Why Tesla needs its cars to fly

Summary of Why Tesla needs its cars to fly

by The Verge

37m•October 22, 2026

Overview of The Verge Cast episode: Why Tesla needs its cars to fly

This episode centers on Tesla’s long-delayed Roadster and the strange logic behind its recent reveal: a flashy demo featuring a car that could hop, drive vertically, and appear to “fly” using cold-gas thrusters. David Pierce and Verge reporter Andy Hawkins argue that the event was less about showing a real consumer car and more about proving Tesla can still stage a spectacle, keep attention on the brand, and reinforce the company’s futuristic image—even as the actual Roadster remains years behind schedule.

Quick news roundup from the episode’s opening

Before the main interview, the show’s “90 Seconds on The Verge” segment covered a few other stories:

  • Trump and the Atlantic Ocean: Trump reportedly suggested renaming the Atlantic Ocean to something like the “Trump Ocean” or “America Ocean,” after floating similar renaming ideas for other places.
  • 1Password and AI agents: 1Password announced a feature letting AI agents sign in without directly exposing passwords, a step toward safer agent-based workflows.
  • Oppo’s 200MP camera phone: Oppo unveiled what it claims is the first 200-megapixel camera phone, another sign that smartphone cameras still have room to improve.

The Tesla Roadster story, from the beginning

Why the Roadster matters in Tesla history

  • The original Roadster was Tesla’s first car and a proof of concept that electric sports cars could work.
  • The second-generation Roadster was unveiled in 2017 with huge promises:
    • sub-1-second 0–60 acceleration
    • around 600 miles of range
    • a 2020 launch target that never happened

Why it took so long

The episode suggests a mix of factors:

  • Tesla’s usual delays and shifting deadlines
  • Elon Musk continuously raising expectations as launches slipped
  • The car becoming less central as Tesla shifted focus to:
    • Model 3 / Model Y production
    • Cybertruck
    • Cybercab
    • AI and Optimus robots
  • The electric performance market catching up, making the Roadster less singular than it once was

What Tesla showed at the event

The demo

At the delayed reveal event, Tesla showed a version of the Roadster performing stunts such as:

  • hopping over other Tesla vehicles
  • driving up a vertical ramp
  • appearing to go upside down and then “flip” off the ramp
  • allegedly using SpaceX-derived cold-gas thrusters

What made the demo controversial

The hosts argue the presentation was misleading because:

  • the demo car looked different from the original Roadster 2
  • the vehicle may have been missing major components, including the battery
  • the “rocket trim” was described as:
    • invite-only
    • not legal for public use
  • Tesla’s messaging implied this was the Roadster, even though it is not the car most buyers will get

The fan system

The episode also notes Tesla appears to be using fan-based downforce technology:

  • creates extreme grip and handling
  • helps the car stick to the ground
  • supports the upside-down/vertical stunt concept

This is presented as real engineering, not pure smoke and mirrors—but still not the same as a street-legal customer car.

What the real production Roadster seems to be now

The discussion makes clear that the Roadster buyers originally reserved in 2017 is effectively gone.

Main changes

  • The original version that many people placed deposits on is no longer the roadmap.
  • Tesla now appears to be offering:
    • a base version without the stunt tech
    • a higher-performance trim with fan assistance
    • a rare rocket trim with the cold-gas thrusters

Range and specs

  • The original 600-mile range dream seems to have been cut dramatically.
  • The episode suggests the new target is closer to 300 miles.
  • Tesla still claims a sub-2-second 0–60 time for the base car.

Why Tesla is doing this

The hosts argue the Roadster still serves several strategic purposes:

1. Brand theater

Tesla needs to keep its image as a company that builds the future.

  • The Roadster is a halo product
  • It reminds people Tesla can still make things that feel outrageous and cool

2. SpaceX-Tesla synergy

The episode suggests the demo may also be about:

  • showing overlap between Elon Musk’s companies
  • reinforcing the idea that Tesla and SpaceX are part of one broader futuristic ecosystem

3. Recruiting and retention

In a tougher EV market, flashy projects help Tesla say:

  • we are still the most exciting place to work
  • we still have ambitious engineering challenges
  • the company is not just building ordinary cars

4. Keeping deposits

The hosts note that reservation deposits functioned like interest-free loans for Tesla, which gives the company added incentive to keep the project alive, even if the end product keeps changing.

Core takeaways

  • The Roadster is now more symbol than car.
  • Tesla’s launch was undeniably impressive, but also highly misleading in how it framed the vehicle.
  • The actual consumer Roadster appears to be a much more conventional high-performance EV, while the flying/floating version is an invite-only stunt machine.
  • The episode sees this as very “Tesla”: part engineering achievement, part marketing theater, part deadline deflection.
  • The biggest critique is not that Tesla made a wild demo—it’s that it implied this was the long-promised car customers have been waiting for.

Closing recommendation from David Pierce

The episode ends with a non-Tesla life tip: keep a list of things you like.

Why

Pierce says this has been useful for:

  • getting better recommendations from AI tools
  • remembering movies, shows, music, and articles you enjoy
  • quickly recalling things you liked when someone asks

Practical suggestion

  • Keep the list in a plain text file, notes app, or a tool like MyMind
  • Use it to feed recommendation engines or AI chatbots for better suggestions

He frames this as a simple, high-value habit in an AI-heavy world: build a personal archive of what you like, then use it to discover more of the same.