B2Space

B2Space
  • Founded:
    2016
  • Country:
  • Headquarters:
    Unit 19a, Greenwich Road, Maesglas Industrial Estate, Newport, NP20 2NN, United Kingdom
Description: B2Space is a UK-based aerospace company specializing in high-altitude operations. The company offers services such as near-space testing and High Altitude Pseudo Satellite (HAPS) platforms. Additionally, B2Space is developing the "Rockoon" system to provide flexible, reliable, and low-cost access to Low Earth Orbit (LEO) for small and micro satellites.

Vision:
To become a leading provider of high-altitude operations and launch services, enabling innovative applications and research in near-space and LEO environments.

Mission:
To democratize access to space by providing affordable and flexible launch solutions for small and micro satellites.

Contact:

References:
Investors:

Funding:
  • Grant: Dec,18 2019 , £0.0415 million
  • Grant: Sep 1,2019 , £0.1 million
  • Grant: Oct 1, 2020 , £0.25 million
  • Grant: Sep 9, 2019 , £0.046 million
  • Grant: Feb 11, 2019 , £0.020 million
  • Grant: March 27, 2019 , £0.129 million
  • Grant: Dec 23, 2021, €2.04 million
  • Grant: Feb 10, 2018 , £0.01 million
  • Series A Funding: Mar 1, 2021 , £1 million

Key Milestones:
  • 2016: B2Space was founded in the United Kingdom.
  • Expansion to Spain: The company expanded its operations to Spain, enhancing its capabilities and market reach.

Key People:
Sector:

Products & Services:
  • Near Space Testing: Utilizing stratospheric balloons, B2Space offers platforms for testing technologies and conducting experiments in near-space conditions, providing a cost-effective alternative to traditional space missions.
  • High Altitude Pseudo Satellite (HAPS) Platforms: Development of HAPS platforms that operate in the stratosphere, offering extended mission durations for applications such as communications, Earth observation, and environmental monitoring.
  • Rockoon System: An innovative launch system combining stratospheric balloons and rockets to deploy small and micro satellites into LEO, aiming to offer flexible, reliable, and low-cost access to space.
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