---
title: "X-rays in Zero Gravity: How SpaceX and Scientists Achieved a Breakthrough in Space Medicine"
description: "Scientists have successfully taken X-ray images in zero gravity for the first time! 🚀 An experiment on a SpaceX spacecraft proved that portable devices can save astronauts' lives and check the integrity of the ship. 🩻🛰️"
date: 2026-07-15T14:38:00.000Z
lang: en
url: https://xab.info/en/posts/x-rays-in-zero-gravity-how-spacex-and-scientists-achieved-a-breakthrough-in-space-medicine
tags: [spacex, radiology, space-medicine, framed-mission, x-ray]
publisher: "XAB.info"
---

# X-rays in Zero Gravity: How SpaceX and Scientists Achieved a Breakthrough in Space Medicine

![International Space Station against a starry sky, where experiments on X-ray research in zero gravity are being conducted](https://xab.info/media/2026/07/15/rentgen-v-nevesomosti-sputnik-spacex-i-uchenyie-sovershili-proryv-v-kosmicheskoy-meditsine/rentgen-v-nevesomosti-sputnik-spacex-i-uchenyie-sovershili-proryv-v-kosmicheskoy-meditsine-1.webp)

The history of medical diagnostics in space has entered a new era. For the first time in history, scientists and astronauts have successfully conducted X-ray examinations under microgravity conditions. This breakthrough, described in the journal Radiology, opens new horizons for ensuring crew safety during long-term interplanetary missions.

### The End of the Ultrasound Monopoly

For the past 40 years, ultrasound (US) remained the only practical diagnostic method in orbit. The compactness of the device and the ability to press the sensor directly against the body made it ideal for weightlessness. However, radiography, which became the standard on Earth, was considered an impossible task in space.

The main obstacle was the physics of the process: any movement of the patient or equipment led to fatal blurring of the image. In conditions where it is impossible to reliably fix either a person or a device, obtaining a clear image seemed impossible.

### Technological Solution to the Problem

The situation changed thanks to the appearance of ultra-compact wireless digital X-ray machines powered by batteries. To overcome the blurring problem, researchers found an elegant solution — taking pictures as quickly as possible, excluding the influence of chaotic movements.

The first tests of the technology took place back in 2022 during parabolic flights simulating weightlessness for a few seconds. But the real breakthrough occurred during the SpaceX civilian mission named Fram2 on the Resilience spacecraft.

### Experiment Results in Orbit

The crew underwent special four-hour training on Earth. While in polar orbit, the astronauts took a series of images that were transmitted to Earth for analysis. Independent radiologists confirmed that the quality of the obtained frames fully meets medical standards.

- **Hands:** Turned out to be the simplest objects for shooting, as they are the easiest to hold still.

- **Torso and pelvis:** The shots were more difficult due to breathing and body movements, but still allowed for an accurate diagnosis.

### Beyond Medicine

The potential of portable X-rays in space is significantly broader than just treating fractures. The experiment showed that the device can be effectively used for non-destructive testing of the spacecraft itself. Astronauts can scan cables, instruments, and hull elements to detect hidden micro-cracks or internal damage without the need to dismantle equipment.

### The Future: Artificial Intelligence

Despite the success, the technology requires further improvement. For future flights to the Moon or Mars, where communication with Earth will occur with a significant delay, the system is planned to be equipped with artificial intelligence. Neural networks will help astronauts directly in flight to assess image quality and independently detect injuries, making space medicine completely autonomous.