Tech • AI • Robotics • Game
Elon Musk Reveals New Starbase Louisiana Construction Has Begun!
9.3/10TL;DR
SpaceX has begun early site work for Starbase Louisiana, while Tesla has launched the Cybercab, prompted a federal safety audit, and expanded Full Self-Driving into an emergency collision-avoidance system.
KEY POINTS
Starbase Louisiana moves into ground investigation
SpaceX has filed three permits in Vermilion Parish to begin site investigation at Starbase Louisiana, less than two weeks after confirming the project. Two permits authorize soil sampling at 20 locations with drilling as deep as 230 feet, while a third covers 19 shallow test pits. The work is a precursor to major foundation and infrastructure design rather than launch-pad construction itself.
Canal activity supports future logistics
Nearby activity in the Freshwater Bayou Canal has included barges, excavators and support boats carrying out dredging to maintain channel depth. The work is described as routine, but the canal is expected to be central to moving Starship hardware from Texas by barge. That makes even maintenance operations strategically important for the site’s future buildout.
A $100 billion launch complex on 125,000 acres
The planned complex covers 125,000 acres near Pecan Island on the Louisiana Gulf Coast, or about 195 square miles. SpaceX President Gwynne Shotwell announced the project alongside Governor Jeff Landry with a total investment of $100 billion. Plans call for five launch complexes with two Starship towers each, creating 10 launch pads in what could become the company’s highest-use launch site.
Designed as a self-sustaining rocket city
The Louisiana site is planned as a largely self-contained industrial base. SpaceX intends to make its own rocket fuel on site using Louisiana natural gas, generate electricity locally, operate a deep-water shipping port and potentially build an airport. Residential areas are also planned for workers and families supporting construction and operations.
Fuel production is essential for high launch cadence
A fully stacked Starship currently requires up to 250 tanker trucks of propellant at Starbase Texas. That may be manageable for occasional launches, but the Louisiana facility is being designed for more than 30 Starship flights per day. At that scale, on-site fuel production is not an efficiency upgrade but an operational necessity.
Louisiana offers broader orbital access
Geography is one of the site’s biggest advantages. From Louisiana, rockets can launch east through the gap between Florida and Cuba, but also south between Mexico and Cuba. That gives access to both equatorial and polar orbits from one location, a major benefit for missions such as Starlink, which requires satellites across multiple orbital inclinations.
Tesla launches the Cybercab and draws federal scrutiny
Tesla launched its fully autonomous Cybercab in Austin on September 3, with public rides beginning the next day in the company’s robotaxi geofence. The two-seat vehicle has butterfly doors and omits a steering wheel, pedals and side mirrors entirely. NHTSA quickly opened an audit into Tesla’s self-certification, focusing on how a driverless vehicle complies with standards originally written for human-operated cars.
The federal review follows an established path
In the United States, manufacturers self-certify compliance with federal motor vehicle safety standards and regulators can later audit that certification. A similar process occurred with Zoox in 2022 for a vehicle without steering wheel or pedals, ending in a temporary exemption in July 2026 and commercial service in Las Vegas. NHTSA has also said it is updating eight safety standards, including rules covering pedals, mirrors and lighting, to better accommodate autonomous vehicles.
Cybercab engineering targets cost, efficiency and supply security
The Cybercab uses an electric motor with zero rare earth metals, a first for Tesla. Analysts believe it relies on ferrite magnets arranged in a Halbach array, allowing the drive unit to be 18% smaller and 25% lighter without sacrificing range. The vehicle also uses full brake-by-wire, steer-by-wire, a 48-volt architecture, injection-molded body panels and a drag coefficient below 0.2 Cd, making it one of the most aerodynamic production vehicles yet built.
FSD adds automatic collision evasion
Tesla has also expanded Full Self-Driving with Automatic Collision Evasion in FSD Supervised 14.3.9. Unlike conventional Automatic Emergency Braking, which can only brake in a straight line, the new system can activate during manual driving, steer around an obstacle and continue driving if braking alone will not prevent a crash. It currently operates on highways under 85 mph in dry conditions and can also intervene if the driver is heavily distracted or if supervised FSD is turned off unintentionally.
CONCLUSION
The developments point to two parallel shifts in transportation: SpaceX is building the infrastructure for industrial-scale orbital operations, and Tesla is pushing autonomous vehicles from pilot technology toward mainstream deployment and active safety intervention. Both efforts now hinge on whether engineering execution can keep pace with regulatory and operational complexity.
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