We fly the typhoone series 520mm drones
Our experience is with the H+ , the 520 and the 520e
we will start an info log on our experiences in the forum but for now here are a couple notes
Yes, you can fly a Yuneec Typhoon H Plus without the camera installed, but it is not recommended for several reasons:
- Balance and Stability: The camera and gimbal are important components for the drone’s overall weight distribution. Without the camera installed, the drone may not be perfectly balanced, which could affect its flight performance and stability, especially in windy conditions.
- Flight Modes: The Typhoon H Plus has various flight modes that are designed around the camera and gimbal. Without the camera, some of these modes (such as ones that rely on the gimbal’s stabilizing function) might not perform optimally, or may not be available at all.
- Safety Features: The camera often contributes to some of the drone’s autonomous features, like obstacle avoidance. Without the camera, the drone may not function as intended when it comes to collision avoidance.
- Autonomous Flight: The camera also plays a role in the drone’s autonomous flight modes like Follow Me or Orbit. Without the camera, those functions won’t work.
In short, while the Typhoon H Plus can technically be flown without the camera, it may not perform as well, and you could lose access to some of its key features. For the best flying experience, it’s generally better to have the camera installed.
Cameras
The Yuneec C90 and Yuneec C23 are both high-quality cameras used for aerial photography and videography, often paired with Yuneec drones like the H520 or Typhoon H Plus. However, there are some key differences between the two that cater to different use cases, whether for professional, industrial, or recreational use.
1. Camera Sensor and Image Quality:
- C90:
The Yuneec C90 features a 1-inch sensor which offers great low-light performance, high dynamic range, and sharpness. The camera is designed for high-quality stills and video, making it a great choice for professional photographers and videographers who need excellent image quality in various lighting conditions.- Resolution: 20MP stills
- Video: 4K UHD video recording (30fps)
- C23:
The Yuneec C23 is equipped with a 1/2.3-inch sensor. While smaller than the C90’s, it is still capable of high-quality images and video but is more optimized for different kinds of aerial work, such as industrial inspections or surveying. This camera also offers high-definition image quality, but its performance in low light and dynamic range may not be as good as the C90.- Resolution: 12MP stills
- Video: 4K UHD video recording (30fps)
2. Lens and Field of View (FOV):
- C90:
The C90 has a larger lens (f/2.8) designed for better clarity and sharpness, especially in difficult lighting conditions. Its field of view (FOV) is around 75.3° which is slightly wider and offers more flexibility for wide-angle shots in cinematography or aerial photography. - C23:
The C23 features a smaller f/2.8 lens, with a narrower FOV compared to the C90, usually around 68.5°, which makes it more suitable for industrial and inspection tasks where precise, focused shots are more important than wide-angle views.
3. Gimbal and Stabilization:
Both cameras come with 3-axis stabilized gimbals, ensuring smooth footage and stability during flight, even in windy conditions. This is critical for both aerial photography and professional filming, as well as surveying and inspections.
- C90:
The 3-axis gimbal in the C90 ensures that video is stable, even when shooting at high resolutions like 4K. - C23:
Similarly, the C23 features a 3-axis gimbal but may not have the same precision and fluidity as the C90 in terms of stabilizing for cinematic footage, but it is well-suited for industrial and inspection purposes.
4. Target Use Cases:
- C90:
The C90 is targeted more at cinematographers and photographers who need professional-grade image and video quality, especially for aerial filming and commercial photography. The larger sensor and better image quality make it ideal for creative, high-resolution shots. - C23:
The C23 is more designed for commercial and industrial applications, such as surveying, infrastructure inspections, and thermal imaging. It’s more about functionality, ease of use, and utility in professional environments where image quality may be secondary to precision and reliability in data capture.
5. Additional Features (Thermal/Multispectral for C23):
- C90:
Primarily focused on standard RGB imaging with high quality for photography and video. Does not offer additional specialized sensors. - C23:
In addition to standard RGB imagery, the C23 is often available with multi-spectral sensors or thermal imaging options, which can be very useful for precision inspections, surveying, and monitoring applications that require more than just visual data.
6. Price Range:
- C90:
Generally, the C90 tends to be more expensive because of its superior image quality, larger sensor, and focus on high-end cinematography. - C23:
The C23 is typically more affordable, especially when considering it may be sold with industrial-grade features like thermal cameras or multispectral options. It is priced to be an industrial tool, which generally makes it more affordable for businesses in those fields.
Summary Table:
| Feature | Yuneec C90 | Yuneec C23 |
|---|---|---|
| Sensor | 1-inch CMOS | 1/2.3-inch CMOS |
| Resolution | 20MP stills | 12MP stills |
| Video | 4K UHD (30fps) | 4K UHD (30fps) |
| Lens | f/2.8, wider FOV (~75.3°) | f/2.8, narrower FOV (~68.5°) |
| Primary Use | Cinematography, aerial photography | Industrial inspections, surveying |
| Gimbal | 3-axis stabilization | 3-axis stabilization |
| Special Features | High-quality video and photo | Potential for thermal/multispectral sensors |
| Price | More expensive, geared towards professionals | More affordable for industrial use |
Conclusion:
- If you’re looking for high-end cinematography and photography, the Yuneec C90 is the better option due to its larger sensor, higher resolution, and wider field of view.
- If you need a camera for industrial use, such as surveys, inspections, or mapping, the Yuneec C23 is likely a better fit due to its multi-spectral capabilities (if applicable) and more practical features for these applications.
Would you like further details on the features or use cases of either camera?
what cameras are compatable with the yuneec typhoon H +
The Yuneec Typhoon H Plus is a high-performance drone that supports various professional-grade cameras, offering flexibility for both photographers and industrial users. However, the compatibility of cameras with the Typhoon H Plus is somewhat limited, as it primarily supports specific Yuneec cameras that are designed to work seamlessly with the drone’s gimbal and flight system.
Here are the main cameras that are compatible with the Yuneec Typhoon H Plus:
1. Yuneec CGO3+ Camera
- Type: 4K UHD camera
- Resolution: 12MP stills
- Video: 4K UHD at 30fps, 1080p at 120fps
- Lens: 115° FOV wide-angle lens
- Gimbal: 3-axis stabilized gimbal
- Use Case: This camera is typically the default for the Typhoon H Plus and is designed for high-quality aerial photography and videography.
- Features: It includes built-in features such as electronic image stabilization (EIS) and is ideal for filmmakers and content creators who need high-quality 4K video and decent stills. It is a versatile camera, suitable for most general photography and video recording needs.
2. Yuneec C23 Camera
- Type: 4K UHD camera
- Resolution: 12MP stills
- Video: 4K UHD at 30fps, 1080p at 60fps
- Lens: 68.5° FOV wide-angle lens
- Gimbal: 3-axis stabilized gimbal
- Use Case: The C23 is more industrial-focused and is designed for use in applications like aerial surveying, inspections, and commercial applications. It provides high-definition video and is compatible with the Typhoon H Plus when used in a more business or utility context.
- Features: This camera may offer additional specialized features like the ability to attach thermal or multispectral sensors for advanced applications, though these are optional upgrades.
3. Yuneec CGO3 Camera (original)
- Type: 1080p camera
- Resolution: 12MP stills
- Video: 1080p Full HD at 30fps
- Lens: 115° FOV
- Gimbal: 3-axis stabilized gimbal
- Use Case: The original CGO3 camera is similar to the CGO3+, but with lower video resolution (1080p vs. 4K). It’s suitable for general photography but doesn’t match the higher quality of the CGO3+ or C23 in terms of resolution and image sharpness.
- Features: Ideal for those who need good quality footage but don’t require the full 4K resolution.
4. Yuneec E50 Camera (Optional for other models, not the Typhoon H Plus)
- Type: 4K camera (geared for industrial use)
- Resolution: 20MP stills
- Video: 4K UHD at 30fps
- Lens: 50mm equivalent lens (optical zoom)
- Use Case: The E50 camera is primarily for professional inspections and aerial surveying. It’s compatible with other Yuneec drones (like the Typhoon H or H520), but it does not fit directly on the Typhoon H Plus. It provides zoom capabilities, which are useful for detailed inspection work but is more often used with the H520 model.
5. Yuneec E90 Camera (Compatible with Typhoon H520, not directly with Typhoon H Plus)
- Type: 4K camera
- Resolution: 20MP stills
- Video: 4K UHD at 30fps
- Lens: 90mm optical zoom lens (telephoto)
- Use Case: Like the E50, the E90 camera is intended for industrial use with applications like inspection, mapping, and surveying. It’s not compatible with the Typhoon H Plus but works with the Yuneec Typhoon H520, which is another drone in the Yuneec lineup designed for professional and industrial applications.
- Features: The E90 offers optical zoom and advanced capabilities for remote sensing, inspection, and surveying.
Camera Compatibility Overview:
- Typhoon H Plus works natively with the CGO3+ and C23 cameras.
- The CGO3+ is typically the default camera for most users, offering excellent 4K video recording and high-quality stills, while the C23 is ideal for industrial users.
- The E50 and E90 cameras are not compatible with the Typhoon H Plus, as they are designed for other Yuneec models (like the H520).
Conclusion:
If you’re looking for high-quality cinematic video and photography, the CGO3+ is a great choice, while the C23 is better suited for industrial, surveying, or inspection applications, especially if you need more specialized options (e.g., multispectral or thermal sensors). The Typhoon H Plus doesn’t support every Yuneec camera, particularly those designed for the H520, so it’s important to choose a camera that is natively compatible with the H Plus.
what are the thermal or multispectral sensors for the c23
The Yuneec C23 camera is designed to be compatible with various thermal and multispectral sensors that can be used for specific industrial, surveying, and inspection applications. These sensors allow the C23 to capture specialized data beyond what a standard RGB camera can provide. Let’s break down the thermal and multispectral sensors that can be integrated with the C23 camera, as well as their applications:
1. Thermal Sensors for C23
A thermal sensor captures infrared radiation (heat) and converts it into a visible image, allowing you to see temperature differences. These sensors are used for a variety of industrial and inspection tasks, such as detecting heat anomalies, inspecting infrastructure, and monitoring energy efficiency.
Yuneec Thermal Imaging Sensors:
- Type: Typically, these thermal cameras use a radiometric thermal sensor, which records temperature data for each pixel in the thermal image.
- Resolution: Thermal sensors usually have lower resolution compared to visible light cameras, often around 320×240 or 640×480, but they provide accurate temperature readings across large areas.
- Features:
- Allows for real-time temperature mapping and hotspot detection.
- Radiometric data is captured, meaning temperature information is available for each pixel, making it useful for precise inspections.
- Common use cases include power line inspections, building and roofing inspections, solar panel inspections, and firefighting operations.
Applications for Thermal Sensors:
- Electrical Inspections: Identifying overheating in electrical equipment, transformers, or power lines.
- Building Inspections: Detecting heat loss, moisture intrusion, or insulation defects.
- Search and Rescue: Spotting heat signatures in low visibility environments, such as finding people in dense smoke or at night.
- Energy Audits: Monitoring building energy efficiency and pinpointing areas of energy waste.
2. Multispectral Sensors for C23
Multispectral sensors capture data at multiple wavelengths, allowing you to assess features that are not visible to the naked eye. These sensors collect images in various bands, typically from the visible spectrum (RGB), as well as near-infrared (NIR), shortwave infrared (SWIR), and other wavelengths.
Yuneec Multispectral Sensors:
- Type: Multispectral sensors capture images in multiple spectral bands, usually including Red, Green, Blue, and Near-Infrared (NIR).
- Resolution: The resolution of multispectral sensors can vary, but it is typically 3 to 5 bands with resolution ranging from 1 to 5 meters per pixel in real-world data capture.
- Features:
- Precision Mapping: Collects data to generate precise maps for agricultural or environmental applications.
- Vegetation Index: Ability to calculate Normalized Difference Vegetation Index (NDVI), which is useful for analyzing plant health by capturing the difference between visible and near-infrared light reflected by plants.
- Land Use Monitoring: Helps monitor land use, soil moisture, and crop health over time.
- Environmental Studies: Identifies environmental stress in crops or forests, helping with crop management or ecosystem health monitoring.
Applications for Multispectral Sensors:
- Agriculture: Monitoring crop health, assessing irrigation efficiency, detecting early signs of disease, pest damage, or water stress in plants.
- Environmental Monitoring: Collecting data to study forests, wetlands, and other ecosystems. Helps in monitoring habitat health, vegetation coverage, and biomass.
- Land Surveying: Mapping large areas with high accuracy for land-use planning, urban development, or environmental research.
3. Specific Thermal and Multispectral Sensor Models Compatible with the C23
While the exact models of thermal and multispectral sensors compatible with the C23 camera can vary depending on region and drone configuration, some Yuneec-approved options are typically used for industrial applications. Here are a couple of common thermal and multispectral sensors from Yuneec and its partners:
- Thermal Sensor:
Yuneec provides options for thermal sensors that can be integrated with the C23. These sensors are usually from FLIR Systems (a leading provider of thermal imaging equipment). Models like the FLIR Duo Pro R offer both thermal and visible RGB imaging and can be integrated with the Yuneec drone for professional-grade inspections. - Multispectral Sensor:
For multispectral imaging, you may see sensors like the Parrot Sequoia (typically used with other drones, but compatible with the Typhoon H Plus when configured properly) or MicaSense RedEdge. These sensors are used for agricultural applications and environmental monitoring, providing multiple spectral bands that help assess vegetation health, water stress, and crop conditions.
4. Benefits of Thermal and Multispectral Imaging for Industrial Use
- Enhanced Inspection Capabilities: Using thermal or multispectral sensors with the C23 camera allows for enhanced inspections of critical infrastructure, such as power grids, solar farms, pipelines, and more. This is particularly valuable for routine maintenance or for performing inspections in dangerous or hard-to-reach locations.
- Precise Data Collection: Both thermal and multispectral sensors provide highly accurate and specialized data that traditional RGB cameras cannot capture, allowing for real-time decision-making in fields like agriculture, energy, and environmental monitoring.
- Cost-Efficiency: Drones with thermal or multispectral sensors can significantly reduce the cost and time of inspections compared to manual methods, such as sending people to inspect power lines or crops.
Summary: Thermal and Multispectral Sensors for the Yuneec C23
- Thermal Sensors: Provide infrared imagery to detect temperature variations, useful for inspections, firefighting, electrical maintenance, and energy audits.
- Multispectral Sensors: Capture data in multiple spectral bands (including NIR), allowing for applications like crop health monitoring, environmental studies, and land surveying.
- Compatibility: Thermal sensors from FLIR and multispectral sensors like Parrot Sequoia or MicaSense RedEdge are often compatible with the C23 for industrial and commercial use.
These sensors add significant functionality to the C23 camera, transforming the Typhoon H Plus drone into a powerful tool for industrial inspections, precision agriculture, and environmental monitoring. Let me know if you need more specific details on any of these sensor models or their setup!