Tesla Unveils SpaceX-Powered Rocket Roadster with Sub-1-Second Acceleration and 2028 Production Target.

Tesla Unveils Rocket-Powered Next-Gen Roadster with Flying Capabilities and 2028 Production Timeline

Tesla has officially revealed the updated production prototype of its long-awaited next-generation Roadster, featuring experimental rocket-thruster propulsion systems developed in collaboration with SpaceX. Unveiled at a high-energy event, Tesla confirmed that official commercial production for the flagship electric supercar is now scheduled to begin in 2028 more than a decade after its initial baseline concept debut.

SpaceX Engineering Collaboration, Aerobatic Capabilities, and Performance Metrics

• Extreme Propulsion Engineering and Aerobatic Stunts:

  • SpaceX Thruster Integration: Co-developed alongside SpaceX, the white two-seater prototype incorporates cold-gas rocket thrusters and high-powered vacuum suction systems embedded within the chassis.

  • Live Stunt Demonstration: During the live reveal, the vehicle demonstrated extreme maneuvers, including inverted track driving via active suction downforce, mid-air spin stabilization, and thruster-assisted jumps over a lineup of parked trucks and support vehicles.

• Unprecedented Speed and Range Performance:

  • Sub-One-Second Acceleration: Lars Moravy, Tesla’s Vice President of Vehicle Engineering, stated that the Roadster can accelerate from 0 to 60 mph (0–97 km/h) in under 1 second, with a top speed exceeding 230 mph (370 km/h).

  • Supersonic Ambitions: Elon Musk added that final production metrics could push even further, expressing a target to approach half the speed of sound.

  • Real-World Range: Despite the extreme performance focus, the vehicle maintains a projected single-charge driving range of over 300 miles (480 km).

• Trim Lineup, Deposit Structure, and Strategic "Halo Car" Positioning:

  • Morningstar Analysis: Seth Goldstein, Senior Analyst at Morningstar, noted that while Tesla has prioritized high-volume EV fleets, the Roadster serves as a critical "Halo Car"—a flagship model built to showcase ultimate engineering capability and brand prestige.

  • Tiered Reservation Deposit Structure: While official total list prices were not fully disclosed, Tesla updated its online reservation portal with three distinct variant tiers:

    • Performance Trim: Requires a $50,000 reservation deposit.

    • Thrust Trim: Equipped with specialized acceleration thrusters, requiring a $250,000 reservation deposit.

    • Rocket Trim: An invite-only, single-seat variant featuring a integrated full flight system.

• Venue, Event Atmosphere, and Broader Corporate Pivot:

  • SpaceX McGregor Test Facility: The reveal took place at SpaceX’s rocket testing grounds in McGregor, Texas, featuring dramatic smoke displays, mechanical pneumatic soundscapes, and live countdowns.

  • Pivot Toward Autonomous AI and Robotics: The high-profile Roadster update comes as Tesla continues to shift its primary long-term enterprise focus toward artificial intelligence, Full Self-Driving (FSD) networks, and humanoid robotics (Optimus) alongside high-performance luxury vehicles.

 

Source: The Wall Street Journal 

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Tesla Unveils Rocket-Powered Next-Gen Roadster with Flying Capabilities and 2028 Production Timeline

Tesla has officially revealed the updated production prototype of its long-awaited next-generation Roadster, featuring experimental rocket-thruster propulsion systems developed in collaboration with SpaceX. Unveiled at a high-energy event, Tesla confirmed that official commercial production for the flagship electric supercar is now scheduled to begin in 2028 more than a decade after its initial baseline concept debut.

SpaceX Engineering Collaboration, Aerobatic Capabilities, and Performance Metrics

• Extreme Propulsion Engineering and Aerobatic Stunts:

  • SpaceX Thruster Integration: Co-developed alongside SpaceX, the white two-seater prototype incorporates cold-gas rocket thrusters and high-powered vacuum suction systems embedded within the chassis.

  • Live Stunt Demonstration: During the live reveal, the vehicle demonstrated extreme maneuvers, including inverted track driving via active suction downforce, mid-air spin stabilization, and thruster-assisted jumps over a lineup of parked trucks and support vehicles.

• Unprecedented Speed and Range Performance:

  • Sub-One-Second Acceleration: Lars Moravy, Tesla’s Vice President of Vehicle Engineering, stated that the Roadster can accelerate from 0 to 60 mph (0–97 km/h) in under 1 second, with a top speed exceeding 230 mph (370 km/h).

  • Supersonic Ambitions: Elon Musk added that final production metrics could push even further, expressing a target to approach half the speed of sound.

  • Real-World Range: Despite the extreme performance focus, the vehicle maintains a projected single-charge driving range of over 300 miles (480 km).

• Trim Lineup, Deposit Structure, and Strategic "Halo Car" Positioning:

  • Morningstar Analysis: Seth Goldstein, Senior Analyst at Morningstar, noted that while Tesla has prioritized high-volume EV fleets, the Roadster serves as a critical "Halo Car"—a flagship model built to showcase ultimate engineering capability and brand prestige.

  • Tiered Reservation Deposit Structure: While official total list prices were not fully disclosed, Tesla updated its online reservation portal with three distinct variant tiers:

    • Performance Trim: Requires a $50,000 reservation deposit.

    • Thrust Trim: Equipped with specialized acceleration thrusters, requiring a $250,000 reservation deposit.

    • Rocket Trim: An invite-only, single-seat variant featuring a integrated full flight system.

• Venue, Event Atmosphere, and Broader Corporate Pivot:

  • SpaceX McGregor Test Facility: The reveal took place at SpaceX’s rocket testing grounds in McGregor, Texas, featuring dramatic smoke displays, mechanical pneumatic soundscapes, and live countdowns.

  • Pivot Toward Autonomous AI and Robotics: The high-profile Roadster update comes as Tesla continues to shift its primary long-term enterprise focus toward artificial intelligence, Full Self-Driving (FSD) networks, and humanoid robotics (Optimus) alongside high-performance luxury vehicles.

 

Source: The Wall Street Journal