SPARROW | Rhea Space Activity

AUTONOMOUS NAVIGATION FOR

AIR, LAND, AND SEA VEHICLES

SPARROW provides navigation independent from GPS and the Global Navigation Satellite System (GNSS) for vehicles in air, land, and sea domains. Comprised of a digital processing unit and camera, Sparrow combines computational algorithms with state-of-the-art optics to enable mission-critical position, navigation, and timing in GPS-denied environments.

Rendering of the SPARROW module.

Module Specifications

Digital Processing Unit
Mass: 180 g
Power: 35 W (Camera and Processing Unit Combined)

Camera
Mass: 208 g
Power: 35 W (Camera and Processing Unit Combined)

Rendering of SPARROW on a Humvee.

A side-view rendering of the SPARROW module.

Rendering of SPARROW on a Humvee.

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Engineering Support Kit includes:

Camera and optical design
Vibration and mechanical control
Custom mechanical integration to your platform

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Autonomous

Sparrow enables any vehicle to autonomously traverse a given domain using augmented celestial navigation.

Accurate

Sparrow enables any vehicle to accurately reach a target area of less than 1km by 1km.

Undeniable

Sparrow’s passive optical system guarantees navigation immune to denial, jamming, and spoofing by outside actors.

Integrated

A bolt-on hardware solution, Sparrow adds autonomous navigation, positioning, and timing to existing vehicle systems.

Key Features

Module Specifications​​​

Digital Processing Unit Mass: 180 g Power: 35 W (Camera and Processing Unit Combined) Camera Mass: 208 g Power: 35 W (Camera and Processing Unit Combined)

Engineering Support Kit includes:

Key Features

Module Specifications

Digital Processing Unit
Mass: 180 g
Power: 35 W (Camera and Processing Unit Combined)

Camera
Mass: 208 g
Power: 35 W (Camera and Processing Unit Combined)