Optoelectronic Pod

Your Professional Optoelectronic Pod Supplier

Perfect Optics is a leading technology company dedicated to the research and development of advanced optical equipment and processes, as well as the design and manufacturing of high-precision optical components and systems. We are committed to delivering superior optical solutions to clients across various industries through our unwavering focus on technological excellence and exceptional customer service.

Professional Team

Our team comprises highly skilled and experienced professionals with extensive expertise in the optical field. With decades of collective experience, we have perfected the manufacturing process for optical components, achieving precision at the nanometer level and even sub-nanometer accuracy.

Quality Control

To ensure the highest quality standards, we utilize state-of-the-art measurement instruments such as ZYGO, LUPHOSCAN, coordinate measuring machines, and 4D dynamic interferometers.

Custom Service

We offer customized lenses and optical systems designed to meet specific customer requirements, ensuring tailored solutions that address unique needs.

Advanced Equipment

Our in-house capabilities enable us to develop cutting-edge optical manufacturing equipment, providing an optimal environment for producing efficient and highly precise optical components.

Parameters

Yuntai Parameter

Degree of freedom of pan-tilt	3-axis
*Size (length width * height)**	≤66mm66mm76mm
Weight	≤128g (Damping and mounting screws are not included in the weight of the pod)
Pitch angle rotation range	-120°~+20°
Steering angle rotation range	-90 ~+90 (Zuo Zheng right negative)
Rolling shaft rotation range	-40°~+40°
Pointing accuracy of turntable	≤0.5°
Maximum search speed	≥10°/s
Operating voltage	12V

Fixed Focus Visible Light Parameter

Focal distance	12.0mm
Resolution ratio	3840 * 2160 (8 million)
Viewing angle	49°(H)*28°(V)
Pixel size	1.45μm(H)×1.45μm(V)
Frame frequency	≥30HZ
CMOS	Diagonal 6.43mm(1/2.8 type)
Shutter	Electronic shutter door
Detection range	2000m
*AI recognition distance (2.3m5m target)**	700m

Infrared Thermal Imaging Parameters

Focal distance	9.1mm
Resolution ratio	640*512
Viewing angle	45°(H)*37°(V)
Pixel size	12μm(H)×12μm(V)
Frame frequency	50HZ
Spectrum	8~14um
F coefficient	8~14um
NETD	≤50mk@25℃
Detection range	600m
*AI recognition distance (2.3m5m target)**	100m

Types of Optoelectronic Pod

The optoelectronic pods produced by our company mainly include the following types:

Spherical Photoelectric Imaging Pod

Spherical photoelectric pod -ZP2S150-4A pod integrates visible light and thermal imaging dual lenses, which can output both visible light and thermal imaging video images at the same time, and has the function of laser ranging, which is suitable for aerial photography and operational requirements of medium and long-distance unmanned aerial vehicles.

Square Photoelectric Pod

ZP3C065-2A photoelectric pod integrates miniature visible light camera and infrared thermal imaging camera, adopts 3-axis pan-tilt control technology, and integrates AI image recognition technology, and is equipped with an 8-megapixel fixed-focus camera and a thermal imager with a resolution of 640*512, which can realize the functions of AI automatic recognition and tracking of people, cars and other targets.

Photoelectric Pod Of Spherical Cruise Missile

ZP2S055-1A photoelectric pod adopts miniature visible light camera and multi-axis pan/tilt technology, and at the same time, it incorporates perfect AI image recognition technology, which can realize AI recognition of people, vehicles and other targets, and is often used as reconnaissance and operational requirements of cruise missile unmanned aerial vehicles.

Technical Features of Optoelectronic Pod

Ultra-small volume (≤Φ75mm×98mm) and ultra-light weight (≤320g).
Ultra-low power consumption, average power consumption ≤6W.
With strong and light metal shell, it is suitable for all kinds of harsh environment.
With long wave infrared and visible light band detection ability, it can continuously output infrared images and visible light images in real time, and the picture is clear, smooth and stable.
With day and night imaging function, it can realize the detection, identification and tracking of the target throughout the day. Professional highly sensitive infrared thermal imaging makes mini targets clear at night.
Be able to automatically identify and track the target, and can resist natural interference.
With laser ranging function, Airborne Electro Optical Pod can achieve high test accuracy and high stability.
Be able to withstand strong shocks.
With self-check and fault reporting functions.
The gyro operates stably during working period.

Applications of Optoelectronic Pod

The optoelectronic pod can be applied to various UAVs to achieve reconnaissance and tracking of targets, as well as air patrol, traffic dredging, fire fighting, forest fire prevention, search and rescue, environmental monitoring, agricultural plant protection, smart city, power inspection and other fields.

Precautions for Using Optoelectronic Pods

Mechanical Stress Avoidance
During mounting, avoid applying mechanical stress such as pulling, twisting, or compressing the leads. Residual mechanical stress can cause breaks or shorts in the leads, leading to malfunction or failure of the optoelectronic pod.

Vibration Isolation
Optoelectronic pods are often installed on moving vehicles such as planes, vessels, and armored cars. To prevent vibration from affecting the performance of the pod, implement effective vibration isolation measures. This can include using dampers or isolators to reduce the transmission of vibration to the optoelectronic equipment.

Environmental Conditions
Optoelectronic pods should be operated within their specified environmental conditions, including temperature, humidity, and electromagnetic interference levels. Exceeding these conditions can damage the pod or affect its performance.

Dirt and Stain Prevention
During cleaning, take precautions to avoid dirt and stains adhering to the pod, as they can cause malfunctions. Use clean tools and materials to avoid contamination.

Proper Storage
When not in use, store optoelectronic pods in a clean, dry, and static-free environment. Avoid exposing them to extreme temperatures or humidity levels that could damage the device.

Packaging And Shipping

Packaging	Wooden crate package for standard exporting package.
Shipping	We will help you to choose the best shipping way according to your detail requirements. By sea, by air, or by express, etc.

Our Certificate

FAQ

Q: What is an optoelectronic pod?

A: An optoelectronic pod is a device that integrates a variety of optoelectronic sensors (such as visible light cameras, infrared thermal imagers, etc.) and a stable platform, and is usually used for tasks such as reconnaissance, monitoring and target tracking.

Q: What is the resolution of the optoelectronic pod?

A: The resolution varies by model and purpose, and common visible light cameras can have a resolution of 1920x1080 pixels or higher.

Q: What is the operating temperature range of the optoelectronic pod?

A: It is typically designed to operate in a temperature range of -20°C to +55°C, but the specific range may vary by model.

Q: What is the protection level of the optoelectronic pod?

A: The common protection level is IP65, which means it has a certain degree of dust and water resistance.

Q: What are the data transmission methods of optoelectronic pods?

A: Including wired transmission (such as Ethernet, serial port, etc.) and wireless transmission (such as Wi-Fi, 4G/5G, etc.).

Q: What is the service life of the optoelectronic pod?

A: The service life varies depending on the model, usage environment and maintenance, and can usually be several years or more.

We're well-known as one of the leading optoelectronic pod manufacturers and suppliers in China. If you're going to buy customized optoelectronic pod made in China, welcome to get pricelist from our factory. For price consultation, contact us.

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