Company: RAIN
Filing Date: 2025-04-25
Form Type: 424B3
Source: 0001213900-25-035587
Chunk: 96

Company: Rain Enhancement Technologies Holdco, Inc.
Filing Date: 2025-04-25
Form: 424B3
Chunk 96
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 contribution.

RWT recognizes that long
term success is about client satisfaction and delivering solution efficacy and reliability. Manufacturing optimization, build-of-material
value engineering, and the generation of software controls and machine learning are all expected to play vital roles in driving sustained
and profitable growth. RWT also is negotiating partnerships with global manufacturing, supply-chain firms to ensure the smooth rollout
of its ionization rainfall generation systems worldwide.

As part of its commercial
strategy, RWT intends to negotiate agreements with various resorts across the Americas and Western Europe to utilize RWT’s technology
to build up the water tables around these resorts. Success in these initial agreements will allow RWT to leverage its success to a number
of different resorts and properties worldwide.

Manufacturing

RWT plans to involve
a set of manufacturing partners that have previously manufactured versions of RWT’s technology in Australia, along with a list of
similar manufacturing partners in the United States.

RWT’s apparatus
design will be optimized to be modular, resulting in a high level of consistency and predictability with each build. The initial design
is projected to weigh about 4,000 kilograms (8,000 pounds), and be shipped in four large crates. It will require a crane and some on site
general contractor project management to pour a concrete pad for the footings. The power necessary to operate the system is expected to
be generated by off-grid solar and wind power systems, for which a small array will typically suffice (however, batteries may be used
depending on daylight and weather conditions). We believe that the apparatus will be capable of being assembled with several people and
a crane in only a few days.

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The largest components
are custom manufactured from Fiber Reinforced Polyester (“FRP”) to form the non-conductive legs of the system by a third-party
manufacturer experienced in large scale FRP work (e.g. chemical tank manufacturers). The antenna components will largely be made from
Pultruded and sheet FRP by RWT in-house. Additional pultruded FRP is used to form braces and ancillary components, along with custom machined
nylon. Some steel fabrication is completed for adapters and supports, including the footing sections and winching components to raise
and lower the system. The systems are pre-assembled by RWT prior to shipping to customers to ensure all components fit, meet quality assurance
requirements and form a complete “ready-to-install” system in kit format.

The main components to
be sourced