KOLAS
ISO 9001:2015
Overview
Scutum R is an advanced radiation shielding solution designed specifically to broaden the usability of commercial off-the-shelf (COTS) components in space missions. We provide in-depth analysis and predictive modeling of the harsh space environment—including radiation exposure, extreme temperatures, and structural shocks—tailored to the expected mission profile and lifetime of your satellite. Leveraging Space&Bean’s innovative shielding material technology, we design and manufacture custom radiation-shielded housings optimized for COTS components. This not only guarantees the reliable performance of your electronics in orbit but also offers a cost-effective pathway for building high-performance satellites.
Detail
Our core service, FRIDAY (FAST RADIATION IMPACT DETECTION AND YIELD), delivers comprehensive radiation impact assessment and advanced consulting for COTS component optimization, ensuring that even non-standard parts are fully qualified and ready for real-world space missions. Additionally, Space&Bean develops a range of satellite subsystems—including proprietary attitude determination and control systems (ADCS)—enabling us to provide integrated solutions to meet diverse mission requirements. With Scutum R, experience new standards in reliability, innovation, and cost competitiveness, and unlock the full potential of COTS components for your next space venture.
This is an interview video with Min KyungRyeung, CEO of Korea’s next-generation space startup, Space & Bean. In this video, he shares the company’s strategies for global expansion, their unique radiation protection solutions, and their experience collaborating internationally through programs like ASK, ESK, and NCS. Despite the challenges faced by early-stage startups, Space & Bean is striving to grow into a global manufacturing company through strong technology and talented people.
Space Radiation Environment Analysis
FRIDAY begins with a detailed analysis of the space radiation environment (image 01), mapping orbital radiation levels, dose rates, and electron distribution to identify potential threats to satellites.
Radiation Impact Assessment
FRIDAY assesses radiation impact through 3D modeling and simulations, analyzing penetration depths and shielding effectiveness to optimize protection for satellite components.
Material Testing and Shielding Design
The testing of shielding materials like tantalum and graphene, evaluating their resistance to radiation and designing effective shielding solutions for components.
Component-Level Verification
FRIDAY verifies the shielding at the component level, integrating protective housings into satellites and conducting single event effect (SEE) tests to ensure durability.
ESD Protection for Shielding
Protecting shielding materials (such as tantalum and polymer) from electrostatic discharge (ESD), ensuring long-term reliability in space conditions.
Internal Satellite Shielding
The internal shielding of satellites, optimizing the design to protect critical internal components from radiation exposure.
Comprehensive Impact Analysis
Conducts detailed radiation impact analysis, including dose, displacement, and ionization effects, to ensure comprehensive protection for all satellite systems.
Component and PCB Testing
The testing of components and PCBs in controlled environments, verifying shielding effectiveness and SEE resistance to guarantee mission success.
