Product Description
M2D Micro Thermal Drone Camera | HD 160 Grams – UAV1
Discover the M2D Micro Thermal Drone Camera: compact, powerful, and perfect for advanced aerial surveillance. Elevate your drone imagery with M2D.
Product Price: $12,900.00
Product In-Stock: InStock
Technical Specifications
Camera and Imaging
- Visible CMOS TV Channel EO: Equipped with an HD Auto Imaging Low Light CMOS sensor.
- Thermal Imaging IR Channel FLIR: Offers resolution options of 660 x 520, 388 x 288, and HD 1280 x 1080; operates in the LWIR uncooled 7-14µm spectrum.
- Zoom Capabilities: Features optical and digital zoom for both EO and FLIR channels, with up to x13.6 total for EO and x4/2 digital for FLIR.
- Field of View: Variable options including 30° WFOV – 4.7° WFOV – 2.3° DFOV for EO and 32° W.FOV – 6.5° D.FOV for FLIR.
Stabilization and Control
- Gyro-Stabilization: Utilizes UtraStab precision multi-axis jitter-free gyro stabilization.
- Tilt Range: Spans from -45° to 135°.
- Angular Velocity: Capable of up to 105 deg/sec.
- Control Interface: Features an easy-to-use GUI C2 command and control system.
Design and Build
- Weight and Dimensions: The camera weighs 159 grams with dimensions of 53mm in diameter and 78mm in height.
- Design: It’s a micro mini robust military design, with rugged housing including retractable and additional mechanical dampeners.
- Laser Options: Available with infrared or visible 0.5 mRAD laser.
Power and Performance
- Power Requirements: Needs 9-32 VDC.
- Power Consumption: Less than 9W.
- Temperature Range: Functional from -20°C to +60°C.
- Performance: High-speed capabilities suitable for both airborne and ground ISR applications.
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.
Additional Features
- High Definition Video: Delivers clear and detailed imagery.
- Gimbal Stabilization: Ensures steady footage even under turbulent conditions.
- Zoom: Includes both optical and digital zoom capabilities.
- Wide Operating Temperature Range: Functions effectively in diverse environmental conditions.
- Geo-Tagging and Geo-Locking: For tagging and focusing on specific geographical locations.
- Target Tracking and Multiple Payload Options: Enables automatic tracking of moving targets and can be equipped with various sensors and cameras.
- Rugged Design and Multiple Color Palettes: Built for durability and offers various color palettes for thermal imaging.
Product Video:
Micro thermal Drone Camera Software
Advanced AI Modules For Increased Performance
- EO/IR Object Tracking: Precisely tracks subjects within range, ensuring consistent visibility of the subject.
- Geo Location: Accurately captures the position of the M2D, its line of sight, and the location of observed objects.
- Human and Vehicle Detection and Classification: Includes licenses for detecting and classifying humans, vehicles, fire, smoke, and humans overboard.
- License Plate Recognition: Enhances security and identification capabilities.
Variations Of Advanced AI Modules
- MVP/9959: Integrates with Pixhawk, offering object tracking, Geo Reference, Roll De-rotation, video compression, IP video streaming, and video recording.
- MVP/9960: Builds upon the MVP/9959, adding LPR and object detection and classification capabilities.
- MVP/9965: The latest version with increased processing power, capable of determining platform location without GPS and maintaining object tracking across frames.
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.
FAQs for the M2D Micro Stabilized Gimbal
1. How do I properly maintain the M2D Micro Gimbal to ensure its longevity?
To maintain the M2D Micro Gimbal, regularly check for any physical damage, especially after flights in harsh conditions. Clean the lenses gently with lens tissue to keep them free from dust and smudges. Ensure that all moving parts are functioning smoothly and check for any loose screws or connections. Store the gimbal in a dry, cool place away from direct sunlight.
2. Can the M2D Micro Gimbal withstand extreme weather conditions?
The M2D Micro Gimbal is designed for rugged use and can operate in a wide range of temperatures, from -20°C to +60°C. However, it’s important to avoid exposing the gimbal to conditions that exceed these limits. In extremely wet or dusty environments, extra care should be taken to protect the gimbal’s electronic components.
3. Is special training required to operate the M2D Micro Gimbal?
While the M2D Micro Gimbal is user-friendly, it’s beneficial to have a basic understanding of gimbal operations and thermal imaging. Familiarize yourself with its control interface and practice in safe, controlled environments before undertaking critical missions.
4. How often should the M2D Micro Gimbal be calibrated?
Calibration frequency depends on usage. Regularly calibrate the gimbal to ensure accurate and stable performance, particularly after it has been subjected to physical shocks or significant temperature changes.
5. What should I do if the M2D Micro Gimbal is not functioning correctly?
If the gimbal is not functioning as expected, first check all connections and ensure that it is properly powered. Consult the operator’s manual for troubleshooting tips. If the issue persists, contact the manufacturer’s customer support for professional advice or repair services.
6. Can the M2D Micro Gimbal’s software be updated?
Yes, software updates can be available to improve performance or add new features. Regularly check the manufacturer’s website for updates and follow the provided instructions to update the gimbal’s software.
7. How do I ensure the best imaging quality with the M2D Micro Gimbal?
For optimal imaging quality, regularly clean the camera lenses and ensure the gimbal’s stabilization system is functioning correctly. Adjust the camera settings according to the environmental conditions and the specific requirements of your mission.
8. Is it possible to integrate the M2D Micro Gimbal with different types of drones?
Yes, the M2D Micro Gimbal is compatible with a wide range of UAVs, UAS, and drones. However, it’s important to ensure that the drone can support the weight and power requirements of the gimbal. Consult with the drone manufacturer if necessary.
9. What precautions should be taken when transporting the M2D Micro Gimbal?
When transporting the gimbal, use a padded case to protect it from physical shocks. Avoid exposing it to extreme temperatures, moisture, or magnetic fields during transit.
10. Are there any specific legal considerations for using the M2D Micro Gimbal?
Be aware of and comply with local laws and regulations regarding the use of thermal imaging equipment, especially when used for surveillance or in populated areas. Always respect privacy and operational laws pertinent to drone usage.
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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