Scheduled for launch in September from the Alcântara Launch Center (CLA), the Jussara-K nanosatellite will be the first satellite developed in the state to enter orbit on a commercial flight....The initiative is part of the project "Development of a Low-Cost 1U Standard Cubesat for the Alcântara Mission in Orbit," which involves the development, assembly, testing, and integration of the Jussara-K with the HANBIT-Nano launcher, from the South Korean company INNOSPACE. The initiative directly involves students from the UFMA Aerospace Engineering program, who participate in all stages of the process—from mission conception to satellite disposal—providing practical and specialized training in space technology.
Innospace: "Hanbit-Nano's First Commercial Launch Possible in October"In a special lecture at the 14th Aerospace Leaders Breakfast Forum, hosted by the Korea Aerospace Industries Association and held at the Korea Press Center on the morning of the 27th, Innospace CEO Kim Soo-jong stated regarding the Hanbit-Nano launch schedule, "Since applying for the first launch permit in September of last year, it has undergone four rounds of review. After submitting the results of the (first-stage engine) single-stage certification test (comprehensive combustion test) in early September, the final review for the launch permit is scheduled for mid-September."He added, "If all goes as planned, we anticipate obtaining the launch permit by September, and the launch could take place in October."
INNOSPACE is planning the first commercial launch of HANBIT-Nano at the Alcântara Space Center in Brazil in the second half of this year. The launch schedule will be announced immediately after the final launch approval by the Korea AeroSpace Administration (KASA). The launch authorization from the Brazilian Space Agency (AEB) has already been obtained.
Announcing Our First Commercial Launch Mission: ‘SPACEWARD’✨ SPACEWARD, the HANBIT-Nano mission, is all about “Let’s Space Forward” — our first step on the journey to space. 🌌🚀🔹 Launch Window: October 28 – November 28, 2025 (Brazil time)🔹 Altitude: 300 km, Low Earth Orbit (LEO)🔹 Launch Site: Alcântara Space Center, BrazilLaunch date & time to be set with the Brazilian Air Force (FAB), depending on weather & operations. Stay tuned for updates! 🙌Our sincere thanks to AEB(@espacial_aeb), FAB(@fab_oficial) and KASA(@with_KASA) for their close cooperation and unwavering support in making this SPACEWARD mission possible.🔗 Learn more: bit.ly/4hjgoYP
According with the brazilanspace blog - Opereção SPACEWARD: Segue Nornalmente no CEA os Preparativos Para Essa Missão Histórica, the launch preparations are progressing normally at Alcântara Space Center for the launch of the first Hanbit-Nano.Also, the names of 238 workers and 34 investors were carved on the Payload Adapter of the launch vehicle.There is still no news about the exact launch date.
SPACEWARD — Let’s Space Forward 🚀Under our first commercial launch mission, SPACEWARD, the names of 238 employees and 34 investors have engraved on the Payload Adapter (PLA) of HANBIT-Nano. ✍️Carrying every name and story behind our journey, this mission represents our shared challenge and passion — marking INNOSPACE’s very first step toward space. 👣🌌#SPACEWARD #SpaceFlight #RocketLaunch #SatelliteLaunch
- GOLDS-UFSC, from UFSC (Universidade Federal de Santa Catarina) - a CubeSat-2U with the main objective of validating the operation of the EDC (Environmental Data Collector) module, developed by the Instituto Nacional de Pesquisas Espaciais (INPE), Brazil.
Quote from: Satori on 11/05/2025 08:52 am- GOLDS-UFSC, from UFSC (Universidade Federal de Santa Catarina) - a CubeSat-2U with the main objective of validating the operation of the EDC (Environmental Data Collector) module, developed by the Instituto Nacional de Pesquisas Espaciais (INPE), Brazil.What is the source for this? Wikipedia claims that it will launch with Hanbit-Nano, but this is not mentioned in any of the given references. The UFSC project website does not mention a launch.
- FloripaSat-2A and -2B (2U, Brazil)
Not sure about that Brewguru beer can - is it a hosted payload or will it become a satellite?
Q) SBAZ/QXXCA/IV/BO /W /000/999/0147S04346W055AREA PROIBIDA TEMPORARIAMENTE (OPERACAO SPACEWARD) WI COORD 0218.00S/04430.00W, 0100.00S/04342.00W, 0151.58S/04254.15W, 0227.18S/04423.56W EXC SBR104 ACT. COOR SBP103 SBR104ORIGEM: SDIA 7C4A4250GND UNL17/11/25 15:00 a 03/12/25 02:59 UTCNOV 17/18 TIL DEC 02/03 1500-0259
New DATE for the SPACEWARD Mission: Dec 17 (BRT)INNOSPACE has rescheduled the SPACEWARD mission to December 17 (BRT), with a launch window from December 16 to 22 (BRT).This adjustment is an essential step to thoroughly validate the signal-processing segment observed during tests conducted with the Brazilian Air Force(@fab_oficial) using aircraft, ensuring enhanced launch safety and mission reliability.During the Wet Dress Rehearsal (WDR) held on November 18–19 at the Alcântara Space Center, we successfully completed the full ground launch sequence—from rollout to pre-launch procedures and pad recovery. Readiness confirmed.INNOSPACE continues its preparations with precision to ensure a safe and responsible mission.We will keep moving forward—stay tuned for updates. ✨🔗 Learn more: https://bit.ly/4879otD#INNOSPACE #SPACEWARD #HANBITNano
Following the joint final avionics integration test conducted with the Brazilian Air Force (@fab_oficial) at the Alcântara Space Center on November 23, we have completed all enhancements to the signal-processing system for HANBIT-Nano.With this milestone achieved, preparations for the SPACEWARD mission are progressing steadily — each step bringing us closer to launch day.🗓️ First commercial launch of the SPACEWARD mission:December 17 (BRT)Stay tuned for more updates! 🙌🔗 Learn more: https://bit.ly/48CLmbr#SPACEWARD #PayloadMission #SmallSatLaunch #LEO
🌌 The HANBIT-Nano SPACEWARD mission is moving forward.To ensure robust and reliable operations, the INNOSPACE team is carrying out multiple rounds of system checks and procedural run-throughs. 🔄 Through continuous validation and integrated testing cycles, we are reinforcing our launch readiness and safeguarding mission at every stage.Stay tuned — more updates are coming soon! ✨#SPACEWARD #RocketLaunch #Rehearsal #LaunchPreparation
Introducing the SPACEWARD mission patch — a small emblem with big ambition. Curious about the story behind it? 📖🔍 It’s composed of several elements, each with its own meaning and story to tell.🚀 HANBIT-NanoINNOSPACE's first commercial launch vehicle, powered by our hybrid rocket engine and liquid methane engine.🌅 New HorizonThis launch reflects our determination to open a new horizon in space access.🔵Blue holeA deep, multidimensional point of departure that strengthens our brand identity and marks the beginning of our launch journey.🛣️ Space RoadOur first commercial launch symbolizes new possibilities for connection and expansion into space.📍Launch Site on Brazilian SoilThe Alcântara Space Center, in partnership with @fab_oficial, serves as a strategic foundation for delivering tailored launch services.🌟SPACEWARDSPACEWARD─INNOSPACE's historic first mission, born from our collective dreams, passion, perseverance, and innovation.#SPACEWARD #MissionPatch #SpaceMission #CommercialLaunch
Viasat’s rocket telemetry service has been selected by Korean launch provider @innospacecorp for its 1st ever commercial launch from Brazil!🚀🛰️ It will also be the 1st time our service has been used for a commercial mission carrying satellite payloads. https://vsat.co/4pYq2mz]Viasat’s rocket telemetry service has been selected by Korean launch provider @innospacecorp for its 1st ever commercial launch from Brazil!🚀🛰️ It will also be the 1st time our service has been used for a commercial mission carrying satellite payloads. https://vsat.co/4pYq2mz
Viasat’s InRange telemetry service will support the first commercial launch of HANBIT-Nano. 🛰️📡For the upcoming SPACEWARD mission, Viasat will deliver continuous launch telemetry via its L-band GEO satellite network, enabling reliable real-time data transmission from liftoff through payload deployment.This mission marks INNOSPACE’s first commercial launch and the inaugural use of InRange’s services, featuring compressed video streaming from the launch vehicle. 🎥#SPACEWARD #Viasat #InRange #LaunchOperations #Telemetry #Orbit
Our team is in motion.The final launch preparations for HANBIT-Nano are steadily progressing toward the SPACEWARD mission in Brazilian Soil.More to come. 🚀#SPACEWARD #HANBITNano #SpaceMission #MissionProgress #FinalChecks
🚀 D-2: Final Countdown for HANBIT-NanoINNOSPACE has entered the final preparation phase for the SPACEWARD mission. HANBIT-Nano heads to the launch pad on Dec. 15 (BRT), followed by final checks ahead of liftoff.📍 Launch Schedule• Brazil: Dec. 17, 15:45 (BRT)• Korea: Dec. 18, 03:45 (KST)• Launch window: Dec. 16–22 (BRT)🔗 Learn more: https://bit.ly/3MHUtPC #SPACEWARD #LaunchUpdate #CommercialLaunch #LEOService #RocketLaunch #CountdownToLaunch🛰️ All Payloads IntegratedOur customer payloads are now fully integrated into the launch vehicle.Eight payloads in total—five small satellites headed to orbit and three non-separating experimental devices—are securely in place.Next stop: launch. 🚀#SPACEWARD #HANBITNano #PayloadIntegration #MissionReady #SatelliteLaunch
🔴 LIVE | Watch SPACEWARD, HANBIT-Nano’s first commercial mission, as it unfolds in real time! From the countdown to launch, be part of the journey to space. 🌌🔹Launch: December 17, 2025, 3:45 PM (BRT) 🔹Livestream starts: 1 hour before launch 🚀🔗 Watch the livestream: bit.ly/4aMqpMH
INNOSPACE Reschedules First Commercial Launch of ‘HANBIT-Nano’ to December 19 (Brazil Time)INNOSPACE announced today that it has rescheduled the launch of its first commercial launch vehicle, HANBIT-Nano, to replace a component in the first-stage oxidizer feed system following an anomaly.2025-12-17Launch to proceed two days later following the replacement of a component in the first-stage oxidizer feed system cooling unitINNOSPACE announced today that it has rescheduled the launch of its first commercial launch vehicle, HANBIT-Nano, to secure sufficient time to replace a component in the cooling unit of the first-stage oxidizer feed system, where an anomaly was identified during final launch inspections.The launch, originally scheduled for December 17 (BRT), has been rescheduled to Friday, December 19 at 3:45 p.m. (BRT).INNOSPACE transferred HANBIT-Nano from the integration facility to the launch pad on December 15 (BRT), where the vehicle was successfully positioned. During the final inspection process prior to vehicle erection on December 16, an anomaly was detected in the cooling unit of the first-stage oxidizer feed system. Following a detailed assessment of the cause and required corrective actions, INNOSPACE decided to reschedule the launch.The issue requires replacement of a specific component within the cooling unit and does not indicate any structural defect in the launch vehicle. As the replacement can be performed while the vehicle remains on the launch pad, INNOSPACE determined that the launch can proceed two days later, despite the fact that a new launch campaign typically requires approximately three days of preparation.The launch window for the HANBIT-Nano SPACEWARD mission is open from December 16 to December 22 (BRT).
SPACEWARD | Mission UpdateWeather needs a bit more time. 🌧️⏳ Due to unfavorable weather conditions at the launch site, including rain and wind, the launch time has been moved by two hours.Updated Launch Time• Dec. 19, 17:00 (BRT)• Dec. 20, 05:00 (KST)• Dec. 20, 01:30 (IST)🔗 Watch the livestream: https://bit.ly/4aMqpMH#SPACEWARD #HANBITNano #LaunchUpdate #WeatherUpdate
📌Due to an issue with the ground power supply system at the launch site, launch preparations were temporarily paused and have now resumed.The launch schedule has been updated as follows:Live stream starts at 08:30 (KST)Launch is scheduled for 09:30 (KST)⏰Launch time:Dec. 19, 21:30 (BRT)Dec. 20, 09:30 (KST)Dec. 20, 06:00 (IST)
Due to a ground power supply issue at the launch site, operations will resume after the issue is resolved. The updated launch time is as follows:• Updated Launch TimeDec. 19, 21:30 (BRT)Dec. 20, 09:30 (KST)Dec. 20, 06:00 (IST)#SPACEWARD #HANBITNano
Official livestream now shows a 42 hour delay, so likely scrubbed for today.
Due to technical checks, today’s scheduled launch has been postponed.Live streaming will resume once a new schedule is confirmed.
innospacecorp@innospacecorpDue to a ground power supply issue at the launch site, operations will resume after the issue is resolved. The updated launch time is as follows:• Updated Launch TimeDec. 19, 21:30 (BRT)Dec. 20, 09:30 (KST)Dec. 20, 06:00 (IST)
SPACEWARD | Mission UpdateDue to a technical issue identified during system checks of the HANBIT-Nano launch vehicle, today’s launch attempt (19th, 21:30 BRT) has been concluded.The issue requires additional technical review related to the functionality of the second-stage liquid methane engine tank filling valve.A new launch attempt within the launch window will be determined following coordination with the Brazilian Air Force.• Launch Window: Dec. 16–22 (BRT)#SPACEWARD #HANBITNano
innospacecorp@innospacecorp·SPACEWARD | Launch Date RescheduledBRT: Dec 22 3:45 PMKST: Dec 23 3:45 AMIST: Dec 23, 12:15 AMFollowing a review of technical readiness and the Launch Conjunction Assessment (LCA), the launch date has been confirmed.The SPACEWARD mission continues with a strong focus on safety and mission reliability.
SPACEWARD | Mission UpdateLaunch operations are being adjusted in consideration of weather conditions.The launch, originally scheduled for 3:45 PM (BRT) on Dec. 22, is now expected to take place after 10:00 PM (BRT) on Dec. 22.According to the Brazilian Air Force Meteorological Service, rainfall exceeding 3 mm per hour is forecast between 1:00–4:00 PM (BRT).Considering the local weather conditions (rain), it was agreed to temporarily suspend launch operations and resume them once conditions improve.• The exact launch time will be announced once confirmed.BRT: After 10:00 PM, Dec 22KST: After 10:00 AM, Dec 23IST: After 6:30 AM, Dec 23#SPACEWARD
Dillon@Dillonshrop06Hazard Map for HANBIT-Nano
Pedro Pallotta - Space Orbit@PallottaPedroTranslated from PortugueseROCKET AT ALCÂNTARA IN POSITION FOR FLIGHT!The Hanbit-Nano is vertical in preparation for the launch that takes place tonight.The flight is scheduled for 10 PM and you can follow everything on Space Orbit starting at 6 PM!
SPACEWARD | Mission UpdateAs rainfall has subsided, launch operations have resumed and are proceeding as planned.HANBIT-Nano is standing on the launch pad, functional checks were completed at 17:47 (BRT), and propellant loading (fuel and oxidizer) was initiated at 18:27 (BRT).Scheduled liftoff time:BRT: 10:00 PM, Dec 22KST: 10:00 AM, Dec 23IST: 6:30 AM, Dec 23🔗 Watch the livestream from T-60 minutes: https://lnkd.in/g2kis7j7#SPACEWARD
It looked almost as if the booster engine was flickering during ascent.
● 30 seconds after takeoff… Signs of aircraft damage confirmed immediately after passing through the cloud layer ● Mission terminated according to safety procedures… No casualties or damage to the ground ● Data secured for takeoff and initial flight section… “This will be a key foundation for analyzing the cause and increasing launch reliability” ● Re-launch attempt, to be promoted among the secured slots next year… Detailed schedule to be confirmed after a joint investigation with the Brazilian Air Force CENIPA Innospace announced on the 29th that it terminated the SPACEWARD mission early in flight in accordance with safety procedures during the first commercial launch of 'HANBIT-Nano' on the 23rd at the Alcântara Space Center in Brazil, and that it has started and is currently analyzing the cause of the launch failure based on the collected data.The two-stage space launch vehicle, Hanbit-Nano, took off normally from the launch pad at 10:13 a.m. Korean time on the 23rd (10:13 p.m. Brazilian time on the 22nd) and began flight along the planned vertical trajectory. The launch vehicle's first-stage main engine, a 25-ton-thrust hybrid rocket engine, ignited normally, successfully completing the initial section. This marks the world's first flight record for a mid- to large-sized hybrid rocket engine. Thirty seconds after takeoff, an anomaly was detected with the Hanbit-Nano aircraft, and immediately afterward, the launch vehicle split into three or four pieces, plummeting within the ground safety zone before colliding with the ground and exploding. No casualties or additional damage to facilities were reported during the mission. Innospace implemented the safety system established with the Brazilian Air Force according to international standards as designed, and safely concluded all missions in accordance with relevant protocols.Innospace began an initial analysis of the cause of the flight interruption today, based on flight instrumentation and tracking data from the Brazilian Air Force. However, the final cause of the launch failure will be confirmed through an official investigation and review conducted by the Brazilian Air Force's Center for Aviation Accidents Investigation and Prevention (CENIPA).Based on the video footage and basic data secured to date, the launch vehicle performed a normal 30-second ascent flight, but communication between the vehicle and the ground was lost as it passed through the cloud layer. Following this, the vehicle suffered damage from an unknown cause, separating into three or four parts. Signs of a loss of thrust from the first-stage engine were confirmed. This resulted in the vehicle losing thrust and attitude and free-falling in the form of the first and second stages and other small fragments. Since the Instant Impact Point (IIP) was located within the launch site's safety zone, the Flight Termination System (FTS) was activated in accordance with procedures previously negotiated with the Brazilian safety control team to prevent fragmentation and the presence of hazardous materials. This resulted in the launch vehicle exploding upon impact with the ground, terminating the mission early. This demonstrates the normal operation of an organic and professional flight termination procedure between the launch vehicle operator and the launch site operator in this abnormal flight situation, demonstrating that the safety design and the maturity of the integrated operation system for the launch vehicle have been verified under real-world conditions.Compensation for losses to the customer satellite and payload on this mission will be provided through the customer's pre-contracted insurance policy. Innospace's commercial launch service contract structure and future business plans are not expected to be significantly impacted. Furthermore, some of the debris from the Hanbit-Nano launch vehicle that crashed in the ground safety zone has been recovered, and will be utilized for joint root cause analysis and technology improvements by both organizations. Through this launch, Innospace has secured all data related to the launch vehicle's takeoff and initial flight, as well as ground observation data. Based on this data, Innospace plans to continue additional technical verification procedures to further strengthen launch reliability and quickly prepare for follow-up launch missions. A second launch attempt for the Hanbit-Nano is currently under consideration at the Alcántara Space Center in Brazil, based on a secured slot next year. The specific schedule will be finalized based on the official investigation results from the Brazilian Center for Aviation Accidents Investigation and Prevention (CENIPA) and the completion of all necessary measures.Innospace CEO Kim Soo-jong said, “The space launch vehicle industry is a highly technical field where thousands of variables operate simultaneously throughout the entire process, from design, manufacturing, ground testing and integration, launch operation, and flight. Only a limited number of companies have reached the stage of actual commercial launch.” He added, “In particular, the first commercial launch is considered the highest threshold, requiring not only technological perfection but also reproducible reliability and safety standards to be met simultaneously.” He continued, “We deeply apologize for not being able to meet the expectations of our customers who chose our launch service despite it being our first launch due to the early termination of the commercial launch mission. We will engage in discussions to provide more reliable services in the future.” He added, “As we have accumulated full-cycle capabilities from launch vehicle development, design and manufacturing, ground integration, launch, and flight operation through this launch, we will do our best to not only strengthen our technological perfection and reliability based on the acquired flight data, but also increase the probability of successful launches in the future.”
● CENIPA, the Brazilian Air Force's investigative agency, classified the Hanbit-Nano launch as an "incident" rather than an "accident"● Analysis of a technical incident, not a judgment of negligence... The joint investigation aims to improve the safety and success rate of subsequent launches● The schedule for subsequent launches will be specified based on the results of the joint investigation and will be promoted after obtaining launch approval from the Korea Aerospace Science and Technology Agency (KASA)● The measurement data obtained during the flight is a "technical asset"... "We will use it to improve the reliability and success rate of the Hanbit launch"Innospace announced that it has launched a joint investigation with CENIPA, the Brazilian Air Force's research agency, regarding the first commercial launch of Hanbit-Nano. This investigation focuses on the "SPACEWARD" mission, which was conducted at the Alcántara Space Center in Brazil on December 22nd of last year (Brazil local time).CENIPA is a dedicated aerospace accident investigation agency that scientifically analyzes the causes of aircraft and launch vehicle accidents according to international standards. On January 12th, CENIPA announced in its own public notice that it classified this launch as an "incident," rather than an "accident." Furthermore, prior to launching the investigation, CENIPA sent an official letter to Innospace explaining that this investigation was not intended for legal liability, determination of negligence, or compensation for damages. Rather, it was a technical investigation aimed at clearly identifying the cause and increasing the safety and success of future launches.This joint investigation builds on the initial analysis conducted with the Brazilian Air Force immediately after launch. This process involves a comprehensive review of the launch vehicle's flight instrumentation data, ground facility data, and launch and operational records to objectively determine the circumstances surrounding the launch and pinpoint the exact cause.Innospace CEO Kim Soo-jong said, “The measurement and tracking data acquired during the flight are important technical assets for the advancement of future launch vehicle technology,” and added, “Based on the data accumulated through this flight and the results of the joint investigation, we will not only improve the technological perfection of the Hanbit launch vehicle, but also increase its launch reliability and success rate.”The follow-up launch schedule will be finalized based on the results of the ongoing root cause analysis and the resulting technical improvement and verification plan. Upon completion of the investigation, the scope and duration of the remedial measures will be confirmed and a follow-up launch plan will be announced. Furthermore, after the technical remedial measures are completed, launch approval from the Korea Aerospace Research Institute (KARI) will be obtained before the follow-up launch can proceed.Meanwhile, Innospace conducted its first commercial launch of the Hanbit-Nano rocket at 10:13 PM (Brazil local time) on December 22, 2025, from the Alcantara Space Center in Brazil. Thirty seconds into takeoff, an anomaly was detected in the aircraft, prompting an early termination of the Spaceward mission in accordance with safety procedures. It was confirmed that there were no casualties or additional damage to the facility during this process.
