Satellite

Our CubeSat mode is designed to facilitate the creation of low-cost CubeSat-class satellites. Reducing the cost of spacecraft development in this form factor allows spacecraft development efforts to be funded from teaching funds, instead of requiring faculty to seek research funds to conduct this activity. Using teaching funds (instead of research funds) facilitates greater student leadership and involvement, as it reduces the risk of mission failure to the responsible faculty member. Additionally, as teaching funds are generally recurring, this approach facilitates incorporation of the small satellite program in curriculum on a year-upon-year basis.

UV RADIATION (I2C)

Operating Voltage 3.3V / 5V Range of spectral sensitivity 320 ~ 410 nm Peak Sensitivity 355 nm UVA Sensitivity 5 μW/cm2/step(typical) Interface I2C I2C Address 0x38(Data LSB) / 0x39(Data MSB)

TEMP & HR

Specified Temperature Range -40°C to +125°C Temperature Resolution 0.01°C Temperature Accuracy Tolerance ±0.1 °C Specified Humidity Range 0%RH to +100%RH Humidity Resolution 0.01%RH Humidity Accuracy Tolerance ±1.5 %RH Interface I2C I2C Address 0x45(default) / 0x44(optional)

BAROMETER & ALTIMETER

260 to 1260 hPa absolute pressure range Current consumption down to 3 μA High overpressure capability: 20x full-scale

EMBEDDED TEMPERATURE COMPENSATION

24-bit pressure data output 16-bit temperature data output ODR from 1 Hz to 75 Hz SPI and I²C interfaces Embedded FIFO Interrupt functions: Data Ready, FIFO flags, pressure thresholds Supply voltage: 1.7 to 3.6 V High shock survivability: 22,000 g

SD CARD

The RTC module use the I2C bus to communicate with Arduino&Crowduinom. 5V DC supply Programmable Square-Wave output signal Automatic Power-Fail detect and switch circuitry Consumes less than 500nA in Battery-Backup Mode with Oscillator Running

VOC SENSOR

MPU M8M GPS Operating voltage: 2.7 ~ 3.6 Operating temperature: -40 ~ 80 °C Antenna type: built-in ceramic antenna and external antenna External Antenna port: SMA Can receive data from 3 GNSS systems concurrently Horizontal position accuracy: minimum 2.5m Supported protocols: NMEA, UBX, RTCM Industry leading -167dBm sensitivity

Contact us to learn more about the price of KSF Space NanoSatellite Model. For advanced instruments and payload, please contact us for discussion and pricing.

The price does not include training and consulting but general documentation and manual. For training and consulting, please contact us for pricing and training program.

Interested universities/ schools willing to purchase our model with launch services, please note, we do offer two launch options (Latex / Zero pressure balloon or through space rockets to LEO via our launch partners in the USA, Europe and Asia) price of our CubeSat model does not including launch option. You may need to contact us to discuss your budget for launch altitude, wight and launch vehicle.