HORUSTM

HORUSTM semi-submersible, mono-hull observation platform

A Vehicle Designed for Large-scale Uncrewed Work

capable, proven, and trusted for advanced missions
HorusTM offers a disruptively affordable, flexible, and efficient design ideal for your ocean exploration missions. See what makes our technology different below.
1
Masthead Payload Area

Cameras, antennas, lights, etc

2
Wingsail

Transparent, hollow, and lightweight. Floodable. Rotates around a fixed mast.

3
Wingsail Control Mechanism

Patented all-mechanical module. Single point control — no lines, pulleys, or electronics.

4
Float Module

Buoyancy section. The upper region houses the craft computer box and other electronics. The vehicle buoyancy engine will be located here.

5
Rudder

Rotates around fixed carbon fiber shaft. Contains interconnect between the lower tube, floats, and wingsail.

7
Thruster

Provides auxiliary power for maintaining position in pre-determined areas and near-shore navigation, etc.

8
Stabilizer

Minimize pitch of platform in sea states.

9
Lower Tube/Main Payload

Contains ballast, NiMH batteries, and PAMELATM (sensor hub). Can be modified and adapted to mission systems & requirements. Payload areas in the cone and above/below the lower tube.

10
Solar Power Generation

Wingsail and "deck" options available based on power vs. stealth requirements.

2
Wingsail

Transparent, hollow, and lightweight. Floodable. Rotates around a fixed mast.

3
Wingsail Control Mechanism

Patented all-mechanical module. Single point control — no lines, pulleys, or electronics.

9
Lower Tube/Main Payload

Contains ballast, NiMH batteries, and PAMELATM (sensor hub). Can be modified and adapted to mission systems & requirements. Payload areas in the cone and above/below the lower tube.

10
Solar Power Generation

Wingsail and "deck" options available based on power vs. stealth requirements.

Updated HORUSTM
Q3 2023

With the incorporation of our cutting-edge HorusTM technology updates, our vessel is now capable of traversing longer distances while also featuring state-of-the-art payloads such as advanced modal communications for high-speed, real-time data transfer in remote regions and obstacle avoidance software and hardware to guarantee autonomous responses to unforeseen mission complications.