Underwater exploration robot design services

Meta Decod Underwater Robotics Control Suite

Engineering Software; Industrial Automation; Marine Robotics

Linux (Real-Time Ubuntu/ROS 2); QNX; Custom Embedded RTOS

The engineering expertise behind your custom robot

Ethan

Subsea Mechatronics Engineer

Core Technology: Robotics hardware design for the design and construction of an underwater robot.

Felix

Underwater SLAM Engineer

Core Technology: Robotic 3D mapping design for coral reef robot design.

Arthur

Soft Robotics Engineer

Core Technology: Designing robot grippers for coral reef robot design.

Liam

Inertial Navigation Systems (INS) Engineer

Core Technology: Robotic motion sensing design for robotic underwater exploration design.

Owen

Underwater Acoustic Communications Engineer

Core Technology: Robotic information transfer design for underwater robot construction and operation.

Theodore

ROV/AUV Flight Control Engineer

Core Technology: Robotic feedback system design for robotic underwater exploration design.

We engineer mission-critical underwater robotic systems for clients in offshore energy, marine science, defense, and aquaculture. Our approach blends advanced robotics engineering design with real-world operational constraints-delivering solutions that perform reliably at depths beyond 3,000 meters.

Applications that demand precision

From pipeline integrity surveys in the Gulf of Mexico to deep-sea specimen collection for EU marine institutes, our robotic underwater exploration design adapts to your environment-not the other way around.

• Offshore Energy: Reduce inspection downtime with corrosion-resistant, high-mobility platforms
• Marine Research: Non-invasive sampling with force-sensitive manipulators
• Defense & Security: Covert harbor monitoring with low-acoustic signature systems
• Aquaculture: Automated net inspection using modular sensor arrays

Our engineering approach

Every project follows a transparent, phase-gated workflow:

1. Requirements & Risk assessment - including regulatory alignment (CE, FCC, JIS)
2. Concept & Simulation - using validated robot design calculations for hydrodynamics and structural loads
3. Prototype Validation - pressure, thruster, and manipulation testing in controlled environments
4. Certification & Delivery - full documentation, training, and warranty support

Core technical capabilities

We specialize in integrated subsystems that work as one cohesive platform:

• Robotic arm control design for robotic underwater exploration design - enabling precise object manipulation even in strong currents
• Robotic arm calculation for robotic underwater exploration design - torque, reach, and fatigue modeling for 10,000+ duty cycles
• Robotic industrial arm design for robotic underwater exploration design - ruggedized for heavy payloads and saltwater exposure
• Mobile robot platform design for robotic underwater exploration design - omnidirectional thrusters with AI-assisted navigation
• Chassis design for robotics in robotic underwater exploration design - optimized for buoyancy, modularity, and minimal drag
• Robotic vehicles design for robotic underwater exploration design - from ROVs to hybrid AUV-ROV systems

Global compliance & Trust

We design to international standards:

• EU: CE marking under Machinery Directive 2006/42/EC, RoHS/REACH compliance, repairable-by-design principles
• USA: ITAR/EAR-aware development, FCC Part 15, ASME PVHO-1 for pressure vessels
• Asia: Compatibility with JIS B 8421 (Japan), KC certification (Korea), and seamless integration with regional marine sensor ecosystems

All intellectual property is assigned to you upon project completion. We operate under mutual NDAs and provide a 12-month warranty on mechanical and electrical subsystems.

Flexible delivery models

Choose what fits your team and budget:

• Design-only: Full robot cad design packages (SolidWorks, Fusion 360, CATIA V5) with simulation reports
• Prototype: 3D-printed or CNC-machined proof-of-concept with functional testing
• Turnkey system: Fully assembled, calibrated, and certified robot ready for deployment
• Licensing: For OEMs integrating our robotic joint design or control algorithms

Why global teams partner with us

Unlike generalist firms, we focus exclusively on mechanical robotics design for extreme aquatic environments. Our robotic load-bearing design and robotic compliance mechanism design have been validated in real-world deployments-from Norwegian fjords to Singaporean ports.

We provide full technical documentation in English, Japanese, or Korean, including FMEA, material certifications, and integration protocols-ensuring smooth adoption by your engineering team.