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Problem We Address
In microgravity and low-gravity environments, astronauts lack a versatile, reliable, and surface-agnostic anchoring method. Existing solutions—magnets, tethers, and suction—are limited by surface material, mobility constraints, or vacuum conditions, increasing risk and reducing efficiency.
Technical Advantages
Universal Adhesion
Works on metals, composites, plastics, and slightly rough surfaces
Directional Van der Waals Adhesion
Strong shear force, easy vertical release
Residue-Free & Reversible
No contamination or surface damage
Low-Power Feedback System
Thin-film pressure sensors + LED ring
Modular Design
Replaceable adhesive pads and detachable mounting frame
Sustainability & Safety Design
- No mechanical penetration or surface modification
- Minimal power consumption (Arduino-based system)
- Visual adhesion confirmation eliminates user uncertainty
- Durable pads retain ~80–90% adhesion after extended use
Pricing & Sales Model
Revenue Model:
Licensing + replacement pads (“razor-and-blade” model)
Space-Grade Version:
$ 5-10k
/ pair
EVA certified systems
What’s Included?
- Space-qualified nano van-der-Waals adhesive pads
- Real-time pressure monitoring & LED safety feedback
- Universal surface compatibility (metals, composites, plastics)
- Modular EVA-compatible shoe-mount structure
- Vacuum & thermal-resilient, low-power embedded system
Replacement pads
$1000
/ pair
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What's Included?
- Replaceable biomimetic adhesive pad pair
- Residue-free, reversible directional adhesion
- Proprietary nanostructure fabrication
- High durability with >80% adhesion retention
- Tool-free modular replacement
Industrial / Robotics Version
$80
/ pair
high-volume deployment
What's Included?
- Gecko-inspired universal adhesive pads
- Non-magnetic, non-suction surface attachment
- High shear strength on smooth & semi-rough surfaces
- Low-cost, scalable polymer manufacturing
- OEM-ready modular integration