A：Intuitive Machines reported $206 million of revenue and $1.8 billion of backlog for the first quarter. They have positioned the company for the next phase of growth, with a strong backlog spanning civil, commercial, and national security customers and more than 80 spacecraft under contract.

A：Intuitive Machines returned America to the moon for the first time since Apollo, demonstrated complex space mission delivery with the missions to the Lunar South Pole, and is building the next generation space prime.

A：Intuitive Machines' strategy has evolved to meet the increasing presence of customers across Low Earth Orbit (LEO), Geosynchronous Earth Orbit (GEO), cis-lunar, and deep space. They have made strategic acquisitions such as the LTA acquisition transforming them into one of the nation's leading satellite manufacturers, adding production capabilities, and the kinetics acquisition supporting missions, operations, flight dynamics, and satellite management.

A：Intuitive Machines is investing in inventory purchases, production capacity increases, and manufacturing efficiency initiatives to support greater production volume and faster delivery to meet customers' increasing demand.

A：The recent uptick in bookings, with $1.7 billion generated this year including $1.2 billion in new bookings in the second quarter, validates Intuitive Machines' strategy by expanding the infrastructure base for the future.

A：Intuitive Machines' diversification strategy is reflected in their recent bookings and backlog, which are split approximately 37% civil space, 49% commercial space, and 14% national security space. Q2 bookings through today were composed of approximately 20% civil, 50% commercial, and 30% national security space.

A：Intuitive Machines' strategy is organized around three pillars: build, connect, and operate space infrastructure. They are applying their engineering and production discipline across various spacecraft and infrastructure projects including lunar landings, government and commercial communication satellites, national security spacecraft, and deep space systems.

A：The recent contract awards and upcoming opportunities are significant as they include the CS 8 and mission extending their lunar delivery cadence into 2030 and competing for four additional Cliffs Contract order opportunities this year, reinforcing the transition from demonstration missions to higher cadence, repeatable, and reliable lunar transportation.

A：The company has successfully delivered all 16 satellites supporting FDA Trump's one tracking layer and continued production on Trump's two tracking layer. They have also received awards for 18 additional satellites supporting Amdt 3 and two restricted 300 series spacecraft to an undisclosed customer, representing a total of more than 70 I 300 spacecraft under contract.

A：The company has received authority to proceed with the development of the Nebula Orbital transfer vehicle on a Phase 3 contract for a government customer, which will take the design from paper to full-scale spacecraft development, integration, and testing including flight.

A：The company has been awarded three geostationary communications satellites from an undisclosed customer valued over $600 million for the next 30 months. They also successfully launched and deployed the FVX M 11 satellite, continuing the reliable heritage of one of the industry's most successful commercial communication satellites.

A：The Lunar Communications Relay satellite remains in production and is scheduled to launch on a Board In Mission 3 during the first quarter of 2027. The company plans to deploy the remaining four satellites together in 2028 to complete the Lunar Communications constellation ahead of schedule on Earth.

A：The company is planning to generate recurring operational revenue by not only developing and delivering systems but also by operating the infrastructure throughout its lifecycle. This will involve providing new stage network services, expanding communications and navigation capabilities, hosted payload, mission operations, and data services.

A：In Q2, the business demonstrated significant revenue growth, with $206 million in revenue driven by satellite manufacturing, spacecraft integration, and mission support programs. Gross profit increased to $36 million from a loss of $12 million in the prior year, and adjusted EBITDA was negative $14 million compared to negative $25 million last year. The company invested $60 million in operational activities and strategic investments, which included approximately $17 million of accelerated inventory and infrastructure investments to support future programs and recent awards.

A：The company ended the quarter with $367 million in cash, including $235 million in net proceeds from its At the Market program. The current liquidity provides the capital necessary to fund current operations.

A：The company exited the quarter with a record $1.8 billion in backlog, with 25% to 30% expected to be revenue in 2026, 35% to 40% in 2027, and the remainder thereafter. Additional backlog growth is expected from multiyear NASA national security programs in the second half of the year.

A：The large multiyear NASA national security programs include Amdt 3 Golden Dome Award already booked in the third quarter, other pending contracts, and proposals submitted for selection. The company also expects to bid on three new Clips awards later in the year along with other NASA Moon base opportunities.

A：The company is guiding for revenue of $900 million to $1 billion and continues to expect positive adjusted EBITDA for the year. The visibility into the remainder of the year is substantial with the 1.8 billion backlog, and the timing of contract definitization and revenue conversion is the primary variable determining the revenue range. The decision to reaffirm guidance is based on confidence in execution and a diverse business portfolio.

A：Intuition Machines is no longer dependent on a single market, customer, or mission cadence for growth. The company has a meaningful business across several commercial and national security space segments with a diverse backlog of $1.8 billion. This diversity helps in executing the backlog, converting it into revenue while improving profitability and recurring infrastructure revenue.

A：The company has two awards or past orders with draft RFPs expected to be issued in the summer for task orders related to Clips. These are in addition to the orbiter surveyor to map the moon, which is expected early fall. Also included is the Clips 2.0 IDIQ contract, estimated to be over $10 billion, which will span 10 years with an option for five more years. These awards and task orders make up the five awards and contracts expected for the remainder of the year and into the new year.

A：The company is in the process of constructing various types of satellites for different programs. The 300 series satellites are in full production as part of a low Earth orbit constellation, while the 300 series geosynchronous satellite communication satellites are also in production. The company has successfully launched and checked the Echo Star satellite and the series XM satellites, both in full production. Additionally, they have a series of one-off satellites and spacecraft such as Cliff's mission landers and the Nebula Orbital Transfer Vehicle, which is currently a one-off with potential for production if further orders are received.

A：The company is currently producing 70 units of the 300 class satellite, with high commonality across the bus for future production. The existing nonrecurring costs have been retired with the first 16 satellites of tranche 1. The company has capacity to layer on more orders in the near term, with the ability to add additional units to the queue if needed.

A：The company is adding another 75,000 square feet of production and manufacturing space in Houston to build additional landers and satellites for the loop and relay constellation. There is also room to expand the 300 series production line further as additional orders are received, with over a million square feet of manufacturing and office space available.

A：Key milestones include functional testing on the Powered Up spacecraft, engine hot fire integration into the vehicle, and the finalization of the integrated suite of laser sensors, cameras, and IMUs for pre-landing checks. A Delta flight readiness review is scheduled for October to ensure all systems are ready for a soft touchdown in the first quarter of 2027.

A：The company views the LTV contract as a significant opportunity, having bid on a $4.5 billion worth of value over a period of about 10 years. Initial small awards were issued in May, and the company is focused on building a heavier cargo variant of its Nova class lander to accommodate future LTV flights. They will bid on task orders as they are issued and see potential for more activity as NASA builds capability.

A：The company's strategy includes multiple bids on additional clips, a bid on the replacement of the Tracking Data Relay Satellite (TDRS) in Ka-band, and strategic partnerships for orbital data centers. They also have an unnamed national security program. There is significant activity in the pipeline with potentially major programs that could contribute to backlog growth, although specifics are not quantified.

A：The company's initial plan for launching additional Al satellites was opportunistic, aligned with winning Clip awards. This strategy led to sooner deployment of the next two satellites after Altus 1 but delayed the fully operational capability to 2029-2030. However, after speaking with NASA, the company renegotiated for a dedicated launch to deploy all satellites at once, aiming for a fully operational capability in 2028.

A：The increase in cash flow headwinds and working capital issues are tied to pending projects and strategic decisions such as bids on major programs and operational adjustments. The company is not providing specific numbers but suggests that an understanding of these dynamics will be forthcoming. Investors are advised to prepare for a discussion on these topics in the future.

A：The new Clip contracts are anticipated to balance out cash flow by aligning milestones with SpaceX payments, specifically for the CSSA and CT-4, contributing to a more steady state in cash flow once anomalies are taken out.

A：The revised cadence for deploying the communication data relay satellites includes flying the first satellite on mission 3 in the first quarter of 2027, followed by four additional satellites. The complete constellation will include five satellites operational around the moon by 2028.

A：The new timeline reflects a significant market demand for services, as it allows for supporting Artemis Program activities with fully operational capability brought forward to 2028 from 2029, due to aligning systems with NASA's accelerated demand and Artemis Program timeline.

A：There is a need to expand capacity for lunar landers. A facility expansion has been initiated to accommodate growth for the Nova D class lander, with a focus on increasing production rates. This is in response to NASA's accelerated demand and the need to prepare for the second Nova D contract potentially in the 2029 timeframe.

A：The anticipated opportunity for the NSL program in terms of revenue is initially projected to be about half a million minutes a year for the operational capability. The exact top-end revenue potential is uncertain, but the focus initially was on satisfying a government requirement in the civil space sector.

A：Northrop Grumman is emerging as a prime contractor in national security projects, working with L3 as a subcontractor to provide the bus. However, Northrop Grumman plans to bid as a prime contractor on future lunar surveys, supplying imagers for mapping the moon, integrating data products, and managing the analytics and digital terrain maps of the moon.

A：In the Golden Dome area, the company is currently a subcontractor supporting the L3 on the buses.

A：The recent additions to the ground stations provide opportunities to support the Department of Defense and Space Force programs by offering data uplink or downlink and tracking and telemetry services as the growing Space Force fleet expands.

A：For Nova D, the lander class fully funded to the moon's surface with a 500 kg payload, potential CapEx investments may be required for a three-engine configuration with a fully gimbal package, possibly including an electric pump for the engines. For landers capable of carrying 2 to 5 metric tons, an engine upgrade and possibly an electric pump would be needed, and the company is working on a roadmap for future technology investments.

A：Nova 4 is still on track for a late 2027 launch, and the company is focusing on executing and expanding its backlog. Regarding free cash flow, while improvements in gross profit and EBITDA are being seen quarter over quarter, a formal date for free cash flow breakeven has not been provided, and the company's near-term focus is on achieving EBITDA positivity.