| Weight: | 1360.78 g |
Product Description
M1-D Customizable HD Thermal Imaging Drone Camera
The M1-D UAV Thermal Camera PTZ is a military-grade, all-weather thermal imaging drone camera designed for versatility in applications.
Product Brand: Sierra Pacific Innovations USA
Product Price: Starting at $3,995
Product In-Stock: InStock
Key Features and Benefits Of The M1-D Thermal Imaging Drone Camera
IR Camera: Features a maintenance-free LWIR Uncooled Microbolometer FPA, spectral resolutions of 640×512, variable zoom, and detecting range up to 5500m for vehicles and 2500m for humans.
EO Camera: Equipped with an HD BSI CMOS VIS/NIR sensor, it offers a zoom range from 500x to 750x, and video format compatibility with PAL/NTSC.
Measurement: Offers temperature measurement capabilities ranging from -20℃ to +550℃ with various modes including global, spot, and area.
Network IP and PTZ: Provides options for serial analog with BNC/HD SDI or optional IP Ethernet, with a pan range of 360° and tilt range from -20° to 90°.
General Specifications: Includes Pelco-D / Pelco-P Protocol, IP67 marine rating, and an operating temperature range of -25℃ to +60℃.
Technical Specifications
Camera Resolution: 640×512 pixels.
Thermal Sensitivity: NETD ≤40mk.
Temperature Range: -20℃ to +550℃.
Lens Options: Variable; 15mm, 25mm, 35mm, 65mm, 90mm.
Frame Rate: Compatible with PAL/NTSC formats.
Zoom Capabilities: 500x to 750x for EO camera; variable for IR camera.
Digital Enhancement Features: Includes anti-haze, anti-fog, and anti-glare capabilities.
Compatibility Information
Compatible Drone Models: Specifically designed to be a thermal imaging drone camera as well as for UAV, UAS, and RPAs.
Mounting Information: Offers various mounting options for different vehicles and drones. Magnetic mounting and custom vehicle mounting options.
Connectivity: Available in serial analog with BNC/HD SDI or optional IP Ethernet.
Product Video:
Thermal Imaging Drone Camera Software
- PELCO-D Extended Protocol: The M1-D uses the PELCO-D Extended Protocol over RS485 serial for advanced control and feedback. This protocol can be integrated with various custom and Commercial Off-The-Shelf (COTS) software solutions, as well as into encoder setups.
- Remote Control and Customization: Controlled via joystick or keyboard, the M1-D allows for remote operation. Its subsystems can be managed through standard Pelco-D compliant controllers, DVRs, or computer software. Special commands exclusive to the M1-D are mapped to specific Pelco-D commands for maximal compatibility.
- Advanced Operation Features: The M1-D features On Screen Menus and Advanced Preset Call Number Codes, allowing users to set pan tilt auto tours, preset positions, remote reboot the system, and control the On Screen Symbology.
Special Features
- Multi-Sensor Pan Tilt Zoom System: Designed for all-weather operation, the M1-D is equipped with a thermal day/night sensor, a visual light CCD sensor, and a laser indicator.
- Matched Digital Zoom and DSP Onscreen Symbology: The new REV2 includes matched digital zoom for visual and thermal sensors, and new DSP onscreen symbology.
- Inverted Operation: The M1-D can be inverted with a keyboard command, making it versatile for different mounting configurations.
- System Reset Function: A system reset feature is available to correct a wide range of glitches that may occur. This is achieved through a special sequence using the OSD mode and preset commands
Warranty Information
At SPI, we stand behind the quality and performance of our products. The limited warranty period for sales other than standard new products, as explicitly stated in any SPI sales offer, will not exceed three months from the date of invoice issuance. These warranty periods apply unless a different warranty period is expressly agreed upon in writing by SPI. It’s important to note that this warranty does not cover any item found, upon examination by SPI, to have been subjected to certain conditions.
For more comprehensive details about our warranty, please refer to our Terms and Conditions.
Support FAQs and Manual Download
- What are the safety precautions I should follow before operating the M1-D camera?
- Ensure to familiarize yourself with the camera’s features and operations by reading the manual.
- Verify the power voltage, current, and polarity before powering on the camera.
- Operate the camera within the specified environmental range: -25°C to 70°C, with an ambient humidity limit of <95% non-condensing.
- How should I route the power, video, and control cables?
- Route the cables in a manner to avoid damage and make sure they are not a trip hazard. Separate video and RS-485 control cables from other cables, and use shielding if necessary to avoid interference.
- What precautions should be taken during the transportation of the M1-D?
- Avoid violent shock and vibration to prevent damage to the camera system.
- Can I disassemble the M1-D camera for any reason?
- Do not attempt to disassemble the system housing as it contains no user-serviceable parts. Contact SPI Corp for service if needed.
- Is there any harm in aiming the M1-D camera lens at the sun or extremely hot objects?
- Never aim the lens at the sun or extremely hot objects as this may damage the thermal sensor.
- What is the recommended method for cleaning the M1-D camera?
- Use a soft cloth for regular cleaning. For more stubborn dirt, use a weak solution of water and household dish soap. Employ quality lens care tissue or a lens cloth to wipe the windows.
- How should I handle the camera housing during operation?
For more detailed information, refer to the M1-D Operator’s Manual.
Thermal Drone Market
The global market for thermal drones experienced a compound annual growth rate (CAGR) of 12.3% from 2018 to 2022. It is projected to grow at a CAGR of 13.1% between 2023 and 2033. By 2023, the military and government sectors are expected to hold a dominant market share of 28.8%. Additionally, the United States thermal drone market is anticipated to reach a valuation of US$ 734.2 million by 2024
Online Thermal Drone Camera Store
The integration of thermal imaging cameras on drones, such as those offered by UAV1, has significantly advanced aerial surveillance and inspection across various industries. These cameras capture heat signatures from objects, animals, or people, using infrared radiation instead of relying on visible light. This capability allows them to operate effectively in total darkness, through smoke, and in diverse weather conditions.
UAV1 offers several advanced thermal imaging cameras for drones, each designed for specific applications and environments:
- M2D Micro Thermal Gimbal Drone Camera: This is an exceptionally compact multi-spectral gimbal imaging system suitable for UAVs, UASs, and sUASs. It features both 1920 HD visible and 1280 HD ultra-sensitive thermal imaging channels, all within a frame weighing less than 160 grams. This versatility makes it ideal for various surveillance and reconnaissance missions.
- M1-D UAV Thermal Camera PTZ: This is a military-grade, all-weather imaging unit suitable for various vehicles, ships, and drones. Weighing around 2 lbs, it integrates thermal imaging, a CCTV camera, and a laser designator in a rugged housing. It provides high-resolution thermal sensors and versatile mounting options, making it suitable for both commercial and military sectors.
- M7D Ultra Long Range Thermal UAS Drone Camera: An ultralight thermal gimbal that incorporates AI-Tracking and multispectral technology. It uses MWIR technology and multi-axis gyro stabilization for precise, continuous surveillance. The M7D boasts a human detection range of 8 km and vehicle detection of 10 km, with optional Laser Range Finder integration for enhanced capabilities.
These thermal imaging systems are transformative for a range of applications:
- Search and Rescue Operations: Thermal drones can quickly cover large areas and detect heat signatures of people in challenging terrains or at night, significantly reducing search times.
- Wildlife Monitoring and Conservation: They are used to monitor animal populations, particularly nocturnal species, without disturbing them.
- Industrial and Electrical Inspections: Thermal drones detect overheating, energy losses, or structural weaknesses in solar panels, wind turbines, and electrical power lines.
- Agriculture: Farmers use them to monitor crop health, irrigation systems, and soil conditions, aiding in precision agriculture.
The advantages of these systems over traditional methods are evident in their efficiency, coverage, accessibility, cost-effectiveness, and precision. They have revolutionized how we approach surveillance, inspection, and data collection, making UAV1’s offerings particularly valuable for a wide range of applications
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