Outrigo at TechCrunch San Francisco.

Outrigo at TechCrunch San Francisco.

A deep dive into Aerospace, Robotics and Autonomous Mobility.

A deep dive into Aerospace, Robotics and Autonomous Mobility.

CATEGORY:

News

DATE:

September 11, 2025

two electronic devices sitting next to each other

Outrigo at TechCrunch San Francisco. A deep dive into Aerospace, Robotics and Autonomous Mobility.


A New Horizon for Outrigo.

Last week, Outrigo took part in TechCrunch Disrupt 2025 in San Francisco, one of the world’s leading events for technology and innovation.

The spotlight was clear > Aerospace, robotics, autonomous vehicles and AI are converging faster than ever to redefine how we design, move and manufacture.

Throughout the event, conversations centered on how advanced manufacturing and intelligent systems are enabling a new generation of products: from autonomous spacecraft and smart vehicles to robotic manufacturing ecosystems.




Outrigo was there to show how our integrated capabilities, from design and simulation to advanced manufacturing and validation, are directly pushing this transformation.


AI is accelerating engineering cycles and decision-making across aerospace and mobility.

Advanced simulation, generative design, and predictive analytics are enabling faster development cycles, higher precision, and more efficient use of materials and resources.



Robotics and autonomy are becoming core pillars in manufacturing and product operation.

Automated production systems are improving consistency, reducing downtime and lowering costs while autonomous vehicle and flight systems expand operational capabilities and safety.



Space and advanced flight programs are driving demand for lightweight, precision-Engineered components. The kind we’re already delivering at Outrigo.

As next-generation aerospace platforms mature, from reusable launch vehicles to high-efficiency advanced aircraft, the expectations around performance, durability and weight reduction are becoming increasingly stringent.

These programs require components that can withstand extreme environments, deliver consistent reliability and integrate seamlessly into highly optimized system architectures.



We are committed to providing ongoing insights, updates, and resources that support informed decision-making in our industry.