Boost throughput with the iXM-RS250 single-head aerial camera
Next-generation aerial mapping performance

iXM-RS250

Unrivalled mapping productivity from a single camera.

iXM-RS250 next-generation single-head aerial camera

Next generation aerial mapping

Introducing the iXM-RS250, Phase One’s most advanced single-head aerial camera. Delivering the widest coverage from a single high-resolution sensor, ultra-high-resolution imagery, and groundbreaking data handling technology, the iXM-RS250 redefines efficiency in aerial mapping. Complete missions faster, reduce costs, and streamline workflows — all with one powerful system.

Maximize productivity, minimize costs

With the iXM-RS250, you can map more ground in fewer passes. By cutting flight time up to 30% and reducing data storage requirements by up to 90%, the iXM-RS250 enables faster project turnaround and greater ROI. It’s the most commercially effective aerial mapping camera in its class.

Widest coverage from a single-sensor aerial camera

Coverage icon for single-head aerial camera wider footprint per pass

Map more, fly less

Complete missions 25–30% faster with fewer images, reduced fuel use, and extended equipment lifetime. 

IIQ-X icon: up to 90% smaller files for aerial mapping workflows

High resolution, minimum storage

IIQ-X delivers up to 90% smaller files than 16-bit TIFFs without compromising image quality and integrates seamlessly with leading geospatial workflows. 

RSX lens lineup for single-head aerial camera: 45–220 mm

One camera, every mission

New, flexible RS lens range and iXM compatibility let you handle city, corridor, and wide-area surveys with one system. 

Technical specifications

iXM-RS250

Image format and frame rate

Resolution (Mpix)

247

Resolution (Mpix)

247

Sensor resolution (pix)

19,240 x 12,840

Sensor resolution (pix)

19,240 x 12,840

Dynamic range (dB)

81

Dynamic range (dB)

81

Color basic sensitivity [ISO]

100

Color basic sensitivity [ISO]

100

Monochrome basic sensitivity [ISO]

400

Monochrome basic sensitivity [ISO]

400

Pixel size [um]

2.81

Pixel size [um]

2.81

Sensor size [mm x mm]

54 x 36

Sensor size [mm x mm]

54 x 36

Aspect ratio

3:2

Aspect ratio

3:2

Continuous frame rate [fps]

2

Continuous frame rate [fps]

2

Shortest exposure time [s]

1/2,500

Shortest exposure time [s]

1/2,500

Shutter type

Mechanical

Shutter type

Mechanical

Interfaces and mechanical specifications

Interfaces

Interfaces

Image data

USB 3.0, Ethernet 10G (fiber/copper)

Image data

USB 3.0, Ethernet 10G (fiber/copper)

API

Phase One SDK

API

Phase One SDK

H/W signals (inputs)

Trigger, Black reference

H/W signals (inputs)

Trigger, Black reference

H/W signals (output)

Camera ready, MEP

H/W signals (output)

Camera ready, MEP

Internal data storage

CF Express card

Internal data storage

CF Express card

HDMI

1,920 x 1,080

HDMI

1,920 x 1,080

Mechanical

Mechanical

Dimensions - excl. lens (mm)

90 x90 x 91

Dimensions - excl. lens (mm)

90 x90 x 91

Interface (for mounting)

4 x M4 threads

Interface (for mounting)

4 x M4 threads

Weight - excl. lens (kg)

1.0

Weight - excl. lens (kg)

1.0

Operating conditions

Operating temperature (°C)

-10 to 40

Operating temperature (°C)

-10 to 40

Storage temperature (°C)

TBD

Storage temperature (°C)

TBD

Relative humidity (%)

15 to 80 (non-condensing)

Relative humidity (%)

15 to 80 (non-condensing)

Certifications

Certifications

FCC Class A, CE, RoHS

Specific standards specified on DoC

FCC Class A, CE, RoHS

Specific standards specified on DoC

IP rating

IP53

IP rating

IP53

RS Lenses – Technical Specifications

RSX-45 mm

Focal length RSX-45 mm

Angle of view - long side (°)

62.0

Angle of view - long side (°)

62.0

Angle of view - Short side (°)

43.7

Angle of view - Short side (°)

43.7

RSX-65 mm

Focal length RSX-65 mm

Angle of view - long side (°)

45.2

Angle of view - long side (°)

45.2

Angle of view - Short side (°)

31.0

Angle of view - Short side (°)

31.0

RSX-95 mm

Focal length RSX-95 mm

Angle of view - long side (°)

31.8

Angle of view - long side (°)

31.8

Angle of view - Short side (°)

21.5

Angle of view - Short side (°)

21.5

RSX-120 mm

Focal length RSX-120 mm

Angle of view - long side (°)

25.4

Angle of view - long side (°)

25.4

Angle of view - Short side (°)

17.1

Angle of view - Short side (°)

17.1

RSX-150 mm

Focal length RSX-150 mm

Angle of view - long side (°)

20.4

Angle of view - long side (°)

20.4

Angle of view - Short side (°)

13.7

Angle of view - Short side (°)

13.7

RSX-220 mm

Focal length RSX-220 mm

Angle of view - long side (°)

14.0

Angle of view - long side (°)

14.0

Angle of view - Short side (°)

9.4

Angle of view - Short side (°)

9.4

With the iXM-RS250 Phase One reaffirms its commitment to enabling geospatial professionals to do more, faster. By combining ultra-high resolution, dramatically improved workflow efficiency, and unmatched integration flexibility, the iXM-RS250 sets a new benchmark for aerial imaging systems and marks a powerful step into the future of aerial mapping.

Thomas Allin

Chief Technical Officer, Phase One

A future-proof investment – Start now, be ready for what’s next

Secure your competitive edge today by investing in the iXM-RS150, a proven, production-ready solution available now. With a guaranteed plug-and-play upgrade path to the iXM-RS250, you can move forward with confidence while preparing for the next leap in aerial imaging.

The iXM-RS250 shares the same mechanical footprint as the RS150, ensuring seamless integration with existing mounts, systems, and workflows — no redesigns or downtime needed.

What you get:

✅ Immediate deployment of the iXM-RS150 for ongoing and upcoming projects
✅ Guaranteed upgrade to the new iXM-RS250 at launch — fully compatible, zero disruption
✅ Plug-and-play transition — same camera body footprint, no hardware changes required
✅ Exclusive access to early prototypes, SDKs, and launch insights

Ready to take aerial mapping to the next level?

Book a consultation with our experts to see how the iXM-RS250 can transform your aerial mapping operations.