In today's world, Kuwait Space Rocket has acquired unprecedented relevance. Whether due to its impact on society, its influence in the business environment or its importance in people's daily lives, Kuwait Space Rocket has become a topic of constant debate and discussion. From its origins to its evolution today, Kuwait Space Rocket has been the subject of study and analysis by experts from different areas. In this article, we will explore different aspects related to Kuwait Space Rocket, from its implications in everyday life to its impact on the global level. Through a detailed and in-depth look, we seek to better understand the role Kuwait Space Rocket plays in our modern world and how it has become an integral part of our reality.
Company type | Research group |
---|---|
Industry | Aerospace |
Founded | January 2018 |
Founder | Naser Ashknani |
Members | Naser Ashknani, Sulieman Alfuhaid, Hassan Almutawaa, Hassan Shamsaldeen |
Website | www |
The Kuwait Space Rocket (KSR), is a Kuwaiti project to build and launch the first suborbital liquid bi-propellant rocket in Arabia. The project is intended to be the first step towards starting a space industry in the country and a launch service provider in the GCC region. The project is divided into two phases with two separate vehicles. An initial testing phase with KSR-1 as a test vehicle capable of reaching an altitude of 8 km (5.0 mi) and a more expansive suborbital test phase with the KSR-2 planned to fly to an altitude of 100 km (62 mi). in May 16 Ambition-1 launched but had a malfunction with the parachute and crashed in free fall.
The project began in January 2018 for conceptual design and planning. The team started the fabrication of KSR-1 in early 2019, and as of January 2020, KSR-1 was fully built.
KSR-1 is a vertically-launched single stage rocket. It uses a liquid bi-propellant rocket engine burning methanol as fuel and nitrous oxide as the oxidizer. KSR-1 is intended to be a test vehicle for the development of KSR-2, the goal of which is to reach space. As such, all the major components and technologies that are expected to be used in KSR-2 are present in KSR-1. The main components of KSR 1 are the engine—consisting of the injector, nozzle, and cooling jacket— with fuel and oxidizer tanks, a nitrogen gas tank, and various valves and pressure regulators.
Section | Mass (kg) |
---|---|
Dry mass | 12[citation needed] |
Nitrous oxide mass | 3.2[citation needed] |
Methanol mass | 0.8[citation needed] |
Total propellant mass | 4[citation needed] |
Total vehicle mass | 16[citation needed] |
Property | Value |
---|---|
Chamber pressure | 3100 kPa |
Exit pressure | 94 kPa |
Momentum thrust | 520.1 N |
Nozzle exit velocity | 2213 m/s |
Burn rate | 16.8 s |
Oxidizer mass flow rate | 0.19 kg/s |
Fuel mass flow rate | 0.047 kg/s |
The KSR-1 engine was built locally in Kuwait and it utilizes a pressure fed cycle. The engine utilizes the nitrous not only as an oxidizer but as a cooling agent, that flows around the nozzle and back into the injector again.
The KSR team performed a cold flow testing in October 2019 to verify the engine's flow rate and plumbing.
KSR performed a static testing of the Injector in November 2019.
The KSR-1 was fully assembled and presented at the Kuwait Aviation Show 2020.
KSR-2 is a planned liquid bi-propellant suborbital launch vehicle. It is the second installment of the KSR Rocket Family, composed of a single stage, fueled by nitrous oxide and methanol. KSR-2 will have a total length of 4 m, a diameter of 0.4 m and a total mass of 591 kg, its apogee will be around 100 km.