This mission’s manifest reflects a rapidly broadening customer base for Exolaunch. Indeed, the Company welcomed new customers from government, academia and commercial space, including Canada’s Space Flight Laboratory on behalf of the Norwegian Space Agency, TÜBİTAK UZAY, the Kenya Space Agency with SayariLabs and EnduroSat, ISILAUNCH on behalf of Orbital Solutions Monaco (OSM) and Laboratoire Athmosphères, Observations Spatiales (LATMOS), the Stanford Student Space Initiative at Stanford University, Bronco Space at Cal Poly Pomona, UK-based OrbAstro for AstroForge, and the Colombian Air Force. Additionally, long-standing customers such as NewSpace power houses Spire Global, Kongsberg NanoAvionics on behalf of the Dubai Electricity and Water Authority and an undisclosed customer, Unseenlabs, GomSpace, EnduroSat on behalf of Sateliot, Plan-S and Satellogic successfully deployed their satellites via Exolaunch on Transporter-7.

Exolaunch fully managed the missions of all customer satellites clustered on a Falcon 9 launch port, and supplied hardware, integration, and deployment services for Satellogic on another port. All these satellites were mounted on two EXOport multi-satellite adapters, including the brand-new Europa-type which is capable of mounting no less than 6 different separation systems. Transporter-7 marks the maiden flight of the EXOport Europa on Falcon 9.

Capacity on this Falcon 9 launch was provided for all customers through our Multi-Launch Agreement (MLA) first signed with SpaceX in 2020 and since expanded to include new missions. Under the terms of the MLA, Exolaunch provides turnkey mission management, testing, integration services as well as our industry-leading separation systems.

Transporter-7 follows the earlier Transporter-6 mission, launched in January 2023 and brings our flight heritage ever closer to the 300 satellites launched mark. This is a key milestone in Exolaunch’s busiest schedule to date, with customers manifested on every upcoming Transporter mission as well as several new launchers in 2023.

FULL MISSION MANIFEST

• THE COLOMBIAN AIR FORCE (FUERZA AÉREA COLOMBIANA) AND GOMSPACE, FACSAT-2

  FACSAT-2, dubbed “Chiribiquete”, was deployed using EXOpod Nova for the Colombian Air Force, a new government customer. FACSAT-2 is a 6U Earth observation satellite built by GomSpace.

• KENYA SPACE AGENCY WITH SAYARILABS AND ENDUROSAT, TAIFA-1

  TAIFA-1 was deployed using EXOpod Nova for the Kenya Space Agency and SayariLabs, a new governmental customer and an emerging space nation. TAIFA-1 is a 3U satellite built by EnduroSat and SayariLabs, and is Kenya’s first Earth observation mission intended to provide disaster prevention and mitigation capabilities.

• SPACE FLIGHT LABORATORY ON BEHALF OF THE NORWEGIAN SPACE AGENCY, NORSAT-TD

  NorSat-TD was deployed using EXOport Europa for the Norway Space Agency. The NorSat-TD microsatellite is designed for Earth observation and technology testing and was built by Space Flight Laboratory, a well-known Canadian small satellite manufacturer with an extensive track record.

• BRONCO SPACE, PLEIADES-YEARLING

  Pleiades-Yearling was deployed using EXOpod Nova for Bronco Space at Cal Poly Pomona, a new customer from academia. Pleiades-Yearling is a 1U CubeSat that will test open-source CubeSat architecture and features a radiation detector demonstration payload.

• STANFORD STUDENT SPACE INITIATIVE, SAPLING GIGANTEUM

  Sapling Giganteum was deployed using an EXOpod Nova for the Stanford Student Space Initiative at Stanford University, a new academic customer. Sapling Giganteum is a 1U CubeSat destined to test open-source subsystems and to demonstrate the validity of the affordable COTS Google Coral Edge computing platform whilst providing students with invaluable hands-on experience.

• TÜBITAK UZAY, SSS-2B

  SSS-2B was deployed using EXOpod Nova for TÜBITAK UZAY, a Turkish applied research, technology development, and application-oriented institute developing indigenous subsystems for higher resolution remote sensing satellites. SSS-2B is a 3U CubeSat that will demonstrate and validate various subsystems and hosts a double Earth observation and radiation dosimeter payload.

• ISILAUNCH ON BEHALF OF ORBITAL SOLUTIONS MONACO (OSM) AND THE LABORATOIRE ATMOSPHÈRES, OBSERVATIONS SPATIALES (LATMOS), ROSEYCUBESAT-1 AND INSPIRE-SAT-7

  ROSEYCUBESAT-1 and INSPIRE-SAT 7 were deployed using EXOpod Nova for ISILAUNCH on behalf of OSM and LATMOS, respectively. ISILAUNCH, a fellow launch aggregator, manifested both satellites with Exolaunch. The satellites were built by the satellite manufacturer ISISPACE. ROSEYCUBESAT-1 is a 1U CubeSat with a camera payload intended for didactic purposes and INSPIRE-SAT-7 is a 2U in-orbit demonstrator intended to test EO CubeSats constellations in orbit.

• ENDUROSAT ON BEHALF OF SATELIOT, 2B5GSAT

  2B5GSAT, dubbed “Groundbreaker”, was deployed using EXOpod for returning Bulgarian customer EnduroSat, on behalf of Spain-based Sateliot. 2B5GSAT features an in-orbit demonstration payload of an Internet of Things (IoT) communications system integrated in EnduroSat’s standard 6U XL platform bus.

• SPIRE GLOBAL, KAUST, FINDUSADLER-2, AND GNSS-4

  Kaust, FindusAdler-2 and GNSS-4 were deployed using EXOpod Nova for Spire Global, a long-standing customer and a leading global provider of space-based data, analytics and space services delivered by one of the largest multipurpose satellite constellations in the world. Kaust hosts a hyperspectral camera with advanced on-board processing capabilities in combination with Spire’s Global Navigation Satellite System-Reflectometry (GNSS-R) sensor payload that will collect intelligence on soil moisture. FindusAdler-2 is a 6U nanosatellite that hosts three payloads to detect and track orbital debris and perform air quality measurements around the globe. Finally, GNSS-4 expands on Spire’s data solution constellation with GNSS sensors to gather precise data about the Earth's atmosphere, including measurements on temperature, humidity, and precipitation, as well as ionospheric electron density.

• KONGSBERG NANOAVIONICS ON BEHALF OF THE DUBAI ELECTRICITY AND WATER AUTHORITY (DEWA) AND AN UNDISCLOSED CUSTOMER, DEWASAT-2 AND LS2f

  DEWASAT-2 and LS2f were deployed using EXOpod Nova for returning customer Kongsberg NanoAvionics on behalf of DEWA and another undisclosed customer. DEWASAT-2 is a 6U spacecraft destined to collect multispectral imagery of the UAE region in order to monitor water quality and conduct solar park monitoring. LS2f is a 3U satellite. Both satellites were built by Kongsberg NanoAvionics, a nanosatellite bus manufacturer and mission integrator with end-to-end solutions ranging from constellations to single missions.

• UNSEENLABS, BRO-9

  BRO-9 was deployed using EXOpod for Unseenlabs, a French leading provider in radio frequency (RF) data and solutions for Maritime Domain Awareness. BRO-9 is a 6U satellite operated by UNSEENLABS and dedicated to the monitoring of electromagnetic emissions from space. The mission extends the UNSEENLABS satellite constellation by putting another BRO-9 satellite in orbit.

• PLAN-S SATELLITE AND SPACE TECHNOLOGIES, CONNECTA-T2.1

  ConnectaT2.1 was deployed using EXOpod Nova for Plan-S, a returning Turkish customer and the country’s largest private initiative in space, specialising in mission computers, communications subsystems, and ground interfaces in satellite systems. Connecta-T2.1 is 6U satellite hosting a ground observation and an onboard data processing payload.

• ORBASTRO, ORBASTRO-AF-1

  OrbAstro-AF-1 was deployed using EXOpod Nova for OrbAstro, a British customer focused on compressing the upfront cost and lead-time for companies to go to market with powerful in-orbit infrastructure. OrbAstro-AF-1 is a 6U spacecraft built for AstroForge.

• SATELLOGIC, NEWSAT-36 – NEWSAT 39

  Satellogic's NewSat-36 through 39 were deployed using CarboNIX following launch aboard Spacex's Transporter-7 mission. Satellogic is a leader in sub-meter resolution Earth Observation (EO) data collection. The company designs, manufactures, and operates its own constellation of EO satellites. This mission deployed four additional NewSat Mark IV satellites to the constellation, bringing the total number of spacecraft to 34 operational satellites.

VIDEO © EXOLAUNCH, SPACEX