Rocket One

Semi-Autonomous & Modular ROV Platform

Robust, high-performance design

Built around a monocoque aerospace-grade aluminum hull, fully CNC-machined and welded, ROCKET ONE delivers an exceptional balance between structural robustness, reduced weight, and optimized hydrodynamic performance. This architecture ensures durability in harsh underwater conditions while maintaining precise maneuverability.

Power & maneuverability

Designed as a scalable technical platform, ROCKET ONE can be equipped with up to 12 high-efficiency brushless thrusters, providing a total thrust exceeding 250 kgf:

  • 8 horizontal thrusters dedicated to propulsion and lateral movements,
  • 4 vertical thrusters for depth control, stabilization, and attitude management.

This configuration offers outstanding agility and station-keeping capabilities, even in strong currents or confined environments.

Intelligent buoyancy control

ROCKET ONE integrates an internal ballast system composed of two 34.7-liter tanks, each managed by independent pumps. This system enables fine and dynamic adjustment of buoyancy and trim.

ROCKET ONE, robot sous-marin téléopéré de Sfynx Industry, vu en perspective avec propulseurs latéraux et projecteurs frontaux.
100 m
Permissible depth
5 knots
Speed

Technical specifications

Dimensions : L x l x H

2485 x 1461 x 332 mm

Weight

395 kg

Maximum Payload

100 Kg

Variable speed

from 0 to 5 Knots

Propulsion

12 thrusters of 1500 W

ROCKET ONE, robot sous-marin téléopéré de Sfynx Industry, châssis ouvert avec structure porteuse et propulseurs périphériques.

Technical specifications

ROCKET ONE, robot sous-marin téléopéré de Sfynx Industry, châssis ouvert avec structure porteuse et propulseurs périphériques.

Dimensions : L x l x H

2485 x 1461 x 332 mm

Weight

395 kg

Maximum Payload

100 Kg

Variable speed

from 0 to 5 Knots

Propulsion

12 thrusters of 1500 W

" Underwater Vision System

ROCKET ONE is equipped with two Full HD 1080p underwater cameras housed in 316L stainless steel, providing a dual-vision configuration optimized for precision operations :

  • Forward-facing camera, integrated into the front of the frame, dedicated to navigation and directional inspection,
  • Downward-facing camera, oriented toward the seabed, enablingtrajectory monitoring, altitude control above the bottom, and direct observation of underwater operations.

This dual-camera architecture delivers enhanced situational awareness, allowing operators to maintain full control of both navigation and mission execution, even in low-visibility underwater environments.

" Technical Enclosure & Mission Payload

ROCKET ONE features a dedicated structural frame designed to integrate a mission enclosure / payload module with a maximum capacity of up to 100 kg.

The active internal ballast system dynamically compensates for payload-induced mass variations, ensuring consistent operational performance regardless of mission configuration.

This regulation maintains neutral buoyancy and optimal hydrostatic stability, allowing ROCKET ONE to preserve precise maneuverability and controlled behavior throughout demanding underwater operations.

" Primary Missions

ROCKET ONE is engineered to perform a wide range of underwater missions, including :

  • Inspection of submerged structures and infrastructure

  • Intervention operations requiring precision, stability, and controlled maneuvering

  • Underwater logistics, including transport, positioning, and support of equipment in aquatic environments.

Its modular architecture and high-power propulsion make ROCKET ONE a versatile and reliable solution for complex underwater operations.

Available Options