The Roadster’s next test is the product, not the stunt

The answers describe two vehicles performing different maneuvers, including a ramp launch and a leap over other vehicles. They attribute an equipment list to Tesla, while treating suggestions of missing batteries, absent fans or different hardware as unconfirmed. Those distinctions matter: a reported maneuver does not establish everything inside the car.

The underlying source pack is not supplied here. This is an assessment of the reviewed answers, not an independent verification of the event. Agreement among the models therefore identifies a shared reading, not six separate confirmations.

Earlier Tesla controversies affect how much suspicion the models attach to this display. Mistral Large gives that history significant weight; others mainly use it to demand stronger checks. But history cannot inspect this vehicle. GPT-6 Astra also makes an important distinction: different demonstration configurations alone would not prove deception. What was disclosed and advertised would matter.

Most answers distinguish three possible products. A controlled-site stunt machine could sacrifice passenger space and road usefulness. A jumping road car would need to retain useful road driving alongside a clearly bounded jumping capability. A sustained-flight vehicle would need evidence of duration, control, landing and emergency capability suited to its advertised purpose.

Grok 4.7 notes that a stripped vehicle jumping once could still be a successful demonstration. GPT-6 Astra asks more of a stunt product: repeatable, controllable maneuvers within stated operating conditions. These address different questions. Demonstration success does not by itself establish suitability for sale.

All six identify competition for space and weight among passengers, road equipment and airborne hardware. Tesla’s reported passenger-seat removal illustrates the claimed compromise, but the actual battery configuration remains unresolved. The material cannot quantify how much road usefulness would survive in a combined vehicle.

These readiness tests are mostly model recommendations, not source-defined standards. Neither a particular seating requirement nor a suggested flight-duration test should become a universal sales threshold. The intended market determines which capabilities need proving.

None of the answers supplies a launch year. Mistral Large declines to propose milestones because the source lacks a commercialization pathway. Most others offer conditional checklists instead. Those can guide questions without being mistaken for Tesla’s plan.

The proposed progression starts with defining the product and independently checking its configuration. Repeated testing would then establish performance, limits and failure handling. Before restricted sales, buyers would need relevant permissions, operating restrictions and appropriate support. Broader use would call for further reliability evidence under the conditions customers would encounter.

A professional stunt operator, a road-car buyer and someone seeking airborne transport would not need identical proof. The comparison does not establish the applicable legal categories. The strongest common recommendation is to test the intended-sale vehicle against its actual promises, rather than extrapolate from special demonstration cars.

Mistral Large’s proposed buyer disclosure illustrates a pitfall. It describes the demo vehicle as unable to drive on roads and gives five to ten seconds of flight time. Neither statement is established in the comparison as a verified configuration or measured result.

LeCun’s estimate concerns useful thrust under an assumed compressed-air share of vehicle mass. It is not measured flight performance. Turning that estimate into a settled product limit would replace an optimistic claim with an overconfident warning.

The more defensible disclosure requests concern demo-versus-sale differences, seating and battery configuration, measured performance, replenishment needs, restrictions and inspection status. Buyers need clear distinctions between demonstrated features, independently verified capabilities and future targets. As GPT-6 Astra argues, that need not require publication of every engineering detail.