anyone can reach the space
ORBITAL TIME CAPSULE NANO SATELLITE 3U
LENGHT (CM) 34.05 - HEIGHT (CM) 10 - WIDTH (CM) 10 - MASS (KG) 5 - LOW EARTH ORBIT 250 KM - 1.001 YEARS ORBIT DEADLINE
ISISpace - GomSpace - Endurosat latest advanced harware components
3U CubeSat Structure - Power Module (Incl. Battery Pack) - S-Band Transmitter
Onboard Computer (OBC) - Protoboard - UHF Antenna - 3U Solar Panel X/Y
Spaceflight most rideshare option to space
SSO-A SmallSat Express : largest single rideshare mission
Competitive launch vehicles: The SpaceX Falcon 9
2019 IDEATING - 2020 FUNDING - 2021 COLLECTING - 2022 ASSEMBLING - 2023 LAUNCH
RESIN CUBE FOR PHYSICAL STORAGE
1 Resin Cube 3 cm³ - 4,37g for Physical Storage
Carried 857 Resin Cube Units
PHYSICAL STORAGE SAMPLES
Blood Sample - Saliva Sample - Other DNA Sample - Ashes Sample - Valuable Sample
VIRTUAL STORAGE & OBSERVATION
1 Gigabyte Including one deep space transmission
1 Linklogin Including the highest definition reception
500 Kbyte Including one deep space transmission
NANO SATELLITE 3U
Lenght (CM) 34.5 - Height (CM) 10 - Width (CM) 10 - Mass (KG) 5 Low Earth Orbit 250 KM - 1.001 Years Orbit Deadline.
Orbital changes and hosted payload charging operated with MiniSherpa an excellent option for deploying Nanosatellites because it can host nine 3U CubeSats, which can be deployed in a predetermined orbit using MiniSHERPA’s propulsive and pointing capabilities.
Flexible and miniaturized Transceiver - Highly miniaturised form-factor - Modular design allows redundancy and flexible configurations of up- and downlink frequencies - Common interfaces with check-out console (GOSH) and Cubesat Space Protocol (CSP) networking - MAIN FEATURES - RF Features: VHF: 140-150 MHz - UHF low: 395-405 MHz - UHF: 430-440 MHz - Data rates from 0.1 kbps to 115.2 kbps - Sensitivity down to -137 dBm - Transmitter with 30 dBm output power at > 45 % PAE - Multiple frame and FEC formats: HDLC (noFEC) - HDLC with convolutional FEC - AX.25 - 32-bit syncword - Reed-Solomon FEC - FSK/MSK/GFSK/GMSK modulation options.
HIGH PERFORMING CAMERA-SYSTEM FOR EARTH OBSERVATION
Industrial Lens - 3-megapixel color sensor - Advanced data processing and storage on-board - Image Acquisition: 1/2" (4:3) format color CMOS sensor - 2048 x 1536 pixels - 10-bit RGB Bayer pattern - Lens Performance - 70 mm lens: <30 m/pixel from 650 km - 400-750 nm spectral transmission Data Processing: High performance ARM processor 512 MB on-board DDR2 RAM - 2 GB solid state image storage - RAW, BMP and JPEG output format - Interface: CSP-enable CAN, I2C and TTL level serial interfaces Serial port with text-based console for debugging.
Resin Cube & Physical Sample
The resin cube size 3cmx3cmx3cm (3cm³) resin weight 1.37g physical sample 3g - Total weight 4.37g.The resin cube incorporates the collected physical sample. Total Resin Cubes carried 857. The physical sample is received using a standard kit - the standard kit has the same resin cube size (3cm³) but a weight of 1.37g. Insert the physical sample of a maximum weight of 3g. The standard kit cube box and the vacuum inside are replaced with resin. There is no problem with the DNA sample, such as a drop of blood, a drop of saliva, a drop of the other, but in the case of heavy objects such as ashes, teeth, jewels you have to calculate the weight well. Excess weight by mistake is eliminated.
All instructions are contained in the kit when it is received.
Virtual Storage & Observation
The collective virtual storage is a collective file to which everyone can participate with a symbolic 100k file that will be added up to a maximum of 50 million participants, in addition to the basic files containing information about humans, information on the Earth, updated encyclopaedic information up to the time of launch. The private virtual storage consists of any type of standard file, audio, video, text of any type and in any language and form, the total available space is 1Gb that can be filled with a single file or multiple files. Total virtual storage carried 100,000 Gb (100Tb). Files can be uploaded to the server and changed up to one year from launch date, unless different communications. The content of the server will be poured onto the nanosatellite HD. The observation can be done 24x365 with any means as a computer, cell phone and tablet, via the internet through its access link, in the maximum definition provided directly by the nanosatellite, or observation can be made by means of receiving ground itself.
All audio / video files will be transmitted once to the deep space.