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aiRadar’s V-band MMI family separates array size and computing resources across three models. The manufacturer lists MMI-100, MMI-200 and MMI-400 with 64, 128 and 256 elements respectively, masses below 3.2, 6.9 and 10.7 kg, and maximum power consumption below 125, 250 and 500 W. Listed storage is 2, 4 and 8 TB. All include an inertial measurement unit; the table specifies integrated GNSS for MMI-100 and dual GNSS for MMI-200 and MMI-400.
Processing configurations serve different radar tasks. aiRadar describes conventional AESA operation with elevation interferometry and moving-target indication, or synthetic-aperture imaging with a stated 5 cm resolution and associated interferometric, surface-model and moving-target functions. Electronic scanning extends to ±45 degrees, and the company describes micro-Doppler analysis. These are supplier specifications for selectable configurations, not a demonstration that every mode operates simultaneously.
The chosen mode, navigation inputs, host motion, power and mounting must be considered together. The published model table gives useful physical limits but does not provide a common detection range or independently verified field-performance envelope.
These describe the reviewed application scope, not confirmed deployments, released requirements or procurement eligibility.
The MMI family has published model specifications. NRC’s separate 12-channel research-radar procurement, awarded November 30, 2021, totals CAD 525,448.87 including its amendment, with a term through March 31, 2026. ISC contract CW2448053 funds QEMSRN R&D through March 5, 2027. Neither record establishes operational quantum-enhanced capability across the MMI range.
aiRadar presents MMI hardware and integration by configuration. Model choice and operating mode determine the payload envelope and integration work; QEMSRN remains a separate funded development activity. Public production rates and configuration-specific delivery commitments are not supplied.
A technology readiness level is not established by the reviewed public sources.
No reviewed Mission area or released Defence need connection is currently published.
These records support this capability and its published Mission area and Defence need connections. A source count is not a count of independent confirmations.
Source type: official company product
Supports: Capability · defence applications
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · technical tags
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · maturity
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · technical tags
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · technical tags
True North Map applies the counter-UAS tag from aiRadar Inc.'s documented capability functions.
Supports: Capability · core features
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · core features
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · technology readiness level
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · technical tags
True North Map applies the GMTI tag from aiRadar Inc.'s documented capability functions.
Supports: Capability · defence applications
Persistent ground observation This bounded statement is retained for reviewer verification.
Supports: Capability · name
Software-defined compact AESA radar
Supports: Capability · technical tags
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · name
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · defence applications
Counter-uncrewed-aircraft sensing
Supports: Capability · technical tags
True North Map applies the AESA radar tag from aiRadar Inc.'s documented capability functions.
Supports: Capability · core features
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · defence applications
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · defence applications
Airborne surveillance This bounded statement is retained for reviewer verification.
Supports: Capability · defence applications
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · core features
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · core features
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · technical tags
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · core features
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · capability type
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · defence applications
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · core features
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · commercial availability
aiRadar Inc. currently presents Software-defined compact AESA radar through its official public capability surface.
Supports: Capability · summary
aiRadar documents modular compact radar systems supporting synthetic-aperture imaging, ground-moving-target indication, drone carriage and counter-uncrewed-aircraft sensing.
Supports: Capability · commercial availability
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · capability type
Compact radar sensing and imaging
Supports: Capability · technicaldomainslugs
True North Map maps Software-defined compact AESA radar to sensing and isr from its documented technology functions.
Supports: Capability · capability type
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · commercial availability
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · defence applications
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · technology readiness level
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · core features
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · core features
Synthetic-aperture radar imaging
Supports: Capability · defence applications
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · technical tags
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · technical tags
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · core features
Ground-moving-target indication
Supports: Capability · technicaldomainslugs
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · summary
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · technical tags
True North Map applies the SAR tag from aiRadar Inc.'s documented capability functions.
Supports: Capability · core features
Drone-compatible radar payloads
Supports: Capability · technicaldomainslugs
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · core features
Software-defined AESA architecture
Supports: Capability · name
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · technical tags
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · technical tags
Official MMI model table: V-band MMI-100/200/400, 64/128/256 elements per array, masses <3.2/<6.9/<10.7 kg, max consumption <125/<250/<500 W, storage 2/4/8 TB; all have IMU; GNSS single/dual/dual. Dimensions 182×428×91 / 333×428×91 / 639×428×91 mm; two-way azimuth beamwidth 0.9/0.4/0.2 degrees. Supplier describes alternative conventional AESA elevation-interferometry/MTI and 5 cm SAR/interferometry/digital-surface-model/MTI configurations, plus ±45-degree electronic scanning and micro-Doppler. MIL-STD-810 design/IP67 are supplier statements, not independently checked qualification. No common range/performance result or simultaneous availability of every mode is established.
Supports: Capability · summary
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · core features
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Supports: Capability · core features
V-band MMI radars can be configured for scanned-array AESA with elevation interferometry/MTI or synthetic-aperture imaging, with manufacturer-stated 5 cm SAR resolution. MMI-100/200/400 have respectively 64/128/256 elements, mass below 3.2/6.9/10.7 kg and maximum consumption below 125/250/500 W; capabilities include ±45-degree scanning and micro-Doppler analysis. The MMI series is presented as modular radar products; platform integration and demonstrated detection performance are configuration-specific.
Public Services and Procurement Canada
Source type: award or contract
Supports: Capability · commercial availability
aiRadar received ISC Testing Stream R&D contract CW2448053 on April 9, 2026 for a Quantum Enhanced Multi-Static Radar Network, listed C$2,564,661.78 and expiry March 5, 2027. QEMSRN is an R&D contract; it does not establish completed fielding or quantum capability in every commercial MMI model.
Supports: Capability · maturity
aiRadar received ISC Testing Stream R&D contract CW2448053 on April 9, 2026 for a Quantum Enhanced Multi-Static Radar Network, listed C$2,564,661.78 and expiry March 5, 2027. QEMSRN is an R&D contract; it does not establish completed fielding or quantum capability in every commercial MMI model.
Public Services and Procurement Canada
Source type: award or contract
Supports: Capability · maturity
Public Services and Procurement Canada's public evidence confirms a company-specific project, award, program or operating context, while configuration-specific acceptance and scale remain bounded by the reviewer warning.
CanadaBuys / NRC
Source type: award or contract
Supports: Capability · maturity
NRC 12 Channel Research Radar award November 30, 2021, term through March 31, 2026; total CAD525,448.87 including CAD129,950 amendment. Research apparatus procurement, not evidence of operational military deployment.
Public sources cited · Facts and assessments kept separate · Human review
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Supports: Capability · commercial availability
aiRadar received ISC Testing Stream R&D contract CW2448053 on April 9, 2026 for a Quantum Enhanced Multi-Static Radar Network, listed C$2,564,661.78 and expiry March 5, 2027. QEMSRN is an R&D contract; it does not establish completed fielding or quantum capability in every commercial MMI model. CW2448053 forQEMSRN underISC TestingStream runs April 9, 2026 to March 5, 2027; current contract record valueC$2564661.78 includes amendment history.
Supports: Capability · maturity
aiRadar received ISC Testing Stream R&D contract CW2448053 on April 9, 2026 for a Quantum Enhanced Multi-Static Radar Network, listed C$2,564,661.78 and expiry March 5, 2027. QEMSRN is an R&D contract; it does not establish completed fielding or quantum capability in every commercial MMI model. CW2448053 forQEMSRN underISC TestingStream runs April 9, 2026 to March 5, 2027; current contract record valueC$2564661.78 includes amendment history.
