ThinkPlatform: Modular In-Space Construction Powered by ThinkToolkit

ThinkOrbital’s ThinkPlatform is a modular, self-assembling orbital infrastructure powered by ThinkToolkit, a suite of robotic assembly and outfitting technologies designed for large-scale autonomous space construction. This innovation enables the assembly of persistent space stations, fuel depots, large observatories, and multi-mission assets in Low Earth Orbit (LEO) and cislunar space. Current orbital infrastructure is highly customized, constrained by launch vehicle size, and requires extensive pre-assembly on Earth. ThinkPlatform eliminates these limitations by providing a scalable, robotic-assembled framework that can be expanded and reconfigured in orbit, reducing reliance on bespoke, single-use space missions. ThinkToolkit integrates robotic actuators for manipulation, welding, alignment, and latching mechanisms, autonomous inspection tools, and standardized interfaces for power, mechanical mounting, data, and fluid routing. Phase I will establish feasibility through structural framework definition, robotic actuation testing, and core outfitting system development. ThinkOrbital will evaluate key joining methods, interface standardization, and assembly workflows, ensuring that ThinkPlatform can support long-duration, multi-mission infrastructure in space. The effort will conclude with a validated system design, risk assessment, and Phase II implementation roadmap, positioning ThinkPlatform as a cornerstone technology for sustainable, autonomous space construction.

ThinkPlatform and ThinkToolkit directly address NASA’s strategic goals for robotic assembly, scalable infrastructure, and autonomous servicing. The system supports NASA’s Artemis, Moon to Mars (M2M), and Commercial LEO Destinations (CLD) programs by providing a reconfigurable, long-duration orbital construction framework. NASA applications include: Persistent Orbital Habitats: Robotic-assembled modular stations for long-duration astronaut missions. Large-Scale Observatories & Science Platforms: Autonomous in-space construction of adaptive optical systems and high-precision scientific instruments. Fuel Depots & Logistics Hubs: Scalable orbital depots for fuel storage, satellite servicing, and cargo staging. Lunar & Martian Infrastructure Staging: Assembling pre-integrated structures in orbit for planetary surface deployment. NASA has identified in-space assembly and servicing as a critical capability shortfall for future missions. ThinkPlatform mitigates this gap by enabling fully autonomous, robotic-based assembly that minimizes astronaut workload, reduces reliance on Earth-based pre-assembly, and extends the operational lifespan of orbital assets. Phase I will establish the technical feasibility of ThinkPlatform, while Phase II will develop and validate a hardware prototype, ensuring alignment with NASA’s long-term space infrastructure development goals. ThinkPlatform has strong commercialization potential across multiple space industry sectors, particularly in commercial space stations, satellite servicing, and in-space manufacturing (ISAM). By offering an autonomous orbital construction framework, ThinkPlatform enables private space companies to develop scalable habitats, servicing hubs, and research platforms with reduced launch costs and increased mission flexibility. Potential commercial applications include: Commercial Space Stations (Axiom, Blue Origin, Sierra Space) – Robotic-assembled habitats and infrastructure expansion. Satellite Servicing & In-Space Manufacturing (ISAM) Providers (Astroscale, Orbit Fab, Kall Morris) – Robotic-assisted repair, refueling, and in-orbit fabrication. Lunar & Martian Infrastructure Developers – Autonomous orbital assembly of surface-bound structures for planetary bases. With the global space infrastructure market growing, ThinkPlatform’s modular, reusable architecture offers cost-effective, scalable solutions for building and maintaining orbital assets. ThinkOrbital is actively engaging in pre-sales discussions and partnership opportunities, positioning ThinkPlatform as a pivotal technology for the future of autonomous space construction. Phase II will refine system integration, scalability, and operational workflows, accelerating ThinkPlatform’s transition to commercial deployment in both government and private-sector markets.

This is a mature technology (TRL 7+) — the realistic path in is usually NASA's Technology Transfer Program: licensing an existing NASA patent, or a Space Act Agreement to use NASA facilities/expertise directly. NASA also runs a startup licensing program with no upfront fee for companies formed to commercialize a specific NASA technology.

None of these are guaranteed paths for this specific project — TechPort itself doesn't have an "apply" button. Reaching out to the contact(s) above with a specific question is usually the fastest way to find out what's actually open.