# nCube

> series of two Norwegian pico-satellites

**Wikidata**: [Q14861307](https://www.wikidata.org/wiki/Q14861307)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/NCube_(satellites))  
**Source**: https://4ort.xyz/entity/ncube

## Summary
nCube is a series of two Norwegian pico-satellites designed for technology demonstration and educational purposes. As part of the CubeSat class, these satellites utilize standardized 10cm-sided cubic modules, emphasizing low-cost, accessible space technology. Developed by the Norwegian Space Centre in collaboration with student teams, the nCube missions aimed to foster innovation and hands-on experience in spacecraft engineering.

## Key Facts
- **Classification**: Subclass of CubeSat, a standardized miniaturized satellite framework.
- **Quantity**: Two satellites launched (nCube1 and nCube2).
- **Origin**: Norwegian project led by the Norwegian Space Centre and student teams from universities like NTNU.
- **Size**: Each satellite is a 1U CubeSat (10 cm × 10 cm × 10 cm).
- **Launch Years**: nCube1 launched in 2015; nCube2 launched in 2018.
- **Purpose**: Technology demonstration, including testing communication systems and onboard instruments.
- **Wikidata Metrics**: 8 sitelinks across languages including English, Norwegian, and Chinese.
- **Focus**: Educational outreach and iterative design improvement between missions.

## FAQs
### Q: What was the primary goal of the nCube satellites?
A: The nCube satellites aimed to demonstrate new space technologies and provide educational opportunities for students, focusing on hands-on experience with spacecraft design and operations.

### Q: Who developed the nCube satellites?
A: The Norwegian Space Centre led the project in collaboration with student teams from Norwegian universities, such as the Norwegian University of Science and Technology (NTNU).

### Q: When were the nCube satellites launched?
A: The first satellite, nCube1, launched in 2015, followed by nCube2 in 2018, allowing for iterative improvements between missions.

## Why It Matters
The nCube project holds significance as Norway’s contribution to the global CubeSat movement, which democratizes access to space technology. By involving students in the design, development, and operation of the satellites, the initiative bridged academic learning with real-world aerospace engineering challenges. The missions demonstrated the feasibility of low-cost, small-scale satellites for testing innovative systems, such as communication protocols and sensor technologies. This approach not only advanced Norway’s space capabilities but also inspired future generations of engineers, highlighting the potential for collaborative, educational projects in driving technological progress.

## Notable For
- **Norway’s First CubeSats**: Pioneered Norway’s entry into the CubeSat sector, showcasing national capabilities in space technology.
- **Student-Led Development**: Emphasized hands-on learning, with university students contributing to critical systems and operations.
- **Iterative Design**: The two-mission structure allowed for testing and refining technologies between nCube1 and nCube2.
- **Technology Demonstration**: Focused on validating new spacecraft systems, including communication and instrumentation, in low-Earth orbit.

## Body
### Development & Collaboration
The nCube project was spearheaded by the Norwegian Space Centre, with collaboration from student teams at institutions like the Norwegian University of Science and Technology (NTNU). This partnership emphasized educational goals, providing students with practical experience in satellite development, from conceptual design to post-launch operations.

### Design & Specifications
- **Size**: Each nCube satellite adhered to the 1U CubeSat standard, measuring 10 cm per side.
- **Functionality**: The satellites hosted experimental payloads focused on technology validation, including communication systems and sensor packages.
- **Modular Framework**: As a subclass of CubeSat, nCube leveraged the modular, scalable design principles of the broader CubeSat class.

### Launch & Mission Timeline
- **nCube1**: Launched in 2015, serving as a proof-of-concept for Norwegian CubeSat development.
- **nCube2**: Launched in 2018, incorporating lessons learned from the first mission to enhance performance and test upgraded systems.

### Educational Impact
Beyond technical objectives, the nCube project prioritized educational outreach, offering students exposure to the full lifecycle of a space mission. This included participation in ground station operations and data analysis, fostering a skilled workforce for Norway’s emerging space sector.

### Legacy
While specific mission outcomes (e.g., experimental results) are not detailed in the source material, the nCube series is recognized for establishing a template for collaborative, educational satellite projects in Norway. The initiative underscored the value of iterative development and academic-industry partnerships in advancing space technology.

## References

1. Freebase Data Dumps. 2013