Armani
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Thanks to Gessler for the original find -
Bellatrix Aerospace is a research and development company developing orbital launch vehicles (rockets) and electric propulsion systems for satellites. Today, the space industry plays an indispensable role in our lives. Our mobile phones, TVs, office computers and the internet are all dependent on satellites. Yet, humans have explored only a small chunk of space. Space offers infinite possibilities for a lot of market sectors.
The biggest barrier to open the doors of space for improving life on Earth is the fact that the cost of access to space is exorbitantly high. We are a technology based company and we believe that a revolution in the space technology is what it takes to change the world we live in. In the field of satellite propulsion, Bellatrix offers to reduce satellite mission cost through its patented electric propulsion systems. Bellatrix is dedicated to offer its customers high reliability, short wait periods and competitive costs.
GARUDA
Garuda is an affordable launch vehicle under development at Bellatrix Aerospace. It falls in the medium lift category. It's a two stage rocket designed for complete re-use. It will feature a revolution in the field of rocket engineering by incorporating several innovations such as a next generation propulsion system and ingenious stage recovery mechanisms. Garuda will employ carbon composites in more than 80% of its construction.
Garuda, for the first time, will feature a unique thermodynamic cycle for its first stage engine. This engine called Kalam, will feature combustion tap-off cycle, i.e. it uses a pump-fed engine design with a tap-off cycle to take small amount of combustion gases from main combustion chamber to power the engine turbopumps. This produces high impulse and is much simpler than pre-burning staged combustion because of its single combustion chamber and graceful shut down mode. This engine is designed to generate 800kN thrust in vacuum.
The second stage of Garuda will use a single Aeon engine. This stage is designed for multiple restart capability. The Aeon engine will feature turbo-pumps driven by Brushless DC motors powered by advanced batteries. This will eliminate the need for complex turbo-machinery and highly complex plumbing. This engine is designed to generate 41kN thrust in vacuum.
http://bellatrixaerospace.com/garuda.html
CHETAK
With advances in technology, nano-satellites are becoming more and more capable. Bellatrix offers a simple and reliable dedicated nano-satellite launch vehicle with an aim to make nano-satellite launches more affordable than ever before. Chetak is a two stage vehicle, where the first stage is designed for reuse. Both the stages of Chetak will use liquid methane as fuel. Chetak features an all-carbon composite construction.
The first stage of Chetak will use a four Aeon engines each capable of generating 41kN of thrust, giving a total thrust of 164kN. This stage is designed for multiple restart capability. The Aeon engine will feature turbo-pumps driven by Brushless DC motors power by advanced batteries. This will eliminate the need for complex turbo-machinery and plumbing.
The second stage of Chetak will use a single Aeon engine. This stage is optimized for vacuum operation at a down rated 21kN thrust. Tis stage is also designed for multiple restart capability.
MICROWAVE ELECTRO-THERMAL THRUSTER
Bellatrix Aerospace has developed and patented Microwave Electro-thermal Thrusters (MET), an advanced type of electric propulsion for satellites. This is an efficient electric propulsion system and has an unique distinction of being able to efficiently work on several propellants such as Argon, Xenon, Nitrogen, Ammonia and Water Vapour. MET is an electrode less (zero erosion), vortex stabilized thruster where microwaves are used to heat the propellant and produce a high temperature exhaust for in-space propulsion.
...and many more products. Their official website : http://bellatrixaerospace.com/index.html
Bellatrix Aerospace is a research and development company developing orbital launch vehicles (rockets) and electric propulsion systems for satellites. Today, the space industry plays an indispensable role in our lives. Our mobile phones, TVs, office computers and the internet are all dependent on satellites. Yet, humans have explored only a small chunk of space. Space offers infinite possibilities for a lot of market sectors.
The biggest barrier to open the doors of space for improving life on Earth is the fact that the cost of access to space is exorbitantly high. We are a technology based company and we believe that a revolution in the space technology is what it takes to change the world we live in. In the field of satellite propulsion, Bellatrix offers to reduce satellite mission cost through its patented electric propulsion systems. Bellatrix is dedicated to offer its customers high reliability, short wait periods and competitive costs.
GARUDA
Garuda is an affordable launch vehicle under development at Bellatrix Aerospace. It falls in the medium lift category. It's a two stage rocket designed for complete re-use. It will feature a revolution in the field of rocket engineering by incorporating several innovations such as a next generation propulsion system and ingenious stage recovery mechanisms. Garuda will employ carbon composites in more than 80% of its construction.
Garuda, for the first time, will feature a unique thermodynamic cycle for its first stage engine. This engine called Kalam, will feature combustion tap-off cycle, i.e. it uses a pump-fed engine design with a tap-off cycle to take small amount of combustion gases from main combustion chamber to power the engine turbopumps. This produces high impulse and is much simpler than pre-burning staged combustion because of its single combustion chamber and graceful shut down mode. This engine is designed to generate 800kN thrust in vacuum.
The second stage of Garuda will use a single Aeon engine. This stage is designed for multiple restart capability. The Aeon engine will feature turbo-pumps driven by Brushless DC motors powered by advanced batteries. This will eliminate the need for complex turbo-machinery and highly complex plumbing. This engine is designed to generate 41kN thrust in vacuum.
http://bellatrixaerospace.com/garuda.html
CHETAK
With advances in technology, nano-satellites are becoming more and more capable. Bellatrix offers a simple and reliable dedicated nano-satellite launch vehicle with an aim to make nano-satellite launches more affordable than ever before. Chetak is a two stage vehicle, where the first stage is designed for reuse. Both the stages of Chetak will use liquid methane as fuel. Chetak features an all-carbon composite construction.
The first stage of Chetak will use a four Aeon engines each capable of generating 41kN of thrust, giving a total thrust of 164kN. This stage is designed for multiple restart capability. The Aeon engine will feature turbo-pumps driven by Brushless DC motors power by advanced batteries. This will eliminate the need for complex turbo-machinery and plumbing.
The second stage of Chetak will use a single Aeon engine. This stage is optimized for vacuum operation at a down rated 21kN thrust. Tis stage is also designed for multiple restart capability.
MICROWAVE ELECTRO-THERMAL THRUSTER
Bellatrix Aerospace has developed and patented Microwave Electro-thermal Thrusters (MET), an advanced type of electric propulsion for satellites. This is an efficient electric propulsion system and has an unique distinction of being able to efficiently work on several propellants such as Argon, Xenon, Nitrogen, Ammonia and Water Vapour. MET is an electrode less (zero erosion), vortex stabilized thruster where microwaves are used to heat the propellant and produce a high temperature exhaust for in-space propulsion.
...and many more products. Their official website : http://bellatrixaerospace.com/index.html
