Procurement Summary
Country: Canada
Summary: Development of the Martian Atmospheric Gas Evolution Experiment - Inter Cavity Optical Spectroscopy (Mage Icos)
Deadline: 27 Jul 2026
Posting Date: 12 Jul 2026
Other Information
Notice Type: Tender
TOT Ref.No.: 144989879
Document Ref. No.: 9F063-20250304 / Version 2
Competition: ICB
Financier: Self Financed
Purchaser Ownership: Public
Tender Value: Refer Document
Purchaser's Detail
Name: Login to see tender_details
Address: Login to see tender_details
Email: Login to see tender_details
Login to see detailsTender Details
The Canadian Space Agency (CSA) requires specialized research and development services to advance the Martian Atmospheric Gas Evolution Experiment - Inter Cavity Optical Spectroscopy (MAGE ICOS). The work will focus on maturing ICOS technology for in situ detection of methane on Mars, including: • development and optimization of low pressure ICOS instrumentation; • miniaturization of instrument mass and volume relative to commercial ICOS systems; • environmental testing under simulated Martian atmospheric conditions (100-130 Torr); • performance characterization at trace methane detection thresholds; • delivery of engineering reports, design updates, and prototype hardware. This ACAN is intended to disclose a series of procurement activities, evolving in accordance with the established Research and Development plan. This work may lead to several years of continued development in collaboration with the contractor to support the initiative, until the expected initiative is completed.
Solicitation Type : ACAN - Advance Contract Award Notice (Formal) Reference Number : cb-330-67795670 Location : Canada Dates Publication : 2026/07/10 12:00:00 AM EDT Closing Date : 2026/07/27 02:00:00 PM EDT Contact Information : R&D Procurement : [email protected] Description : The Canadian Space Agency (CSA) requires specialized research and development services to advance the Martian Atmospheric Gas Evolution Experiment – Inter Cavity Optical Spectroscopy (MAGE ICOS). The work will focus on maturing ICOS technology for in situ detection of methane on Mars, including: • development and optimization of low pressure ICOS instrumentation; • miniaturization of instrument mass and volume relative to commercial ICOS systems; • environmental testing under simulated Martian atmospheric conditions (100–130 Torr); • performance characterization at trace methane detection thresholds; • delivery of engineering reports, design updates, and prototype hardware. This ACAN is intended to disclose a series of procurement activities, evolving in accordance with the established Research and Development plan. This work may lead to several years of continued development in collaboration with the contractor to support the initiative, until the expected initiative is completed.
Documents
Tender Notice