SynLayer Innovation
The Future of Spacecraft Surfaces
Inside SynLayer’s
Five-Layer System
SynLayer is a lightweight, adaptive spacecraft skin that combines dust resistance, self-repair, sensing, and energy support into one multifunctional surface. Rather than depending on separate systems, SynLayer brings these technologies together in a single, interconnected material stack that works as one coordinated system.
01
Dust-Repellent Lotus-Effect
Nano-Coating Layer
The spacecraft’s outer surface uses a special design inspired by lotus leaves to keep dust from sticking. Tiny surface textures make dust slide off naturally, and small vibrations remove the rest. This prevents electric buildup, keeps sunlight from being blocked, and helps the spacecraft work better—all without using any power.
02
Self-Healing Polymer
Structural Layer
This layer protects the spacecraft from small impacts and dust that could create hidden cracks beneath the surface. Made from a strong, flexible material, it can repair itself: when cracks form, tiny capsules release a healing substance that seals the damage, helping the spacecraft stay safe and strong over time.
03
Adaptive Smart
Control Layer
Layer 3 acts like the spacecraft’s nervous system, this layer detects impacts, heat, radiation, or electric charge buildup. Sensors pinpoint exactly where the problem is, and tiny shape-memory wires adjust the surface to prevent damage from spreading.
04
Electrodynamic
Dust-Repulsion Layer
Layer 4 removes dust that the dust-repellent coating could not stop. This layer creates a electric field that pushes particles off the surface. It only activates when needed, using very little power, keeping the spacecraft clean and fully operational without wasting energy.
05
CIGS Thin-Film Solar Energy Layer
This layer captures sunlight and converts it into electricity to power the sensors and dust-removal system. The energy is stored in ultra-thin batteries, keeping the system running autonomously.
Designed for Every Mission
SynLayer is currently built for satellites, with future applications extending to space stations, lunar systems, and deep-space missions.
Its adaptable, scalable design enables it to evolve with future vehicles and mission demands—positioning it as a versatile platform for next-generation space exploration.
Explore SynLayer in more depth
3D ANIMATION
Experts In The Field Say
"I love how your system solves so many problems with a single satellite solution—it has incredible potential in the space industry.''
Miguel Pereira(Chief Technology Officer, Argotec)