Ukraine Unveils Ambitious UASAT-NANO Program to Deploy 300 Satellites for Global Communications Sovereignty

Stetman CEO Dmytro Stetsenko details Ukraine’s plan for a 300-unit satellite fleet. The first UASAT-NANO launch is set for October 2026 on a SpaceX rocket.

By: AXL Media

Published: Mar 12, 2026, 5:49 AM EDT

Source: Information for this report was sourced from Militarnyi

A New Frontier for Ukrainian Strategic Communications

The UASAT LEO program represents a major leap in Ukraine’s pursuit of independent, high-speed communication infrastructure. According to Stetman CEO Dmytro Stetsenko, the completed constellation will require 300 individual satellites to ensure maximum global coverage and low-latency connectivity. This initiative is designed to provide the Ukrainian military and civilian sectors with a resilient communication backbone that is not reliant on third-party commercial providers. The program serves as a cornerstone of the nation’s post-war technological strategy, focusing on "group security" by potentially extending these inexpensive satellite technologies to European allies who seek to diversify their own communications networks.

The Multi Year Launch Schedule and SpaceX Partnership

The deployment of the UASAT-NANO fleet is slated to begin in October 2026, with the first unit scheduled for launch aboard a SpaceX vehicle. Following this initial proof of concept, the production and launch schedule will accelerate rapidly. According to Stetsenko, the program aims to have 120 satellites in orbit by the end of 2027. Following that initial surge, the company plans to launch between 100 and 105 units annually to build out the full constellation. This aggressive timeline underscores the high-priority nature of the project as Ukraine seeks to solidify its position as a regional aerospace and defense technology hub.

Sustaining the Orbital Infrastructure and Lifecycle Management

The technical reality of Low Earth Orbit operations necessitates a continuous cycle of replacement and replenishment. Each UASAT-NANO device has a projected service life of approximately five to seven years before atmospheric drag or hardware degradation renders it obsolete. According to the Stetman roadmap, additional launches will begin just three years into the program to replace aging units and integrate newer technology into the existing grid. This rolling maintenance cycle ensures that the constellation remains modern and capable of resisting emerging electronic warfare threats while maintaining the high data throughput required for modern battlefield management.