Los Angeles Startup Inversion Aims to Revolutionize Cargo Delivery

A small aerospace startup based in Los Angeles, known as Inversion, is making headlines with its ambitious project to create an orbital transport network. The company is developing a spacecraft named Arc, designed to transport cargo anywhere on Earth in approximately one hour. This innovative approach merges rapid space development with advancements in robotics and artificial intelligence, aiming to address urgent logistical needs in a world challenged by conflict and humanitarian crises.

Arc is envisioned as a compact spacecraft, measuring around 8 feet tall and 4 feet wide. Unlike traditional aircraft or rockets that require extensive launch and landing procedures, Arc will operate as a delivery capsule, remaining in Earth’s orbit until activated. When needed, it will descend through the atmosphere and land using a parachute on various surfaces, including soil, water, or snow. The design emphasizes speed, particularly for time-sensitive deliveries that cannot afford the delays associated with conventional transportation methods.

The concept stems from the increasing demand for rapid logistics solutions. In a global landscape marked by urgent supply needs, Arc aims to reach nearly any location on Earth in less than an hour. According to Inversion, this spacecraft represents a significant shift towards a new logistics model focused on orbital infrastructure rather than merely serving as a faster delivery option. The goal is to establish a worldwide network of small spacecraft capable of efficiently transporting goods when traditional systems falter.

Progress and Prototypes in Development

Inversion, which officially launched in October 2025, comprises a team of just 25 employees, all with extensive backgrounds in space engineering. The startup began working on the Arc concept in the early 2020s, initially constructing a prototype named Ray. The development of Ray, which cost approximately $1 million, served as a proof of concept for Inversion, indicating that an advanced orbital transport system can be developed at a fraction of the cost typical for aerospace programs.

Inversion is preparing to conduct tests for Arc in 2026, which will be crucial in assessing the spacecraft’s ability to handle the entire mission profile—launch, orbit, reentry, and precise landing while carrying cargo. Demonstrating the reliability and effectiveness of Arc will be essential for attracting potential clients.

Challenges Ahead and Future Outlook

Despite the excitement surrounding Inversion’s innovative approach, several challenges remain. The company must navigate flight tests, regulatory approvals, and rigorous safety inspections. Potential clients will be evaluating criteria such as pricing, reliability, and safety to determine whether to adopt Arc or continue relying on traditional transportation options.

As the trials progress, there is a palpable sense of anticipation about the potential for a new orbital transport solution to emerge in the cargo industry. If successful, Inversion’s Arc could redefine logistics, providing a vital service in circumstances where conventional shipping methods are inadequate.

The upcoming year could mark a pivotal moment in aerospace logistics, with Inversion at the forefront of this transformative initiative.