Pilotix Thermal T384 FPV Camera - 384x288 Resolution, 8-14 μm Spectrum for Drones

Introduction

The Pilotix Thermal T384 FPV Camera represents a cutting-edge thermal imaging solution meticulously engineered for drone applications. This camera is designed to provide critical thermal data, enhancing situational awareness and operational capabilities for pilots. Whether for professional inspection, search and rescue, or advanced FPV flying, the T384 offers unparalleled thermal vision performance in a compact and lightweight package.

Key Advantages

• Advanced Thermal Imaging: Utilizes a VOx microbolometer sensor for high-sensitivity infrared detection.
• High Resolution: Features a 384x288 pixel resolution for detailed thermal imagery.
• Wide Spectral Range: Sensitive to the 8-14 μm wavelength band, ideal for detecting heat signatures.
• Exceptional Temperature Tolerance: Operates effectively in extreme temperatures from -40°C to +60°C.
• Lightweight Design: Weighs only 23g, ensuring minimal impact on drone flight dynamics and endurance.
• Compact Size: With dimensions of 21mm x 21mm x 38mm, it integrates easily into various drone setups.
• Low Power Consumption: Consumes a maximum of 0.8W, making it energy-efficient for extended missions.
• High Sensitivity: Boasts a NETD of ≤40mK (@25°C, F#1.0) for detecting subtle temperature differences.

Technical Specifications

• Sensor Type: Vanadium Oxide (VOx) microbolometer - uncooled infrared sensor technology.
• Max Image Size: 384x288 pixels.
• Pixel Size: 12μm.
• Response Wave Band: 8~14 μm.
• NETD: ≤40mK (@25°C, F#1.0).
• Field of View: 26.46°(H) x 19.81°(V), 33.19°(D).
• Lens: 9.7mm focal length.
• Storage Temperature: -45°C to +75°C.
• Storage Humidity: <90% RH.</li>
• Operating Temperature: -40°C to +60°C.
• Operating Humidity: <90% RH.</li>
• Weight: 23g.
• Dimension: 21mm x 21mm x 38mm.
• Power Consumption: ≤0.8W.
• DC Input: 5~12V.

Applications

The Pilotix Thermal T384 is ideal for a wide range of applications including FPV drone operation, UAV surveillance, industrial inspection, search and rescue missions, wildlife monitoring, and any scenario requiring advanced thermal imaging capabilities. Its robust design and performance make it suitable for both professional and advanced hobbyist use.

Compatibility

The camera is compatible with drone systems requiring a 5~12V DC power input and features a low power consumption of ≤0.8W. Its compact dimensions (21mm x 21mm x 38mm) and lightweight design (23g) facilitate easy integration into various drone frames and gimbals.

FAQ

What is the Pilotix Thermal T384 FPV Camera best suited for?

The Pilotix Thermal T384 FPV Camera is best suited for applications requiring detailed thermal imaging on drones, such as industrial inspections, search and rescue operations, wildlife monitoring, and advanced FPV flying. Its high resolution and sensitivity allow for precise detection of heat signatures.

What are the key technical advantages of the Pilotix Thermal T384?

Key advantages include its 384x288 resolution, 8-14 μm response band, and a highly sensitive NETD of ≤40mK. It also boasts a wide operating temperature range (-40°C to +60°C) and a lightweight design of only 23g, making it ideal for drone integration.

How does the lens and field of view impact performance?

The camera features a 9.7mm lens providing a Field of View of 26.46°(H) x 19.81°(V). This combination allows for a good balance between detail recognition and situational awareness, crucial for effective thermal monitoring during drone flights.

What is the power requirement for the Pilotix Thermal T384?

The Pilotix Thermal T384 requires a DC input voltage ranging from 5V to 12V and has a low maximum power consumption of ≤0.8W. This makes it energy-efficient for extended flight times.

Where can I buy the Pilotix Thermal T384 FPV Camera with reliable delivery?

You can buy the Pilotix Thermal T384 FPV Camera at HTDRONE. We are based in Poland and offer fast delivery within Poland and reliable worldwide shipping via DHL. Check our store for the best deal on this advanced thermal camera.