New Tesla Roadster UPDATE, Full 3-Version Details Is Here

New Tesla Roadster UPDATE, Full 3-Version Details Is Here: The Tesla Roadster has remained one of the most anticipated electric supercars since its prototype unveiling in 2017. With its promise of incredible acceleration, futuristic engineering, and groundbreaking performance, the next-generation Roadster continues to attract attention from automotive enthusiasts around the world. Now, discussions surrounding its potential three-version lineup—the Performance, Thrust, and Rocket—are adding another layer of excitement to the project.

According to the specifications and estimates described in the available reports, Tesla’s next-generation Roadster could extend far beyond the capabilities of a conventional electric sports car. From an ultra-fast street-legal supercar to an experimental track-only machine featuring pneumatic thrusters, each proposed version targets a different level of performance.

However, it is important to note that many of these specifications, prices, and production details remain unconfirmed. Tesla has not established all three configurations as finalized production models. Here’s a closer look at the reported Tesla Roadster three-version lineup, its expected technology, performance figures, and possible launch timeline.

H2: Tesla Roadster 2028: What Makes It Special?

The next-generation Tesla Roadster was first unveiled as a prototype in 2017, setting ambitious expectations for the future of electric performance vehicles. Since then, its development timeline has shifted several times, leaving reservation holders and fans waiting for further details.

A public display at the Petersen Automotive Museum in Los Angeles, as described in the source material, has helped renew interest in the vehicle. The reports also reference reservation deposits reaching as much as $250,000, although the exact reservation terms and availability should be verified through official Tesla information.

Unlike traditional supercars that primarily focus on engine output and mechanical grip, the proposed Roadster concept combines powerful electric motors with advanced battery technology, aerodynamic engineering, and electronically controlled chassis systems.

The reported lineup includes three distinct approaches:

Roadster Performance: A high-performance electric supercar designed for street and track use.
Roadster Thrust: A proposed limited-edition version featuring compressed-gas thruster technology.
Roadster Rocket: An experimental, track-only concept described as incorporating lift and directional thrusters.

Each version represents a different engineering ambition, although the final production specifications may differ significantly from the reported figures.

H2: 1. Tesla Roadster Performance: An Electric Supercar

The Tesla Roadster Performance is described as the entry point to the proposed lineup. Despite being the most conventional version, its reported specifications would place it among the most extreme electric performance cars.

H3: Expected Performance Specifications

The available report lists the following targets for the Performance variant:

0–60 mph: Under 1.6 seconds
Top speed: More than 210 mph
Peak power: Greater than 1 megawatt
Motor torque: More than 1,400 Nm
Estimated driving range: Over 300 miles
Seating capacity: Two occupants

These figures remain reported targets rather than independently verified production specifications. Actual acceleration and range would depend on the final vehicle configuration, tires, battery conditions, and testing methodology.

If achieved, these numbers would position the Roadster Performance as a serious competitor in the high-performance electric vehicle segment.

H3: Advanced Aerodynamics and Adaptive Suspension

The reported design emphasizes more than straight-line acceleration. An active aerodynamic package could include a rear wing, side aerodynamic elements, and carefully shaped underbody surfaces to improve stability at high speeds.

Some reports also describe a potential underbody suction system designed to generate additional downforce. Such a system could help increase tire grip during demanding cornering, although its implementation and production status have not been confirmed.

An advanced adaptive suspension system is another major part of the proposed package. The reported setup uses spool-valve dampers that could adjust suspension stiffness and ride height according to driving conditions.

The source suggests suspension stiffness could increase by more than three times, while ride height could decrease by approximately 40 millimeters. These adjustments would allow the car to transition between everyday driving and more aggressive track settings.

For braking and steering, the concept includes carbon-ceramic brakes, electronic control systems, and potential steer-by-wire and brake-by-wire technology. Together, these systems would aim to manage the vehicle’s considerable power while maintaining driver control.

H2: 2. Tesla Roadster Thrust: Pneumatic Thrusters Explained

The proposed Tesla Roadster Thrust takes the Performance model’s concept further by introducing compressed-gas propulsion assistance. It is described as a limited-edition version for buyers seeking more experimental technology.

H3: How the Cold-Gas Thruster System Could Work

According to the supplied report, the Thrust version would use a cold-gas thruster system mounted at the rear. The proposed setup includes a carbon-fiber-reinforced composite overwrapped pressure vessel, commonly called a COPV, to store gas under high pressure.

When released through directional nozzles, the gas would produce a reaction force that could supplement the vehicle’s electric-motor acceleration.

The report claims that the combined system could target a 0–60 mph time of under 0.9 seconds and a thrust capability exceeding 80 kilonewtons. These extraordinary figures have not been verified as production-ready Tesla specifications.

The concept would combine conventional electric traction with short-duration pneumatic assistance. However, real-world performance would depend on factors such as available thrust duration, vehicle mass, tire grip, pressure-vessel capacity, and safety requirements.

H3: A Futuristic Interior Design

The reported Thrust configuration also features a distinctive cabin concept called the Supersonic package.

Its proposed interior includes an ultra-white finish, gray micro-suede accents, specialized seat inserts, and a yoke-style steering wheel with dual driver displays. Yellow-tinted glass is also described as part of the design, giving the cabin an appearance inspired by futuristic aerospace equipment.

If these details make it into production, the Thrust version could combine an unusual interior aesthetic with advanced performance technology.

H2: 3. Tesla Roadster Rocket: An Extreme Track-Only Concept

The most radical version in the reported lineup is the Tesla Roadster Rocket. Unlike the other two configurations, this proposed model is described as a single-seat, track-only vehicle featuring multiple pneumatic thrusters.

Its reported engineering goals go beyond conventional acceleration and cornering.

H3: Ten Thrusters for Propulsion and Lift

The source describes a configuration using two COPV pressure vessels and ten thrusters distributed around the vehicle:

Four rear thrusters for forward propulsion.
Four downward-facing thrusters intended to generate lift.
Two side-mounted thrusters for lateral movement or rotational control.

The report associates this concept with a 0–60 mph time below 0.59 seconds, acceleration exceeding 5 Gs, and a top speed above 230 mph.

These figures should be treated as speculative claims rather than confirmed Roadster Rocket performance data. A vehicle capable of producing lift or moving while airborne would also face substantial challenges involving stability, control, pressure management, occupant protection, and track safety.

The proposed single-seat layout would sacrifice passenger space to accommodate the specialized propulsion equipment. Its intended use would be fundamentally different from that of a conventional road-going supercar.

The report also mentions a specialized white coating designed to tolerate low temperatures and resist ultraviolet exposure and corrosion. The exact material and its intended application have not been independently confirmed.

H2: Tesla Roadster Price: How Much Could Each Version Cost?

Tesla has not announced finalized official prices for the three configurations described in the report. The following figures are unofficial estimates, not confirmed retail prices.

Proposed Roadster Version	Estimated Price Range	Intended Focus
Performance	$250,000–$350,000	Street and track performance
Thrust	$350,000–$500,000+	Experimental pneumatic assistance
Rocket	More than $1 million	Extreme track-only performance

The Performance version would target buyers interested in electric supercar acceleration and handling. The Thrust version would appeal to enthusiasts attracted to unusual propulsion technology, while the Rocket concept would occupy an entirely different category of experimental performance machinery.

Final pricing would depend on production specifications, battery technology, manufacturing costs, included equipment, and whether these proposed configurations become official products.

H2: Tesla Roadster Production Timeline: Is 2028 Possible?

The supplied report identifies 2028 as a potential production target, with Gigafactory Texas mentioned as the proposed manufacturing location. However, the timeline should not be considered guaranteed.

The Roadster has experienced repeated schedule changes since its original unveiling. Developing a high-performance electric supercar requires extensive validation of its battery system, powertrain, thermal management, suspension, brakes, and safety systems.

The proposed Thrust and Rocket configurations would introduce additional engineering challenges. High-pressure gas systems, specialized nozzles, and any airborne operation would require rigorous testing and appropriate safety controls.

For reservation holders, the key milestones to watch are official production specifications, confirmed pricing, manufacturing announcements, and credible delivery schedules.

H2: Final Thoughts: Can the Tesla Roadster Change the Supercar Market?

The next-generation Tesla Roadster represents an ambitious vision for electric performance. Its proposed three-version lineup spans a conventional high-performance electric supercar, a thruster-assisted concept, and an experimental track-only machine.

The Performance version focuses on speed, range, aerodynamics, and handling. The Thrust version introduces the possibility of compressed-gas acceleration assistance, while the Rocket version pushes the concept toward experimental propulsion and lift technology.

For now, the reported specifications, prices, and 2028 production target must be separated from confirmed Tesla announcements. The final vehicle could differ from the concepts described in current reports.

If Tesla delivers a production Roadster that approaches its most ambitious performance goals, it could become a significant milestone in electric supercar engineering. Until official details are released, however, the biggest question remains whether these extraordinary concepts can be translated into reliable, safe, and commercially available vehicles.

FAQs

1. What is the new Tesla Roadster?

The new Tesla Roadster is an upcoming electric supercar developed by Tesla. First unveiled as a prototype in 2017, it is expected to combine extreme acceleration, advanced aerodynamics, long driving range, and cutting-edge electric vehicle technology.

2. How many versions of the Tesla Roadster are described in the report?

The report describes three proposed versions: Roadster Performance, Roadster Thrust, and Roadster Rocket. Each focuses on a different level of performance, from conventional electric supercar capabilities to experimental thruster-assisted technology.

3. What is the expected 0–60 mph acceleration of the Tesla Roadster Performance?

The Roadster Performance is reported to target acceleration from 0 to 60 mph in under 1.6 seconds. This figure is an unconfirmed performance target and may change before production.

4. What is the expected top speed of the new Tesla Roadster?

The Performance version is reported to target a top speed exceeding 210 mph, while the proposed Rocket version is associated with a top speed above 230 mph. These figures have not been confirmed as final production specifications.

5. What is the Tesla Roadster Thrust version?

The Tesla Roadster Thrust is a proposed limited-edition variant that could combine electric motors with a cold-gas thruster system. The concept aims to provide additional acceleration using compressed gas released through directional nozzles.

6. How could the Tesla Roadster’s cold-gas thrusters work?

The proposed system would store gas under high pressure inside a carbon-fiber composite overwrapped pressure vessel (COPV). Releasing the gas through specialized nozzles could generate thrust, supplementing the vehicle’s electric-motor propulsion. The system’s production feasibility and specifications remain unconfirmed.

7. What is the expected acceleration of the Tesla Roadster Thrust?

According to the supplied report, the Thrust version could target a 0–60 mph time below 0.9 seconds. This is a reported claim rather than a verified production performance figure.

8. What makes the Tesla Roadster Rocket different from the other versions?

The proposed Roadster Rocket is described as a single-seat, track-only concept featuring ten thrusters. Its reported configuration includes rear thrusters for propulsion, downward-facing thrusters for lift, and side-mounted thrusters for directional control.

9. Could the Tesla Roadster Rocket actually fly?

The report describes a concept intended to generate lift using downward-facing thrusters. However, Tesla has not confirmed a production Roadster capable of flight. Any such system would require extensive testing to address stability, control, occupant protection, and operational safety.

10. What is the expected price of the Tesla Roadster Performance?

Unofficial estimates place the Roadster Performance between $250,000 and $350,000. Tesla has not confirmed this price range, and the final cost could differ depending on the production model and available features.

11. How much could the Tesla Roadster Thrust cost?

The proposed Roadster Thrust is estimated to cost between $350,000 and $500,000 or more. This estimate reflects its reported specialized propulsion technology, but no official retail price has been announced.

12. What is the estimated price of the Tesla Roadster Rocket?

The experimental Roadster Rocket is estimated to cost more than $1 million. This figure is speculative, and it remains unclear whether Tesla will offer such a configuration commercially.

13. What advanced technologies could the new Tesla Roadster feature?

The reported technologies include adaptive suspension, active aerodynamics, carbon-ceramic brakes, steer-by-wire controls, and advanced electric powertrains. Some versions are also described as incorporating pneumatic thrusters, although these features require official confirmation.

14. When is the new Tesla Roadster expected to enter production?

The supplied report identifies 2028 as a potential production target, with Gigafactory Texas mentioned as a possible manufacturing location. However, Tesla’s development schedule has changed several times, and a finalized production date should be confirmed through official announcements.

15. Will the new Tesla Roadster change the future of electric supercars?

The Tesla Roadster could influence the electric supercar market if it delivers its promised acceleration, performance, range, and innovative engineering. Its ultimate impact will depend on the final production specifications, price, reliability, safety, and availability. The proposed Thrust and Rocket versions remain particularly uncertain until Tesla provides further official details.