--- title: TR LEAP image: https://space-phoenix.com/hubfs/TRL-9_v2.png --- [Skip to main content](https://space-phoenix.com/tr-leap#main-content) [![Transparent Orange Logo-1](https://space-phoenix.com/hs-fs/hubfs/Transparent%20Orange%20Logo-1.png?width=300&height=169&name=Transparent%20Orange%20Logo-1.png) ![Transparent Orange Logo-1](https://space-phoenix.com/hs-fs/hubfs/Transparent%20Orange%20Logo-1.png?width=300&height=169&name=Transparent%20Orange%20Logo-1.png)](https://space-phoenix.com?hsLang=en) - [Show submenu for Company Company](https://space-phoenix.com/about-us) - [About Us](https://space-phoenix.com/about-us) - [Leadership Team](https://space-phoenix.com/meet-our-team) - Show submenu for Solutions Solutions - Show submenu for Our Fleet Our Fleet - [Hermes Class](https://space-phoenix.com/hermes-class-spacecraft) - [TR LEAP](https://space-phoenix.com/tr-leap) - [Returnable Payload On-Demand](https://space-phoenix.com/returnable-payload-on-demand) - [Project 100](https://space-phoenix.com/project-100) - Show submenu for Industries Industries - [Semiconductors](https://space-phoenix.com/semiconductor-space-manufacturing) - [Bio-Technology and Pharmaceuticals](https://space-phoenix.com/biomanufacturing) - [Photovoltaics](https://space-phoenix.com/photovoltaics) - Show submenu for Resources Resources - [Blog](https://space-phoenix.com/space-phoenix-systems-blog) - [Press](https://space-phoenix.com/press) - [Events](https://space-phoenix.com/events) Open main navigation Close main navigation - Show submenu for Company Company - Company - [Company](https://space-phoenix.com/about-us) - [About Us](https://space-phoenix.com/about-us) - [Leadership Team](https://space-phoenix.com/meet-our-team) - Show submenu for Solutions Solutions - Solutions - Show submenu for Our Fleet Our Fleet - Our Fleet - [Hermes Class](https://space-phoenix.com/hermes-class-spacecraft) - [TR LEAP](https://space-phoenix.com/tr-leap) - [Returnable Payload On-Demand](https://space-phoenix.com/returnable-payload-on-demand) - [Project 100](https://space-phoenix.com/project-100) - Show submenu for Industries Industries - Industries - [Semiconductors](https://space-phoenix.com/semiconductor-space-manufacturing) - [Bio-Technology and Pharmaceuticals](https://space-phoenix.com/biomanufacturing) - [Photovoltaics](https://space-phoenix.com/photovoltaics) - Show submenu for Resources Resources - Resources - [Blog](https://space-phoenix.com/space-phoenix-systems-blog) - [Press](https://space-phoenix.com/press) - [Events](https://space-phoenix.com/events) - [Contact Us](https://space-phoenix.com/contact-us) [Contact Us](https://space-phoenix.com/contact-us?hsLang=en) ### Eliminate the TRL bottleneck with **TR LEAP**™ Technology Readiness Level Acceleration Program A Returnable Spacecraft Platform for Rapid TRL Advancement      ### TRL Readiness Levels and Why They're Important Technology Readiness Level (TRL) is a standardized framework originally developed by NASA to measure the maturity of a technology, from early-stage research (TRL 1) through operational deployment (TRL 9). Each level represents progressively greater validation through analysis, laboratory testing, environmental qualification, and demonstrated reliable performance. TRL 9 is a mandatory requirement for orbital deployment. Spacecraft systems and components must demonstrate reliable operation under extreme and inaccessible conditions, including radiation exposure, vacuum environments, thermal cycling, launch vibration, and microgravity.  **Organizations lack affordable, repeatable opportunities to demonstrate performance in space.**  Achieving Technology Readiness Level (TRL 7) marks the critical transition from prototype testing in a relevant environment to demonstrating a high-fidelity system prototype in an actual operational environment.  TRL 7 testing is typically conducted on satellites that do not have return capability, meaning that tested hardware remains in orbit after the mission. For high-value subsystems such as radars, sensors, propulsion systems, and high-power amplifiers, leaving these expensive assets in space following testing and evaluation, is a very costly practice which is unstainable, particularly with the increasing concern about the [damage caused by orbital debris](https://space-phoenix.com/space-phoenix-systems-blog/clutter-at-17500-mph-a-ticking-time-bomb?hsLang=en).  ### The TRL Bottleneck in the New Space Economy is Crippling Progress The necessary requisite for in-orbit demonstration (IOD) and in-orbit validation (IOV) is a direct result of the growth opportunities available within the expanding multi-trillion-dollar space market. The problem is getting innovations and technologies into space to prove they work as intended and meet the specifications and operational performance metrics within a microgravity environment.   Advancing technologies from TRL 4 or 5 to TRL 7, and ultimately to TRL 9, are severely hampered by a TRL bottleneck caused by limited, infrequent, and prohibitively expensive access to space missions. This has created a growing backlog of innovative capabilities that remain undeployed because organizations lack practical pathways to validate their technologies in in-orbit operational conditions. The industry now faces a clear paradox: • Innovation is accelerating • Capital investment is increasing • Demand for orbital infrastructure is growing **• Yet deployment velocity remains constrained by limited testing access**  [Read More About TR LEAP](https://space-phoenix.com/hubfs/Introducing%20Space%20Phoenix%20Systems%20TR%20LEAP.pdf?hsLang=en) ![TR LEAP Enabled](https://space-phoenix.com/hs-fs/hubfs/TR%20LEAP%20Enabled.png?width=2000&height=1045&name=TR%20LEAP%20Enabled.png "TR LEAP Enabled") ## Accelerating Your Path to TRL-9 Repeatable, Reliable and Rapid   Space Phoenix Systems is now accepting reservations for its TR LEAP missions scheduled in 2028 through 2030.  #### Contact Us Today About Getting Started with TR LEAP ![TRL-9\_v2](https://space-phoenix.com/hubfs/TRL-9_v2.png) [![Transparent Orange Logo-1](https://space-phoenix.com/hs-fs/hubfs/Transparent%20Orange%20Logo-1.png?width=300&height=169&name=Transparent%20Orange%20Logo-1.png)](https://space-phoenix.com?hsLang=en) - - - [Company](https://space-phoenix.com/about-us) - [About Us](https://space-phoenix.com/about-us) - [Leadership Team](https://space-phoenix.com/meet-our-team) - [Careers](https://space-phoenix.com/careers) - Solutions - Our Fleet - [Hermes Class](https://space-phoenix.com/hermes-class-spacecraft) - [TR LEAP](https://space-phoenix.com/tr-leap) - [Returnable Payload On-Demand](https://space-phoenix.com/returnable-payload-on-demand) - [Project 100](https://space-phoenix.com/project-100) - Resources - [Blog](https://space-phoenix.com/space-phoenix-systems-blog) - [Press](https://space-phoenix.com/press) - [Events](https://space-phoenix.com/events) - [Contact Us](https://space-phoenix.com/contact-us) ©2026 Space Phoenix Systems, Inc. All rights reserved. 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