Sounding rocket payloads
Andøya Space Sub-Orbital has developed a Norwegian flight-proven sounding rocket platform with standardized parts and modules which makes it easy to accomodate a wide range of experiments.
Our sounding rocket payload platform is state-of-the-art, flight-proven and based on standardized parts allowing us to design and build advanced and cost-effective payloads in a short amount of time.
You as a customer can focus on the actual experiment while Andøya Space designs and develops the payload section, procures the motors, qualifies the vehicle for flight and then performs the launch operations from one of our launch sites.
This service significantly reduce the mission complexity for the customer.
The platform is an excellent option for scientific research, technology demonstration missions and space education purposes.
Flight-proven design
- HotPay 2, single stage vehicle for atmosphere research, launched from Andøya.
- ICI-2, two stage vehicle for space weather research, launched from Svalbard.
- ICI-3, two stage vehicle for space weather research, launched from Svalbard.
- ICI-4, two stage vehicle for space weather research, launched from Andøya.
- MaxiDusty-1, single stage vehicle for atmosphere research and technology testing, launched from Andøya.
- MaxiDusty-1b, single stage vehicle for atmosphere research and technology testing, launched from Andøya.
- HTR, single stage vehicle powered by a hybrid engine developed by Nammo. Launched from Andøya.
- Nucleus, single stage vehicle powered by a hybrid engine developed by Nammo, launched from Andøya.
- ICI-5, two stage vehicle for space weather research, launched from Svalbard.
Electronics and nosecone
In the front of the payload we have a tangent ogive split nosecone, that can be jettisoned when the vehicle has left the atmosphere. During ascent the nosecone is held in place by a v-belt, which is later released by pyrotechnics. When the nosecone is separated the instruments inside will be exposed to the space environment making them able to conduct insitu measurements.
Just below the nosecone we have an electronics bay that can house support electronics for the science instruments.
Hotel module
The hotel module is a mid-section of the rocket with large deployable hatches. The prime real estate of the rocket is the front deck of the rocket, but the space on the top deck is limited, and the hotel section offers an additional opportunity for instruments to do in-situ measurements.
The section can house cameras, booms or other types of deployables.
Service module
The service module houses all support systems; Transmitter, antennas, batteries, IMU, encoder, power distribution system and event handler.
Additional modules
4DSpace module
This mother-daughter module comprises of six deployable sub-payloads. The sub-payloads allow up to six additional measurements per module, which gives a better spatial collection of data.
The sub-payloads transmit data back to the main-payload, where the data is joined together and transmitted to ground.
Cubesat eject module
Module designed for deployment of two 1U cubesats. Ideal for cubesat prototype testing and educational missions.
Custom science modules
Development of custom science modules per request.
Contact Andøya Space Sub-Orbital
Do you have any questions or need to get in touch with Andøya Space Sub-Orbital? Send an e-mail:
Andøya Space Sub-Orbital is a business division of Andøya Space focusing on providing two launch sites and related services for sub-orbital research rockets, in addition to groundbased scientific instrumentation.
Andøya Space Sub-Orbital
Andøya Space
Bleiksveien 46
8480 Andenes
Norway
+47 76 14 00 00
sub-orbital@andoyaspace.no
NO979122721MVA
Alomar Observatory
alomar@andoyaspace.no