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Tesla has reintroduced the Roadster with radical redesigns, claimed sub-1-second acceleration in higher trims, rocket-inspired thrusters, and a targeted 2028 delivery date, while leaving pricing and key feasibility details unresolved.
The new Tesla Roadster adopts a far more aggressive look than the 2017 prototype, with sharp angular surfacing, a low-slung body, black lower cladding, and a full-width front LED light bar. Its styling closely follows Tesla’s broader cyber-inspired design language and replaces the softer supercar cues of the earlier concept with a more geometric, futuristic shape.
The car now appears configured as a strict two-seater, abandoning the earlier promise of seating for four. Upward-opening doors, a narrow cockpit, and a very low roofline reinforce its shift toward a dedicated supercar format rather than a more practical grand tourer.
Inside, the Roadster uses an ultra-minimalist cabin with a yoke-style steering wheel, steer-by-wire controls, by-wire pedals, and a large central touchscreen supported by smaller driver displays. Tesla emphasizes lightweight construction with materials such as carbon fiber, magnesium, and titanium, while fixed seats and strong bolstering underscore a track-focused setup.
Tesla’s reservation site identifies Performance, Thrust, and Rocket versions. The Performance model is described as the road-going variant with active aerodynamics and a multi-mode cold gas thruster system, while Thrust adds rear-mounted cold gas thrusters for more extreme straight-line performance. The Rocket version is invitation-only, single-seat, and not approved for public road use.
Tesla says the Performance trim can reach 0-60 mph in under 1.6 seconds, the Thrust version in under 0.9 seconds, and the Rocket variant in under 0.59 seconds. If achieved, those figures would place the Roadster beyond current production-car benchmarks and well ahead of the original 1.9-second claim made in 2017.
The new specifications depart sharply from Tesla’s original Roadster targets. In 2017, Tesla discussed 620 miles of range, a top speed above 250 mph, and four seats; the latest reveal points to more than 300 miles of range, a top speed above 230 mph for the Rocket version, and a maximum of two occupants.
Tesla showcased a high-voltage battery pack integrated into the chassis and paired with what it called its most powerful and compact rear drive unit yet. The company said the system produces 1 megawatt of output, more than one-third above the Model S Plaid, while weighing roughly half as much, an important claim for both acceleration and handling.
The most controversial feature is the use of cold gas thrusters, developed with clear influence from SpaceX technology. Tesla says these systems use compressed air stored in composite pressure vessels throughout the vehicle, and in the single-seat Rocket version, the missing passenger space is apparently repurposed for larger tanks to support short bursts of vertical and rotational motion.
Tesla also described a suction-based fan system under the car capable of producing about 2 G of downforce and roughly 4,700 kg of grip even at a standstill. The company claims this could allow the Roadster to exceed normal tire traction limits and approach Formula 1-like downforce performance in track mode with active aero deployed.
Reservations have reopened with a $5,000 refundable deposit due immediately and another $45,000 required within 10 days, matching the $50,000 total reservation structure used in 2017. Tesla still has not announced final pricing and only says deliveries are expected to begin in 2028, leaving major questions about cost, production readiness, charging time for the compressed-air systems, and whether the most dramatic claims can be brought to market.
The new Tesla Roadster is positioned as a boundary-pushing electric supercar that blends battery performance with aerospace-inspired hardware. Its ambitious specifications and dramatic demonstrations have revived excitement around the model, but unanswered questions on pricing, practicality, and technical feasibility remain central to its future.
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