DURANTE SPACE TECH SL
- Av de Amsterdam, 1 - Ed Valdes Center, Torre A,, 38640, Arona, Santa Cruz de Tenerife.
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Why Choose Us
At D4S, engineering is the convergence point of advanced technologies applied to space systems, energy platforms, and intelligent materials.
From orbital laser targeting to LCA-modelling, we prototype tomorrow’s tools today.
All core activities are supported by our internal AI platform, TESLA–FEYNMAN, which co-pilots R&D, simulation and digital twin orchestration across domains.
D4S – Durante Space Tech is an officially recognised Spanish innovative SME, founded by Dr. Eng. Sergio Durante.
With over 30 years of experience as background, D4S operates at the convergence of aerospace, mobility, and high-performance engineering, delivering frontier technology and real-world impact.
What we do?
We generate and transform knowledge into advanced components, intelligent systems, and AI-powered platforms across multiple sectors.
Our capabilities span:
• Design and integration of complex subsystems
• Development of advanced materials and lightweight architectures
• Simulation-based engineering (FEM/CAE, LCA/LCE, digital twin)
• Prototyping and testing for orbital, automotive, and hybrid platforms
R&D in Aerospace, Energy and Advanced Materials
- Advanced materials engineering (lightweight alloys, composites, coatings)
- Additive & subtractive process integration
- AI-assisted system design and simulation
- Energy harvesting and management for embedded systems
- Laser-based technologies for orbital and terrestrial use
- Embedded intelligence and real-time control logi
- Multiphysics and digital twin modelling (FEM, CAE, LCA/LCE)
- Systems pre-validation and prototype iteration
Automotive and Motorsport
Technologies developed in high-performance motorsport environments are transferred to mission-critical aerospace and energy applications.
This includes hybrid propulsion components, lubrication systems, and precision gearsets for extreme conditions.
- Advanced materials components
- Body components manufacturing
- CFRP powertrain parts
- Metal Matrix Composites
- Advanced Computer simulation
- Hybrid materials components
- Titanium and Super Alloys
- Advanced Virtual Reality
Extreme testing
Our internal facilities allow testing under vibration, thermal gradient, and vacuum.
Systems are validated for resilience, usability, and AI control feedback under simulated mission profiles — from desert to orbit.
- Tests in extreme conditions
- State of the art fully instrumented laboratory vehicles
