-down approach, companies can achieve explosive growth with fewer resources, better adaptability, and quicker market responsiveness.