NASA pivots to monthly lunar landings with $4.2bn CLPS overhaul
Contract ceiling raised and supply chain oversight tightened to support permanent outpost near the south pole
NASA has announced a strategic pivot to increase the frequency of lunar landings to as often as once every month over the next two and a half years. This aggressive cadence is designed to support the construction of a permanent lunar base near the south pole, marking a significant shift in how the agency approaches commercial lunar access.
To facilitate this ambition, the agency plans to raise the Commercial Lunar Payload Services (CLPS) contract ceiling from $2.6 billion to $4.2 billion. Officials intend to implement a "block buy" scheme to secure supply chains and reduce costs, setting the stage for a follow-on contract known as CLPS 2.0 that will cover missions into the 2030s.
Recognising that the current program has yielded only one fully successful landing out of four attempts, NASA officials intend to move from a hands-off procurement model to one featuring direct oversight and embedded technical support. This change aims to transition from experimental "shots on goal" to reliable infrastructure delivery before 2028.
Commercial partners are adapting to this new reality by shifting from bespoke designs to a "build to print" model for dozens of landers. Blue Origin plans to leverage finished products for repeated missions, while Astrobotic aims to utilise existing vehicle types to reap the benefits of established supply chains.
Firefly Aerospace is expanding its factory capacity in Texas to halve its previous four-year lead time, a critical move to meet the monthly cadence requirement. Intuitive Machines also plans to modify its lander design to resemble a "Model T Ford" for repeated use, following the lessons of its earlier missions.
The new approach involves a more paternalistic style of engagement where the agency will actively help contractors identify and resolve supply chain bottlenecks rather than waiting for outcomes. NASA Administrator Jared Isaacman has stated that embedding subject matter experts across the supply chain is essential to drive high probabilities of success.
