Anodized Aluminum Frame
Lightweight and strong with a sleek finish.
Anodized Aluminum Frame
Lightweight and strong with a sleek finish.
Anodized Aluminum Frame
Lightweight and strong with a sleek finish.
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
Miniaturized Optics. Space-Grade Precision.
Miniaturized Optics. Space-Grade Precision.
Precision.
Precision.
Stablity.
Stablity.
Intelligence.
Intelligence.
Precision.
Precision.
Stablity.
Stablity.
Intelligence.
Intelligence.
Precision.
Precision.
Stablity.
Stablity.
Intelligence.
Intelligence.
Meet MIRA FS-50
Features.
One solid piece. Every detail in focus.
Compact form factor. High optical performance. Built for orbital missions.
Lightweight
Lightweight
5x smaller
Noise Cancellation
Fixed Focus
Fixed Focus
Uncompromised Quality
Uncompromised Quality
plug-n-play
Space Qualified
plug-n-play
Space Qualified
Technical Specifications
Precision Optics. Compact Engineering.
Feature
Specification
Optical Design
Catadioptric, Monolithic
Aperture
45 mm
F-Number
F/6.67
Spectral Range
400 – 850 nm
Resolution
2048 × 1088
Pixel Size
5.5 µm
Frame Rate
111 fps
Interface
Ethernet
Dimensions
54 × 54 × 87 mm
Weight
<502 g
GSD (at 500 km)
9.167 m PAN
Swath Width
18.773 km
Space Imaging Technology
Engineered for reliable performance across every stage of the mission.
Space Imaging Technology
Engineered for reliable performance across every stage of the mission.
CubeSat Ready
Designed for seamless integration into CubeSat and small satellite platforms where space and mass are limited.
Consistent Optical Performance
Maintains imaging accuracy across varying thermal conditions encountered in orbit.
Simple Payload Integration
Standard Ethernet interface enables straightforward integration with onboard data handling systems.
Low SWaP
A compact architecture that minimizes Size, Weight, and Power requirements for modern space missions.
Remote Sensing
Suitable for Earth observation, environmental monitoring, agricultural assessment, and scientific missions.
Mission Adaptability
Flexible architecture that can support a variety of small satellite imaging applications.
FAQ
Got Questions? We’ve Got Answers.
Is the system space-qualified?
What orbit is it optimized for?
What kind of interface does it support?
How compact is the payload?
What type of imaging does it support?
Anodized Aluminum Frame
Lightweight and strong with a sleek finish.
Anodized Aluminum Frame
Lightweight and strong with a sleek finish.
Anodized Aluminum Frame
Lightweight and strong with a sleek finish.
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
MIRA FS-50
Miniaturized Optics. Space-Grade Precision.
Miniaturized Optics. Space-Grade Precision.
Precision.
Precision.
Stablity.
Stablity.
Intelligence.
Intelligence.
Precision.
Precision.
Stablity.
Stablity.
Intelligence.
Intelligence.
Precision.
Precision.
Stablity.
Stablity.
Intelligence.
Intelligence.
Meet MIRA FS-50
Features.
One solid piece. Every detail in focus.
Compact form factor. High optical performance. Built for orbital missions.
Lightweight
Lightweight
5x smaller
Noise Cancellation
Fixed Focus
Fixed Focus
Uncompromised Quality
Uncompromised Quality
plug-n-play
Space Qualified
plug-n-play
Space Qualified
Technical Specifications
Precision Optics. Compact Engineering.
Feature
Specification
Optical Design
Catadioptric, Monolithic
Aperture
45 mm
F-Number
F/6.67
Spectral Range
400 – 850 nm
Resolution
2048 × 1088
Pixel Size
5.5 µm
Frame Rate
111 fps
Interface
Ethernet
Dimensions
54 × 54 × 87 mm
Weight
<502 g
GSD (at 500 km)
9.167 m PAN
Swath Width
18.773 km
Space Imaging Technology
Engineered for reliable performance across every stage of the mission.
Space Imaging Technology
Engineered for reliable performance across every stage of the mission.
CubeSat Ready
Designed for seamless integration into CubeSat and small satellite platforms where space and mass are limited.
Consistent Optical Performance
Maintains imaging accuracy across varying thermal conditions encountered in orbit.
Simple Payload Integration
Standard Ethernet interface enables straightforward integration with onboard data handling systems.
Low SWaP
A compact architecture that minimizes Size, Weight, and Power requirements for modern space missions.
Remote Sensing
Suitable for Earth observation, environmental monitoring, agricultural assessment, and scientific missions.
Mission Adaptability
Flexible architecture that can support a variety of small satellite imaging applications.
FAQ
Got Questions? We’ve Got Answers.
Is the system space-qualified?
What orbit is it optimized for?
What kind of interface does it support?
How compact is the payload?
What type of imaging does it support?