Evolunar:
Resilient Navigation Beyond GNSS

Learn more

POLARIS — resilient navigation for GNSS-denied operations

For Earth

POLARIS

LuNaDrone — autonomous mobility for lunar surface exploration

For Moon

LuNaDrone

Evolunar develops resilient navigation technologies for UAVs and robotic platforms operating where satellite navigation cannot be relied upon. Designed for GNSS-denied, degraded, spoofed, and contested environments, our systems enable reliable positioning and navigation without requiring maps, external infrastructure, or prior knowledge of the operational area.

OUR
PRODUCTS

Market

Solution

Abstract

Earth market illustration

Polaris

EARTH MARKET

Enable resilient autonomy with POLARIS, a self-contained navigation system for UAVs and robotic platforms operating in GNSS-denied and contested environments. Designed for low-SWaP-C integration, it enables reliable navigation without preloaded maps, ground infrastructure, or prior knowledge of the operational area. POLARIS can be deployed as a plug-and-play module on existing platforms or embedded into new OEM designs.

EXPLORE
Moon market illustration

LuNaDrone

MOON MARKET

LuNaDrone, a small spacecraft capable of flying autonomously over the lunar surface. The extreme mobility capabilities of this vehicle enable a wide range of post-landing services, from exploring sites of interest and collecting local data to reaching otherwise inaccessible areas and supporting last-mile delivery of customer payloads across the lunar surface.

EXPLORE

MEET
THE FOUNDERS

Stefano Pescaglia of Evolunar

Stefano Pescaglia
Founder, President

PhD in Aerospace Engineering
EMBA in Business Innovation

Giuseppe Bortolato of Evolunar

Giuseppe Bortolato
Founder, CEO
M.Sc. Aerospace Engineering
Former research fellow

Paolo Maggiore of Evolunar

Paolo Maggiore
Founder, Advisor
Full Professor of Aerospace System (Politecnico di Torino)

Roberto Vittori of Evolunar

Roberto Vittori
Founder, Advisor
ESA Astronaut
ITAF General

EVOLUNAR
COMMITMENT

Evolunar was founded to solve complex navigation challenges for autonomous systems operating beyond conventional positioning infrastructure. Today, we develop resilient navigation technologies that help unlock autonomy where GNSS cannot be trusted. From UAVs and robotic platforms on Earth to future lunar mobility systems, our work enables autonomous systems to navigate reliably and independently, even when satellite signals are unavailable, degraded, or denied.

Our network

Evolunar team with LuNaDrone model