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ACSL SOTEN High Resolution Thermal Camera

ACSL SOTEN High Resolution Thermal Camera

$7,900.00
$7,900.00
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Shipping calculated at checkout.

S-SOTEN-HR-THERMAL

SKU S-SOTEN-HR-THERMAL MPN AC-STIRC-01-A
  • Radiometric 640x512 Boson thermal sensor with 12 µm pixel pitch
  • Thermal sensitivity below 20 mK detects subtle heat signatures reliably
  • Temperature accuracy of ±5°C across a 0°C to 100°C range
  • 64 MP visible camera with 20x optical zoom on visible path
  • Thermal FOV of 32° HFOV with 13.6 mm EFL and F/1.0 aperture
  • IP54-rated module operates reliably in rain, dust, and field conditions
  • Weighs approximately 1.98 oz with no meaningful airframe weight impact
  • NDAA-compliant and ITAR-free Hadron 640R module for government procurement
  • One-touch swappable mount installs without tools on the SOTEN platform
  • Compatible with TENSO and TAITEN Smart Controllers via ACSL TAKEOFF
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  • Description
  • Specifications
  • In the Box
  • FAQ

ACSL SOTEN High Resolution Thermal Camera: Radiometric 640x512 Thermal and 64 MP Visible Payload for the SOTEN Platform

The ACSL SOTEN High Resolution Thermal Camera is a dual-sensor thermal-optical payload designed and manufactured in Japan by ACSL, built exclusively for the ACSL SOTEN unmanned aircraft system.

Known as the SAMO, it pairs a Teledyne FLIR Hadron 640R module—combining a radiometric 640 x 512 Boson thermal sensor with a 64 MP visible camera and 20x optical zoom—in a compact, IP54-rated package weighing approximately 1.98 oz (56g). 

It mounts via the SOTEN's one-touch swappable camera bay and integrates natively with the ACSL TAKEOFF ground control application and the TAITEN Smart Controller, giving field operators real-time radiometric thermal data and high-resolution visible imaging from a single payload module.

Key Features and Benefits

  • Thermal sensor: radiometric 640 x 512 Boson thermal camera with 12 µm pixel pitch
  • Visible sensor: 64 MP visible camera with 20x optical zoom on the visible imaging path
  • Thermal sensitivity: less than 20 mK NETD typical for detection of subtle heat signatures
  • Temperature accuracy: ±5°C across 0°C to 100°C for reliable radiometric measurement
  • Thermal optics: 13.6 mm EFL, F/1.0, 32° HFOV for calibrated thermal scene coverage
  • Visible optics: 4.8 mm EFL, 67° HFOV wide visible channel for contextual situational awareness
  • Frame rate: full resolution at up to 60 Hz subject to regional export regulations
  • Ingress protection: IP54 module-level sealing for operation in rain, dust, and field conditions
  • Power draw: approximately 1.8W typical and no more than 2.9W maximum for efficient operation
  • NDAA and ITAR-free: Hadron 640R module meets compliance requirements for government procurement

Designed for public safety, search and rescue, industrial inspection, and disaster response operations where thermal detection and visual identification must work together, the SAMO delivers a thermal sensitivity of less than 20 mK and temperature accuracy of ±5°C across a 0°C to 100°C measurement range.

The visible channel adds 20x optical zoom for long-standoff subject confirmation, and the ITAR-free, NDAA-compliant Hadron 640R module makes the payload suitable for government and enterprise procurement programs with sourcing restrictions. MSX thermal-visible edge fusion is planned as an upcoming capability through ACSL's collaboration with Teledyne FLIR.

Thermal Detection and Visual Confirmation in One Payload

Public safety and industrial inspection missions share a common operational requirement: the ability to detect a heat signature and then positively identify the subject without repositioning the aircraft or swapping sensors. The ACSL SOTEN High Resolution Thermal Camera handles both within a single payload module.

The radiometric Boson 640 x 512 thermal sensor detects temperature differentials as small as 20 mK, providing the sensitivity needed to locate personnel in low-visibility environments, identify electrical hotspots in infrastructure, and detect fire spread in wildland or industrial settings.

The 64 MP visible camera with 20x optical zoom on the visible path then allows operators to zoom in on a flagged thermal signature and confirm subject identity, structural damage, or equipment condition at long standoff distance without a separate imaging payload. At approximately 1.98 oz (56g) and IP54-rated, the SAMO adds this dual-sensor capability to the SOTEN without meaningful impact on airframe weight or weather operability.

Compatibility and System Integration

  • ACSL SOTEN: exclusive compatible aircraft via one-touch swappable camera bay interface
  • ACSL TAKEOFF: fully integrated ground control application for mission planning and camera control
  • ACSL TENSO Smart Controller: compatible for standard operational range thermal missions
  • ACSL TAITEN Smart Controller: primary recommended controller for full SAMO capability and range
  • Teledyne FLIR Prism ISP: compatible with contrast enhancement, turbulence mitigation, and AI detection
  • MSX thermal-visible fusion: planned upcoming capability via Teledyne FLIR collaboration
  • FCC Part 15 Class B: Hadron 640R module tested to EMI compliance at module level

Applications and Use Cases

  • Search and rescue: thermal sensitivity below 20 mK locates personnel in darkness and obscured terrain
  • Public safety response: dual thermal-visible imaging supports situational awareness in dynamic incidents
  • Wildfire monitoring: thermal sensor tracks fire perimeter and hotspot activity through smoke and haze
  • Electrical infrastructure inspection: radiometric data identifies hotspots in lines, connections, and hardware
  • Solar farm inspection: thermal mapping detects underperforming panels and junction box anomalies at scale
  • Industrial equipment monitoring: heat signature detection identifies bearing failure and process equipment faults
  • Disaster response: thermal imaging locates survivors and assesses structural heat conditions after events

The ACSL SOTEN High Resolution Thermal Camera gives SOTEN operators a dual-sensor thermal and visible imaging capability in a compact, NDAA-compliant payload that adds no meaningful weight penalty to the airframe.

For public safety agencies, utility inspection teams, and industrial operators who need both thermal detection and visual confirmation from a single sortie, the SAMO is the payload that closes that gap on the SOTEN platform.

DSLRPros is an authorized U.S. dealer for the full ACSL SOTEN payload lineup, including the High Resolution Thermal Camera. Our team can help you determine whether a standalone SAMO purchase or a complete Thermal Bundle configuration best fits your mission requirements.

Order the ACSL SOTEN High Resolution Thermal Camera at DSLRPros today.

  • Thermal Sensor: FLIR Boson® 640 × 512 (radiometric)
  • Visible Sensor: 64 MP with 20× optical zoom
  • Fusion Technology: MSX® Multi-Spectral Imaging (thermal and visible overlay)
  • Field of View: Thermal ~32° HFOV; Visible ~67° HFOV
  • Temperature Accuracy: ±5°C (0°C to 100°C)
  • Thermal Sensitivity: <20 mK (typical)
  • Frame Rate: Up to 60 Hz (region dependent)
  • Weight: Approx. 56 g
  • Environmental Protection: IP54; operating temperature −20°C to +60°C
  • Integration: One-touch swappable mount; compatible with TAITEN and TAKEOFF
  • Compliance: NDAA-compliant; ITAR-free
  • 1x ACSL SOTEN High Resolution Thermal Camera
What is the ACSL SOTEN High Resolution Thermal Camera and what aircraft is it compatible with?

The ACSL SOTEN High Resolution Thermal Camera, known as the SAMO, is a dual-sensor thermal-optical payload designed and manufactured in Japan by ACSL, built exclusively for the ACSL SOTEN unmanned aircraft system. It pairs a radiometric 640 x 512 Boson thermal sensor with a 64 MP visible camera and 20x optical zoom in a single IP54-rated module weighing approximately 1.98 oz (56g). It mounts via the SOTEN's one-touch swappable camera bay without tools and integrates with the ACSL TAKEOFF ground control application and both TENSO and TAITEN Smart Controllers.

What is the thermal sensitivity specification on the ACSL SOTEN High Resolution Thermal Camera?

The SAMO's Boson thermal sensor achieves a noise equivalent temperature difference of less than 20 mK typical, with a maximum of less than 40 mK depending on configuration. NETD measures the smallest temperature difference the sensor can reliably detect — lower values indicate a more sensitive sensor capable of distinguishing subtler heat signatures. A rating below 20 mK is well suited for detecting personnel in obscured environments, identifying early-stage electrical anomalies, and mapping fine temperature variations across solar panels or industrial equipment surfaces.

Is temperature measurement supported by the ACSL SOTEN High Resolution Thermal Camera?

Yes. It supports radiometric measurement with ±5 °C accuracy within 0 °C to 100 °C.

Does the ACSL SOTEN High Resolution Thermal Camera include a visible camera?

Yes. It integrates a 64 MP visible sensor with up to 20× optical zoom.

Is the ACSL SOTEN High Resolution Thermal Camera NDAA-compliant?

Yes. The SAMO is built around the Teledyne FLIR Hadron 640R module, which is ITAR-free and NDAA-compliant. The payload is designed and manufactured by ACSL in Japan using components sourced from allied suppliers, consistent with the broader NDAA compliance of the SOTEN platform. It is suitable for government and enterprise procurement programs subject to federal sourcing restrictions. A signed NDAA compliance statement for the SOTEN platform is available through DSLRPros upon request.

What does radiometric thermal imaging mean and why does it matter for inspection and public safety?

Radiometric thermal imaging means the camera captures and stores actual temperature values for every pixel in the frame, not just a visual representation of heat differences. This allows operators and software to measure the precise temperature at any point in the image after the flight, which is essential for identifying electrical hotspots in infrastructure, detecting fever or injury in search and rescue operations, and documenting temperature anomalies in solar panels or industrial equipment for maintenance reporting. The SAMO's radiometric Boson sensor delivers temperature accuracy of ±5°C across a 0°C to 100°C range and a sensitivity of less than 20 mK.

What is MSX fusion and when will it be available on the SAMO?

MSX, or Multi-Spectral Dynamic Imaging, is a feature that overlays visible edge detail from the optical sensor onto the thermal image in real time, adding structural context — labels, edges, and surface detail — to the thermal view without obscuring temperature data. ACSL has announced MSX as an upcoming capability for the SAMO through its collaboration with Teledyne FLIR, but it is not yet available at the time of this writing. When enabled via firmware or software update, it will provide enhanced scene clarity for inspection and public safety operations.