Space One prepares Japans first commercial orbital launch

Date:
Fri, 08 Mar 2024 21:25:32 +0000

Description:
Space One is planning Japans first private-sector orbital launch with the debut of its small The post Space One prepares Japans first commercial
orbital launch appeared first on NASASpaceFlight.com .

FULL STORY ======================================================================Space One is planning Japans first private-sector orbital launch with the debut of its small satellite launcher this will also be the maiden flight from a new, dedicated, launch facility.

The maiden flight of the new launcher is expected to take place at the start of a one-hour window on Saturday, March 9 at 11:01 AM JST (02:01 UTC) from
the Space One launch pad, with additional launch opportunities to the end of the month. The Kii-based Advanced & Instant Rocket System (KAIROS) is a four-stage launcher with three solid-fueled stages and a fourth upper kick stage which is liquid-fueled. The rocket stands at 18 meters high, is just under 1.5 meters wide, and masses 23,000 kilograms.

KAIROS, also named after the Greek god of opportunity, is capable of lifting 250 kilograms to a low-Earth orbit at 500 kilometers, inclined 33 degrees, or carrying a 150-kilogram payload into a sun-synchronous polar orbit at 500 kilometers, inclined 97 degrees. The vehicle is about a third of the size of Japans H-IIA rocket and is similar in size to Rocket Labs Electron. The launcher is also similar in payload capability to the initial version of Electron before it underwent a payload capacity increase in 2020. Concept image of Space One Kairos lifting off from Spaceport Kii. (Credit: Space One) The solid rocket motors are made by IHI Aerospace, an investor in Space One, and have been used previously on the Epsilon rocket developed by IHI and the Japan Aerospace Exploration Agency (JAXA). The solid rocket motor cases are made with carbon-fiber-reinforced polymers to help reduce mass. All three initial stages have thrust vector control systems for orbital insertion accuracy. The motors were tested in early 2022, but vehicle readiness appears to have been delayed due to supply issues and the avionics. These were originally developed by Canon Electronics, which has a sizeable stake in the company, before being outsourced. Costs and mass have been reduced through
the use of consumer parts, including automotive parts, and leveraging technology derived from Canons developments in the mass production of components. The maiden flight of the new launcher is expected to take place
at the start of a one-hour window on Saturday, March 9 at 11:01 AM JST (02:01 UTC) from the Space One launch pad, with additional launch opportunities to the end of the month. Spaceport Kii is a new dedicated facility in the Kii Peninsula that was built between 2019 and 2021 on a 15-hectare site that includes a pad and tower, integration facility, control center, and motor storage facilities. The spaceport is situated south of Osaka in Kushimoro, within the Wakayama Prefecture, at the southernmost point of Japans main island of Honshu. The location opens out to the sea, making it ideal for southward and eastward launches. Concept render of Spaceport Kii with pad and integration building. (Credit: Space One) The payload for its maiden flight will be a prototype quick response satellite for the Japanese governments Cabinet Satellite Intelligence Center (CSICE), which also operates Japans information-gathering reconnaissance satellites. With similar
responsibilities to the US National Reconnaissance Office, the CSICE collects and analyzes imagery and other data for national security and crisis management purposes. See Also Japanese Launchers NSF Store Click here to Join L2 Should an unforeseen situation occur on an information-gathering
satellite, these small satellites could be quickly launched to replace the information-gathering satellite for a certain period. Details of this payload are restricted due to a confidentiality agreement but it is anticipated to mass within 100 kilograms and with an optical resolution of less than 1
meter. The vehicles payload envelope has options that range from a single primary satellite to a dual launch or combinations including a cluster of cubesats. CSICE quick response satellite. (Credit: Space One) This
specialized launch pad enables Space One to avoid working around the
schedules of other rocket launches and provide a rapid turnaround. Receiving and integrating a payload can take some operators over a month but the
company claims to be able to launch a satellite within four days from
receipt, aspiring to deliver the worlds shortest response time between contract and launch. Originally established in 2017 as New Generation Small Rocket Development Planning, the company changed its name to Space One a year later. This is not to be confused with Chinese company OneSpace, whose OS-M1 orbital launcher was unsuccessful on its debut and was subsequently retired. Space One intends to launch frequently, and more times than JAXA itself, building to 20 launches per year by the late end of the decade. This cadence is critical to reducing launch costs, which have been an obstacle to Japans private sector taking advantage of small satellite opportunities, and will help to develop and nurture a domestic supply chain. Mitsubishi UFJ Financial Group (MUFG) has also invested in the company and this strategy since 2022. MUFG also has a stake in the Japanese company Astroscale, which focuses on removing space debris. Kairos third and upper stage concept render. (Credit: Space One)

(Lead image: Artist impression of the KAIROS in flight. Credit: Space One)

The post Space One prepares Japans first commercial orbital launch appeared first on NASASpaceFlight.com .



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Link to news story:
https://www.nasaspaceflight.com/2024/03/space-one-kairos/


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