ISRO General News and Updates
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Vamsi
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there's a PSLV launch in Nov??, where did you get this news?? and what about INSAT-3DS launch
Swesh
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Eoi from inspa site
Swesh
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Vamsi
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looks like fanmadeI recently came across this weird site
Vamsi
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afaik next PSLV is scheduled for Jan 2024, XPoSat is scheduled for Dec 2023 launch, but I don't know which LV its gonna use
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I recently came across this weird site
@FalconZero was working on something similar, he had shared a preliminary design with me couple years back
wonder where he is rn
I hope he's alive
Swesh
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Eoi finished in August and have been notified so if they have dropped the plan it must be recent change
Swesh
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Optical Design of telescope for space observatory for study of Exoplanets
Planets that orbit around other stars are known as Exoplanets. Exoplanets are very hard to see directly
with telescopes. They are hidden by the bright glare of the stars they orbit. Therefore, indirect methods
such as radial velocity, transit photometry/spectroscopy and timing variation methods are used to detect
exoplanets. In some cases, direct imaging method is also used to find exoplanets.
The telescope to study exoplanets can consist of a single instrument (eg. Characterising ExOPlanets
Satellite (CHEOPS) of European Space Agency (ESA)) or a cluster of instuments (eg. Habitable Exoplanet
(HabEx) of National Aeronautics and Space Administration (NASA)). The design options include Ritchey-
Chritien (RC) or a three mirror anastigmat (TMA) design followed by science instruments. The spectral
range of these telescopes generally include ultraviolet (UV), visible and near-infrared (near-IR),
shortwave infrared (SWIR) and sometimes midwave infrared (MWIR) regions. The telescopes include
both imaging and spectroscopic capabilities. Stray light suppression using effective baffling is very
important as the faint light from exoplanets should not be suppressed by any other light coming from
earth or stars. Research in this field is invited for the development of optical systems for upcoming
exoplanet missions.
Planets that orbit around other stars are known as Exoplanets. Exoplanets are very hard to see directly
with telescopes. They are hidden by the bright glare of the stars they orbit. Therefore, indirect methods
such as radial velocity, transit photometry/spectroscopy and timing variation methods are used to detect
exoplanets. In some cases, direct imaging method is also used to find exoplanets.
The telescope to study exoplanets can consist of a single instrument (eg. Characterising ExOPlanets
Satellite (CHEOPS) of European Space Agency (ESA)) or a cluster of instuments (eg. Habitable Exoplanet
(HabEx) of National Aeronautics and Space Administration (NASA)). The design options include Ritchey-
Chritien (RC) or a three mirror anastigmat (TMA) design followed by science instruments. The spectral
range of these telescopes generally include ultraviolet (UV), visible and near-infrared (near-IR),
shortwave infrared (SWIR) and sometimes midwave infrared (MWIR) regions. The telescopes include
both imaging and spectroscopic capabilities. Stray light suppression using effective baffling is very
important as the faint light from exoplanets should not be suppressed by any other light coming from
earth or stars. Research in this field is invited for the development of optical systems for upcoming
exoplanet missions.
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Lander is mere a demonstration of soft landing ability. Another orbiter mission is required for element mapping of Mars. So no, orbiter mission will not be a waste of anything. It will just not give enough to brag about to internet fanboys.
Problem is that ISRO doesn't launch spacecraft for the sake of showing off capability to send them but carry out actual experiments. LVM3 in current configuration can't send anything meaningful to land on Mars.
We don't even have the spacecraft developed yet. So even talking about foreign launcher here is mindless. NGLV will come before India's MLM.
ISRO doesn't have nuclear batteries yet. Nor scientists are on ground cricketers whom you are dictating what to do (as if they are reading you) in your broken English grammar.
TopWatcher
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Does here everyone write english with proper grammer. Don't be so bother what I am saying.Lander is mere a demonstration of soft landing ability. Another orbiter mission is required for element mapping of Mars. So no, orbiter mission will not be a waste of anything. It will just not give enough to brag about to internet fanboys.
Problem is that ISRO doesn't launch spacecraft for the sake of showing off capability to send them but carry out actual experiments. LVM3 in current configuration can't send anything meaningful to land on Mars.
We don't even have the spacecraft developed yet. So even talking about foreign launcher here is mindless. NGLV will come before India's MLM.
ISRO doesn't have nuclear batteries yet. Nor scientists are on ground cricketers whom you are dictating what to do (as if they are reading you) in your broken English grammar.
Just giving thoughts. Hum angreez ki aulaad too hai nhi.
It seems you know much better than somnaath sir.
Swesh
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As of now only Eoi finished in June 2023 so it will take time
Swesh
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Finally explanation by dr. Nilesh m desai what happened to QUantess payload and it will be flown to next POEM hopefully
Swesh
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ISRO’s transfer of Optical Imaging System Technology to Optimized Electrotech
The essence of this transformative endeavour lies in a comprehensive Technology Transfer Agreement, poised to propel the advancement, production, and commercialization of the OIS technology both within India and on the global stage.
Written by FE Online
September 29, 2023 17:28 IST
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At its core, the Optical Imaging System (OIS) developed by ISRO represents a quantum leap in technological prowess. (PTI)
In a groundbreaking move, the Indian Space Research Organisation (ISRO) has initiated the transfer of its cutting-edge Optical Imaging System (OIS) technology to Optimized Electrotech, marking a significant step in the realm of imaging and surveillance capabilities. This agreement, formalized recently, was made possible through the support and guidance of key figures such as Dr Pawan Kr Goenka, Chairperson of Inspace, Rajeev Jyoti, Director of Inspace, and A Arunachalam, Director of NewSpace India Limited (NSIL).
The essence of this transformative endeavour lies in a comprehensive Technology Transfer Agreement, poised to propel the advancement, production, and commercialization of the OIS technology both within India and on the global stage. Crucially, the Prime Minister’s Office (PMO) has thrown its weight behind this initiative, recognizing its potential to reshape the landscape of surveillance technologies.
At its core, the Optical Imaging System (OIS) developed by ISRO represents a quantum leap in technological prowess. This cutting-edge system empowers long-distance surveillance capabilities, operating seamlessly across the visible and near-infrared spectra of the electromagnetic spectrum. Its versatility shines through as it functions effectively during twilight and mid-day lighting conditions, all thanks to a single sensor and a consistent setup.
https://www.financialexpress.com/business/defence/
The implications of this technology transfer are far-reaching, particularly in bolstering the Indian defence industry’s global footprint. Coastal and desert regions, along with applications demanding precision surveillance, will stand to benefit immensely. The acquisition of OIS technology equips India with the means to manufacture products tailored for low-light, long-distance imaging in ground systems. It paves the way for the creation of long-range surveillance systems capable of performing optimally in daylight and moonlit conditions, all driven by a single sensor.
Optimized Electrotech anticipates a slew of innovations stemming from the incorporation of OIS technology. These include the development of low-light imaging surveillance platforms that cater to both long and short ranges, promising a new era in surveillance capabilities.
Moreover, the impact of OIS extends to enhancing the form factor of existing products, rendering them more rugged and compact. This will undoubtedly revolutionize product development and open up new vistas for innovation, further strengthening the ‘Make in India’ initiative.
As the synergy between ISRO’s technological excellence and Optimized Electrotech’s cutting-edge imaging capabilities takes shape, the possibilities for collaboration, exports, and partnerships become increasingly promising. Modules designed for surveillance applications could find their way into the arsenals of major defence manufacturers and system integrators, potentially fostering a new era of collaboration in the realm of defence technology.
This transformative initiative has the potential to reshape the landscape of surveillance capabilities, bolster the defence industry, and foster new avenues for collaboration and export. It marks a significant stride toward a future where India leads the way in cutting-edge imaging and surveillance technologies.
Swesh
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Another article siting it note that date of signing is 20 September 2023
ISRO’s transfer of Optical Imaging System Technology to Optimized Electrotech
The essence of this transformative endeavour lies in a comprehensive Technology Transfer Agreement, poised to propel the advancement, production, and commercialization of the OIS technology both within India and on the global stage.
Written by FE Online
September 29, 2023 17:28 IST
Follow Us
At its core, the Optical Imaging System (OIS) developed by ISRO represents a quantum leap in technological prowess. (PTI)
In a groundbreaking move, the Indian Space Research Organisation (ISRO) has initiated the transfer of its cutting-edge Optical Imaging System (OIS) technology to Optimized Electrotech, marking a significant step in the realm of imaging and surveillance capabilities. This agreement, formalized recently, was made possible through the support and guidance of key figures such as Dr Pawan Kr Goenka, Chairperson of Inspace, Rajeev Jyoti, Director of Inspace, and A Arunachalam, Director of NewSpace India Limited (NSIL).
The essence of this transformative endeavour lies in a comprehensive Technology Transfer Agreement, poised to propel the advancement, production, and commercialization of the OIS technology both within India and on the global stage. Crucially, the Prime Minister’s Office (PMO) has thrown its weight behind this initiative, recognizing its potential to reshape the landscape of surveillance technologies.
At its core, the Optical Imaging System (OIS) developed by ISRO represents a quantum leap in technological prowess. This cutting-edge system empowers long-distance surveillance capabilities, operating seamlessly across the visible and near-infrared spectra of the electromagnetic spectrum. Its versatility shines through as it functions effectively during twilight and mid-day lighting conditions, all thanks to a single sensor and a consistent setup.
https://www.financialexpress.com/business/defence/
The implications of this technology transfer are far-reaching, particularly in bolstering the Indian defence industry’s global footprint. Coastal and desert regions, along with applications demanding precision surveillance, will stand to benefit immensely. The acquisition of OIS technology equips India with the means to manufacture products tailored for low-light, long-distance imaging in ground systems. It paves the way for the creation of long-range surveillance systems capable of performing optimally in daylight and moonlit conditions, all driven by a single sensor.
Optimized Electrotech anticipates a slew of innovations stemming from the incorporation of OIS technology. These include the development of low-light imaging surveillance platforms that cater to both long and short ranges, promising a new era in surveillance capabilities.
Moreover, the impact of OIS extends to enhancing the form factor of existing products, rendering them more rugged and compact. This will undoubtedly revolutionize product development and open up new vistas for innovation, further strengthening the ‘Make in India’ initiative.
As the synergy between ISRO’s technological excellence and Optimized Electrotech’s cutting-edge imaging capabilities takes shape, the possibilities for collaboration, exports, and partnerships become increasingly promising. Modules designed for surveillance applications could find their way into the arsenals of major defence manufacturers and system integrators, potentially fostering a new era of collaboration in the realm of defence technology.
This transformative initiative has the potential to reshape the landscape of surveillance capabilities, bolster the defence industry, and foster new avenues for collaboration and export. It marks a significant stride toward a future where India leads the way in cutting-edge imaging and surveillance technologies.
ISRO transfers Optical Imaging System technology to Optimized Electrotech
Optimized Electrotech Pvt Ltd (OEPL), a leading imaging surveillance technology company, is pleased to announce a significant milestone in its mission to advanc
