The NEW Tesla Roadster: My Honest Reaction

Summary
Marques Brownlee shares his reaction and technical analysis of Tesla’s live unveiling event for the redesigned next-generation Tesla Roadster. He breaks down the event’s autonomous stunt demonstrations—including wall climbing and thruster-assisted jumps—and cross-references new engineering details published by automotive outlets and Tesla’s website across the four vehicle tiers.

What is shown

• Event stunt footage: Replay clips from the Tesla live broadcast showing the redesigned Roadster driving up an over-vertical curved wall, hanging upside-down, firing cold-gas thrusters to vault through the air and perform a mid-air “kickflip” over other vehicles, and executing rapid launches [00:16–00:35, 02:47–03:42, 12:45–12:55].
• Exterior and interior design walkthrough: Footage from the launch stage and media coverage (Hagerty, MotorTrend) displaying the cyber-inspired angular wedge styling, butterfly/scissor doors, light bars, active rear wing, steering yoke, and exhaust-like thruster ports [01:46–02:26, 04:36–04:46].
• Technical diagrams and hardware displays: Footage examining the carbon-wrapped 10,000 PSI pressure vessel and rear thruster pack, as well as the fan suction assembly [04:41, 05:15–05:25, 09:36–10:04].
• Fan car comparison footage: Clips of the McMurtry Spéirling fan-assisted car driving at Goodwood and running on inverted tracks to illustrate mechanical suction downforce [05:31–06:00, 06:39–07:08, 07:39–07:45].
• Tesla account and reservation contract: Screen recording of Brownlee’s personal Tesla account showing the Roadster referral fulfillment status and Section 4 of the reservation agreement detailing delivery disclaimers [19:02–19:09, 19:29–19:44].

Claims & numbers

• Vehicle variants: The presenter notes four tiers are detailed across Tesla’s site and media reports: Base, Performance, Thrust, and Rocket [04:48–04:58].
• Performance spec: Features a dual-fan ground-effect suction system generating over 4,000 kg of downforce even when stationary, claiming a 0–60 mph acceleration of 1.6 seconds [03:05, 08:05–08:09].
• Thrust spec: Adds four rear cold-gas thrusters fed by a 200-liter carbon-overlaid pressure vessel holding 100+ kg of nitrogen at 10,000 PSI, claiming 0–60 mph in under 1 second (pulling ~3 lateral/longitudinal Gs) with 3–5 seconds of total thrust, requiring 6–7 hours to repressurize [04:56, 09:47–10:04, 10:16–10:39, 17:31–17:43].
• Rocket spec: Single-seat configuration with a 400-liter gas tank in the passenger area and 6 additional perimeter thrusters enabling flight maneuvers and kickflips; claims 0–60 mph in 0.6–0.66 seconds, marked as “Invite Only” and not approved for public road use [04:57, 12:20–12:42, 12:56–13:00, 13:09–13:15].
• Powertrain & chassis specs: The presenter states the car is rear-wheel drive only, powered by dual rear motors producing 1,300 hp and 1,400 Nm of torque, weighs under 1,700 kg due to all carbon-fiber body panels, has an estimated range of 300+ miles, supports 500 kW V4 Supercharging (15% to 80% in 10 minutes), and provides 25–30 minutes of continuous maximum track-mode driving [15:15–16:24].
• Release window: The presenter highlights that Tesla announced a targeted shipping date of 2028 [14:52–14:56, 19:23].

Notable quotes

• [00:06] “Last night, Tesla had one of maybe, maybe the most insane product demos of all time.”
• [13:05] “This—this is pretty clearly never going to be street legal.”
• [19:32] “So, the flying one with the—the rocket one? No. There’s just no way you or I will ever be able to buy this car.”

Assessment
This video is a commentary and reaction review evaluating Tesla’s live product demonstration alongside official partner media coverage. The presenter directly points out that the airborne stunt shown at the live event was a pre-scripted, driverless robotic demonstration that functions primarily as a promotional spectacle rather than a viable street-legal consumer feature.

Described by gemini-3.8-flash on 2026-10-17 from the video’s audio and frames.