NMHH-1 Spacecraft

Half duplex digital repeater using GMSK modulation at selectable data rates up to 12k5. Also LoRa. 

A satellite developed by the Radio Club of BME and the Budapest University of Technology and Economics (BME), into orbit in Q4 2025.

This is part of another rideshare agreement between both organisations. Previous satellites from BME, ATL-1, SMOG-P and MRC-100, were also managed by Alba Orbital to get them to orbit. 
HUNITY is a 3P PocketQube platform (external dimensions: 178 mm × 50 mm × 50 mm), and the most recent satellite developed by BME as part of an academic program led by students and lecturers.

It is the successor to the SMOG-P, SMOG-1, and MRC-100 missions, and its name reflects its core values, combining the words Hungary, unity, and university. The mission is sponsored by Nemzeti Média- és Hírközlési Hatóság (National Media and Infocommunications Authority).

While NMHH-1 orbiting the Earth, the satellite's primary mission is dedicated to testing the satellite platform, which will be commercialized later. 

There will be several side missions of the picosatellite: 

• A technology demonstration to host all subsystems of the satellite of BME’s partner University of Győr (Széchenyi István Egyetem). Their satellite will be a PocketQube satellite inside the satellite NMHH-1 as a payload. 
• After the first contact has been made and everything has been properly tested, there will be possibility for high school students to perform experiments of their own on the satellite. 
• HUNITY features a module dedicated to a Raspberry Pi Pico 2 that has some sensors attached and anyone can submit their code which can be uploaded to provide telemetry data 
• For the first time at BME, the solar array wings are going to be deployed at the start of the flight of the satellite to generate the power for the subsystems. 

• 3UCubed
• 6GStarLab
• Accenture-1
• AE5Ra
• AE5Rb
• AE5Rc
• Black Kite-1
• BRO-17
• BRO-20
• CTC-1A
• CTC-1B
• CTC-1C
• Flock-4h 1
• Flock-4h 2
• Flock-4h 3
• Flock-4h 4
• Flock-4h 5
• Flock-4h 6
• Flock-4h 7
• Flock-4h 8
• Flock-4h 9
• Flock-4h 10
• Flock-4h 11
• Flock-4h 12
• Flock-4h 13
• Flock-4h 14
• Flock-4h 15
• Flock-4h 16
• Flock-4h 17
• Flock-4h 18
• Flock-4h 19
• Flock-4h 20
• Flock-4h 21
• Flock-4h 22
• Flock-4h 23
• Flock-4h 24
• Flock-4h 25
• Flock-4h 26
• Flock-4h 27
• Flock-4h 28
• Flock-4h 29
• Flock-4h 30
• Flock-4h 31
• Flock-4h 32
• Flock-4h 33
• Flock-4h 34
• Flock-4h 35
• Flock-4h 36
• FRG-10D1
• GENA-OT
• HCT-SAT 2
• IHI-Sat 2
• Lemur-2
• Lemur-2
• Lemur-2 GHGSat D
• Lemur-2 GHGSat E
• Lilium-2
• Lilium-3
• LUNA 1
• MAUVE
• MICE-1
• Observer-1 B
• OTTER (MSAE-OTTERS)
• Phasma A
• Phasma B
• PHI-1
• PW6U
• R5-S7
• SPEQTRE
• SPiN-2
• T.MicroSat-1
• TORO 2
• TRYAD 1
• TRYAD 2
• VEERY-0G
• WISDOM-A
• WISDOM-B
• ANISCSAT
• NMHH-1
• SARI-1
• SARI-2
• Foresail-1p
• Lemur-2
• Lemur-2
• Lemur-2
• Lemur-2 LacunaSat 4C
• Lemur-2 LacunaSat 4D
• Lemur-2 LacunaSat 4E
• Lemur-2 LacunaSat 4F
• FOSSASat (WISeSAT-5)
• FOSSASat (WISeSAT-6)
• FOSSASat (WISeSAT-7)