Radar Level Gauge

Q: What is a radar level gauge and how does it work?

A radar level gauge uses radar technology to measure water levels without making contact with the water. Our Radar Level Gauge (RLG) sends radar pulses down to the water surface and calculates the distance based on the return signal. This gives you accurate, real-time water level data that's transmitted directly to the Obscape Data Portal via cellular communication.

Q: How is radar level measurement better than other water level monitoring methods?

Radar-based sensors offer several advantages over pressure transducers, ultrasonic sensors, or float gauges. They're completely non-contact, so there's no fouling from debris or marine growth. Unlike ultrasonic sensors, radar isn't affected by temperature, humidity, or wind conditions. And unlike pressure-based systems, you don't need to worry about sensor drift or the effects of water density changes.

Q: Can the Radar Level Gauge operate completely off-grid?

Absolutely. The RLG is designed as a self-contained solution with 3 Watt of solar panels and an 18650 lithium-ion rechargeable battery system. No external power source required. The solar setup keeps the system running continuously, even during extended cloudy periods. This makes it perfect for remote locations where running power cables would be expensive or impossible.

Q: How do I access my water level data?

Your radar level gauge transmits data in real-time to the Obscape Data Portal, where you can view current readings, historical trends, and set up alerts. The system transmits over 4G cellular with 2G/3G fallback. All data is also stored locally on an onboard SD card as a backup.

Q: What kind of maintenance does the Radar Level Gauge require?

The RLG is designed to be largely maintenance-free. The sealed housing protects against harsh marine environments, and the radar sensor doesn't have moving parts or require re-calibration. Occasional cleaning of the solar panels and checking the mounting brackets and the occasional battery change is typically all that's needed. The non-contact measurement means no sensor fouling issues that plague other technologies.

Q: Where can I mount a radar level gauge?

The beauty of our RLG is its flexibility. You can mount it on any stable structure over water - bridges, jetties, piers, poles, or purpose-built platforms. The system comes with pre-installed mounting brackets for quick field deployment. As long as you have a clear line of sight to the water surface and reasonable cellular coverage, you're good to go.

Q: What's the measurement range and accuracy of the radar level gauge?

The radar measures water level from a minimum blanking distance of 0.2 metres up to a maximum range of 40 metres, with a beam dispersion angle of 6 degrees. The radar aims out the bottom of the unit, so it must be mounted above the water surface within these limits — deployments outside them won't measure correctly. Within range, the radar delivers consistent performance regardless of water conditions.

Q: How quickly can I get the system up and running?

One of the key advantages of our Radar Level Gauge is rapid deployment. Since it's completely self-contained with solar power and wireless communication, there's no need for complex installation procedures or external utilities. Most customers have their system mounted and transmitting data within a day of delivery. The Obscape Data Portal account setup is straightforward, and you'll be viewing real-time data in no time.

Q: Is the radar level gauge suitable for harsh marine environments?

Yes, the RLG is specifically designed for tough conditions. The sealed housing withstands salt spray, high winds, temperature extremes, and UV exposure. The radar technology itself is immune to fog, rain, or surface conditions that might affect other measurement methods. We've deployed these systems in exposed coastal locations, busy ports, dams and remote structures.

Q: What happens if cellular coverage is poor at my location?

The standard Radar Level Gauge communicates over 4G cellular with 2G/3G fallback. For locally-sourced SIM cards you'll set the network APN (and on first deployment may configure the operator); Obscape Global SIMs use a default APN automatically. If your site doesn't have reliable cellular coverage, an Iridium satellite version can be supplied — but satellite capability is fitted at manufacture and must be specified when you order, as it can't be added to an existing unit. We recommend a 24-hour land test before deployment to confirm connectivity.

Q: Can I integrate radar level gauge data with my existing systems?

The Obscape Data Portal provides various options for data export and integration. Whether you need to feed water level data into flood warning systems or research databases, we can accommodate most integration requirements. The real-time nature of the data transmission means your systems get current information when they need it.

Q: What support do you provide after installation?

Obscape provides comprehensive technical support for your radar level gauge throughout its operational life. This includes remote diagnostics through the Data Portal, firmware updates and troubleshooting assistance. Our team understands the environments these systems operate in and can provide practical guidance for any issues that arise.

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OBS-Buoy ^{7 Watt}

Q: What makes the OBS-Buoy ^{7 Watt} different from other wave monitoring buoys?

The OBS-Buoy ^{7 Watt} is a compact, autonomous wave monitoring buoy designed for real-world deployments. Built to deliver high-quality wave observations, it combines lightweight deployment with long-term autonomous operation and real-time data access through the Obscape Data Portal. Its integrated power and telemetry system supports extended offshore deployments, while hybrid cellular and satellite communication options enable data transmission from both connected and remote locations. Designed to make wave monitoring simpler, more accessible, and easier to deploy.

Q: How accurate are the wave measurements from the OBS-Buoy ^{7 Watt}?

The OBS-Buoy ^{7 Watt} provides comprehensive wave measurements including wave height, period, direction, and full wave spectrum analysis. Our directional wave buoy uses proven measurement principles and is designed specifically for harsh marine environments where accuracy matters most. The buoy delivers real-time wave monitoring data that meets the requirements of oceanographic research institutions, port authorities, and offshore energy companies who depend on precise measurements for critical decisions.

Q: Can the OBS-Buoy ^{7 Watt} operate in remote offshore locations?

Absolutely. OBS-Buoy ^{7 Watt} is engineered for extended autonomous deployment in challenging offshore conditions. The 7 Watt solar input provides reliable power for continuous operation, while our hybrid communication system combines cellular and satellite connectivity to ensure data reaches you regardless of location. This makes it ideal for offshore wave monitoring solutions where traditional buoys might fail to communicate or run out of power.

Q: What types of data can I access and how quickly?

You'll receive real-time wave height measurement data, wave periods, wave direction, and detailed wave spectrum information through the Obscape Data Portal. The buoy transmits data continuously, so you can monitor changing conditions as they happen. When integrated with additional sensors, you can also access current profiles, weather data, and water quality parameters all from the same platform—perfect for comprehensive marine monitoring programs.

Q: How long can the OBS-Buoy ^{7 Watt} operate without maintenance?

The OBS-Buoy ^{7 Watt} is designed for extended autonomous deployment with minimal maintenance requirements. The 7 Watt solar power system keeps the buoy operational indefinitely under normal conditions, while the robust marine-grade construction withstands harsh ocean environments. Regular maintenance intervals depend on your specific deployment conditions, but many customers achieve 6-12 month deployment cycles. Our support team provides detailed maintenance schedules based on your application.

Q: Who typically uses the OBS-Buoy ^{7 Watt} and for what applications?

Our wave monitoring buoy serves diverse markets including: Oceanographic research institutions studying wave patterns and marine dynamics; Port authorities monitoring wave conditions for safe operations; Offshore energy companies conducting wind farm site assessments and oil and gas operations; Coastal engineering firms designing coastal protection structures; Dredging companies monitoring environmental conditions; Government coastal monitoring programs tracking long-term trends and Marine construction projects requiring real-time wave data

Q: How does the OBS-Buoy ^{7 Watt} handle extreme weather conditions?

The OBS-Buoy ^{7 Watt} is specifically designed for harsh marine environments. The robust construction and engineering ensure reliable operation during storms and extreme wave conditions — exactly when you need the data most. The built in battery provides sufficient energy reserves for continuous operation even during extended periods of low solar input, while the hybrid communication system maintains data transmission when single-mode systems might fail.

Q: What's included when I purchase an OBS-Buoy ^{7 Watt}?

Your OBS-Buoy ^{7 Watt} package includes the complete buoy platform with integrated battery, 7 Watt solar power system, wave measurement sensors, a navigation light, cellular + satellite communication systems, and access to the Obscape Data Portal for real-time data viewing and management. We also provide deployment guidance, training, and ongoing technical support to ensure successful operation of your offshore wave monitoring solution.

Q: How do I deploy and retrieve the buoy?

The OBS-Buoy ^{7 Watt} is designed for straightforward deployment from small vessels. Our team provides comprehensive deployment training and support, including recommended mooring configurations for your specific site conditions. The buoy's design facilitates easy retrieval for maintenance or relocation. Many customers develop routine deployment procedures with local marine contractors, and we're happy to provide guidance on best practices for your region.

Q: What support do you provide after purchase?

Obscape provides comprehensive support including technical assistance, data portal training, maintenance guidance, and troubleshooting support. We understand the importance of reliable support for remote deployments and our team works with you to ensure your wave buoy operates effectively throughout its deployment.

Q: How does the OBS-Buoy ^{7 Watt} compare to other wave measurement solutions?

The OBS-Buoy ^{7 Watt} is a compact wave monitoring buoy designed to make wave observations simpler and easier to deploy. Designed for autonomous operation, it delivers high-quality wave measurements without the need for complex installation, receiver stations, or extensive infrastructure. Its integrated power and telemetry system supports extended deployments, while cellular and optional satellite communication provide access to observations through the Obscape Data Portal — even in remote locations. Lightweight, autonomous, and built for practical wave monitoring in the real world.

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OBS-Buoy ⁴⁰⁰

Q: What makes the OBS-Buoy ⁴⁰⁰ different from other wave monitoring buoys?

The OBS-Buoy ⁴⁰⁰ is designed as an affordable, simplified wave monitoring solution that delivers core wave data without the complexity of many wave buoy solutions. This compact wave measurement buoy focuses specifically on reliable wave data capture, making it accessible for smaller operations and budget-conscious projects. It's particularly well-suited for port operations, coastal monitoring, and marine construction sites that need accurate wave measurements.

Q: Who typically uses the OBS-Buoy ⁴⁰⁰?

The OBS-Buoy ⁴⁰⁰ serves a diverse range of users including: Smaller port authorities monitoring wave conditions for vessel operations; Coastal management teams conducting environmental monitoring on limited budgets; Marine construction companies tracking wave conditions at work sites; Environmental consultants performing impact assessments and Research institutions needing cost-effective wave data for coastal studies.

Q: How reliable is the OBS-Buoy ⁴⁰⁰ in harsh marine environments?

The OBS-Buoy ⁴⁰⁰ is built specifically for tough coastal conditions - the buoy's robust construction handles significant wave action, salt spray, and temperature variations. Our design philosophy prioritises simplicity and reliability - fewer complex components mean fewer potential failure points. The buoy has proven its durability in deployments across various coastal conditions, from protected harbours to exposed shorelines.

Q: What type of wave data does the buoy provide?

The OBS-Buoy ⁴⁰⁰ captures essential wave parameters in real-time, including wave height, wave period, and wave direction. The system provides both raw wave data and processed statistics, giving you comprehensive wave condition information for operational decision-making. Data is transmitted in standard formats compatible with most coastal monitoring and port management systems.

Q: How do I access the data from my OBS-Buoy ⁴⁰⁰?

Wave data from your buoy is accessible through the Obscape Data Portal, providing real-time monitoring and historical data analysis. The portal offers customisable dashboards, data export capabilities, and alert systems for critical wave conditions. You can access your data via web browser from any device, and we provide API access for integration with your own systems.

Q: What's involved in deploying and maintaining the OBS-Buoy ⁴⁰⁰?

Deployment of the OBS-Buoy ⁴⁰⁰ is straightforward and doesn’t require any complex equipment. The buoy can be deployed using standard marine installation techniques, and we provide comprehensive deployment guidance. Maintenance requirements are minimal due to the simplified design - routine checks focus on hull integrity, mooring systems, and data transmission. The buoy's accessible design means most maintenance can be performed during scheduled service visits rather than requiring specialised marine operations.

Q: How does the cost compare to other wave monitoring solutions?

As an affordable wave monitoring buoy, the OBS-Buoy ⁴⁰⁰ delivers significant cost savings compared to full research-grade platforms while maintaining data quality for operational applications. Simplified design reduces both initial investment and ongoing maintenance costs. For organizations needing reliable wave data without extensive sensor integration, the OBS-Buoy ⁴⁰⁰ provides excellent value compared to over-specified alternatives that include capabilities you may not need.

Q: Can the OBS-Buoy ⁴⁰⁰ integrate with existing monitoring systems?

Yes, the buoy is designed for compatibility with standard coastal monitoring infrastructure. Data outputs follow industry-standard formats, making integration with port management systems, coastal databases, and environmental monitoring networks straightforward. Our technical team can assist with integration planning to ensure reliable data flow into your existing systems.

Q: What support is available after purchase?

Obscape provides comprehensive support for OBS-Buoy ⁴⁰⁰ deployments, including technical assistance, data portal training, and ongoing maintenance guidance. Support includes remote diagnostics, spare parts supply, and technical consultation for optimising your wave monitoring setup.

Q: How long does deployment typically take?

Deployment timeline depends on site-specific factors, but the OBS-Buoy ⁴⁰⁰'s simplified design typically allows for fast deployment with no special boat or equipment required. Most deployments can be completed within a single marine operation day, assuming suitable weather conditions and prepared mooring systems. We provide detailed deployment planning to minimise marine time and operational disruption.

Q: What makes the OBS-Buoy ⁴⁰⁰ suitable for port operations specifically?

Ports need reliable wave data for safe vessel movements and berth management but often don't require the full capabilities of research-grade systems. The OBS-Buoy ⁴⁰⁰ provides the essential wave information port operators need for decision-making while maintaining cost-effectiveness for smaller port authorities. The real-time data access supports operational planning, and the robust design handles the demanding conditions near port infrastructure.

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Power & Telemetry Module (PTM)

Q: What is the Power & Telemetry Module (PTM) and how does it work?

The PTM is an integrated power management and data telemetry module designed specifically for environmental monitoring deployments. Think of it as the backbone of your monitoring setup — it powers your sensors and gets their data back to you reliably, even from the most remote locations. The unit combines solar power input, battery power storage, and cellular or satellite communication into one robust package. Your sensors connect to the PTM, which handles all the power distribution and data transmission automatically. No more worrying about dead batteries in the field or losing critical environmental data.

Q: Can the PTM work with solar power in remote locations?

Absolutely. The PTM is designed as a solar powered telemetry unit from the ground up. It includes intelligent power management that maximises solar charging efficiency while protecting batteries from overcharge and deep discharge cycles. The system works reliably even during extended cloudy periods thanks to its battery backup system and power-saving modes. We've deployed these units in everything from desert monitoring stations to remote weather tracking installations where grid power simply isn't an option.

Q: What types of sensors can I connect to the PTM?

The PTM supports a wide range of environmental sensors through multiple interface options: Analog sensors (4-20mA, 0-10V); Digital sensors (RS232, RS485, Modbus, SDI-12); Pulse counting sensors (rain gauges, flow meters); Smart sensors with direct communication protocols. This flexibility makes it ideal for custom monitoring deployments where you need to integrate multiple sensor types into one cohesive system. Check our full product range to see compatible sensors.

Q: How does remote data telemetry work with the PTM?

The PTM handles all data transmission automatically using cellular, satellite, or radio communication depending on your deployment location and requirements. Data is collected from connected sensors, processed, and transmitted at configurable intervals — from real-time streaming to daily summaries. You can access your data through our cloud platform, direct API integration, or have it forwarded to your existing data management systems. The unit also stores data locally as a backup, so you won't lose critical measurements even if communication is temporarily interrupted.

Q: How reliable is the PTM in harsh environmental conditions?

The PTM is built to withstand all conditions — it can handle everything from coastal salt spray to bushveld dust storms. The enclosure is rated for extended outdoor use with protection against moisture, temperature extremes, and physical impacts. We've designed the power management system to be particularly robust, with protection circuits that prevent damage from voltage spikes, reverse polarity, and electromagnetic interference. The unit continues operating in temperature ranges that would shut down consumer electronics.

Q: What maintenance does the PTM require?

Minimal maintenance is one of the PTM's key advantages. The unit performs self-diagnostics and alerts you to any issues before they become problems. Typical maintenance involves: Cleaning solar panels quarterly (or as needed based on local conditions) Visual inspection of connections annually Battery replacement every 3-5 years depending on usage patterns The remote monitoring capabilities mean you can check system health without costly site visits, and most configuration changes can be made remotely.

Q: How does the PTM compare to building a custom power and telemetry solution?

While you could assemble individual components yourself, the PTM provides several advantages over DIY approaches. The integration testing is already done — we've solved compatibility issues, optimised power consumption, and built in the monitoring features you'd otherwise need to develop yourself. The time-to-deployment is significantly faster, and you get ongoing support and firmware updates. For system integrators especially, this means you can focus on your core expertise rather than debugging power management circuits in the field.

Q: What communication options are available for data transmission?

The PTM supports multiple communication pathways to ensure reliable data transmission regardless of location: Cellular (2G/3G/4G/LTE) for most deployments, for truly remote locations you may want to upgrade to Satellite communication. The unit can be configured to use multiple communication methods with automatic failover, ensuring your environmental monitoring data always reaches its destination.

Q: How quickly can I get the PTM deployed and operational?

Deployment time depends on your specific requirements, but standard configurations can typically be operational within days of receiving it. The PTM comes pre-configured for most common applications, with over-the-air configuration for site-specific adjustments. For custom deployments, we provide comprehensive setup support and can assist with initial configuration and testing.

Q: What kind of technical support and documentation is available?

We provide comprehensive technical support including detailed installation guides, API documentation, and direct access to our engineering team for custom applications. We understand the diverse conditions of deployments and can provide relevant deployment advice. Support includes remote diagnostics, firmware updates, and configuration assistance.

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Auxiliary Power Unit (APU)

Q: What is the Obscape APU and what does it do?

The APU (Auxiliary Power Unit) is a solar-powered system designed specifically for remote monitoring stations where grid power isn't available and internal power is not enough. It provides reliable, continuous power for Obscape environmental monitoring instruments as well as third-party sensors and data loggers. Think of it as your monitoring station's dedicated power support system — compact, weatherproof, and built to handle the challenges of off-grid deployment, power hungry sensors or low solar radiation environments.

Q: How reliable is the APU for critical environmental monitoring?

Our APU is engineered for mission-critical applications where power interruptions simply aren't acceptable. The system includes battery backup to maintain operations during extended cloudy periods and overnight. We've designed it based on years of field experience, from coastal humidity to inland temperature extremes. The unit automatically manages power distribution and includes protective circuits to prevent damage from power surges or weather events.

Q: How much maintenance does the APU require?

We've prioritised low-maintenance operation because we know remote sites aren't easily accessible. Regular maintenance involves basic visual inspections and occasional cleaning of the solar panels — typically during your routine monitoring station visits. The system includes diagnostic capabilities that alert you to any issues before they become critical. Battery replacement is the main long-term maintenance requirement, typically every 3 to 5 years depending on usage patterns and environmental conditions.

Q: What happens during extended periods of bad weather or low sunlight?

The APU's battery system is sized to handle several days of reduced solar input while maintaining full operation of your monitoring equipment. The system intelligently manages power consumption, prioritising critical sensors while reducing non-essential functions if needed. You'll receive alerts if battery levels drop below safe thresholds, giving you time to plan maintenance visits or temporary power solutions if extreme weather persists.

Q: How do I determine if the APU is suitable for my monitoring location?

Site assessment involves several factors: average daily sunlight hours, total power requirement of your equipment, accessibility for maintenance, and local weather patterns. We recommend conducting a power audit of all devices you plan to connect and consider seasonal variations in solar availability. Our technical team can help evaluate your specific site conditions and recommend the appropriate APU configuration for reliable year-round operation.

Q: Can I install the APU myself or do I need professional installation?

The APU is designed for straightforward field deployment. Installation involves mounting the solar panel, positioning the control unit, connecting your monitoring equipment, and configuring the system parameters. We provide detailed installation guides and technical support throughout the process.

Q: How does the APU compare to other off-grid power solutions?

Unlike generic solar power systems, the APU is specifically engineered for environmental monitoring applications. This means built-in surge protection for sensitive instruments, intelligent power management optimised for continuous low-power loads, and ruggedized construction for outdoor deployment.

Q: What technical specifications should I know about the APU?

Key specifications include solar panel wattage, battery capacity in amp-hours, output voltage options, and maximum continuous power draw supported. The unit operates across a wide temperature range and includes IP-rated weatherproof enclosures. Communication ports allow integration with existing data systems, and built-in monitoring lets you track power generation, consumption, and battery status remotely. Specific technical details vary by model configuration to match different deployment requirements.

Q: How do I monitor the APU's performance remotely?

The APU includes integrated monitoring capabilities that track solar generation, battery status, power consumption, and system health. This data can be transmitted alongside your environmental monitoring data, giving you complete visibility into both your sensors and power system performance. You'll receive alerts for maintenance requirements, power anomalies, or system faults, enabling proactive management of your remote monitoring station.

Q: What support is available after purchase?

Obscape provides comprehensive technical support including installation guidance, troubleshooting assistance, and ongoing maintenance advice.

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Water Quality Station

Q: What does your water quality monitoring system measure?

The parameters you monitor are set by the sensor you choose. The Water Quality Station integrates a multiparameter sonde from a range of supported, industry-standard instruments, so you can match your measurements to your site, your application, and your budget. Commonly monitored parameters include turbidity, salinity, pH, temperature, pressure, and dissolved oxygen. Supported multiparameter sensors include: In-Situ Aqua TROLL · YSI EXO 3 · NKE WiMo · Aqualabo CTZN · ANB Sensors AQ series · Observator Analite NEP5000. Obscape supplies the complete station — 3 Watt solar, data logging, telemetry (cellular, optional SATCOM), and lifetime Data Portal access. The sensor is selected separately, and if your preferred instrument isn't on the list, contact us and we'll integrate it.

Q: How does the telemetry system work for remote monitoring?

The real-time water quality monitoring with telemetry uses cellular or satellite connectivity to transmit data from remote locations. Our gateway for water monitoring collects sensor readings and pushes them to cloud-based dashboards where you can access live data, set alerts, and generate reports. This eliminates the need for manual site visits while ensuring you never miss critical changes in water conditions.

Q: What makes this different from basic water quality sensors?

Unlike simple spot-check instruments, our environmental water quality station provides continuous monitoring with built-in data logging and remote access. The system is designed for long-term deployment in harsh environments, with weatherproof housings and low-power electronics that can operate for months on battery power. You get trending data rather than just snapshots, which is crucial for understanding seasonal patterns and detecting gradual changes.

Q: Where can I deploy these water quality monitoring systems?

The systems work in various water environments including: Rivers, lakes, and coastal water monitoring locations; Agricultural irrigation channels and reservoirs; Municipal water treatment facilities; Aquaculture ponds and tanks Industrial discharge points and Environmental research sites. Each deployment can be customised based on your monitoring requirements and local conditions.

Q: What maintenance is required for remote water quality sensors?

Maintenance requirements depend on deployment conditions but typically involve quarterly sensor calibration checks and annual full system service. The modular design allows for easy sensor replacement in the field. Most routine maintenance can be performed by your team with basic training.

Q: How do I access and analyse the water quality data?

Data flows to the Obscape Data Portal where you can view real-time readings, download historical data, and set up automated alerts. The system supports data export to Excel, CSV, or direct integration with your existing databases through API connections. You can access everything through web browsers or mobile apps, making it easy to monitor conditions from anywhere.

Q: Can the system integrate with existing monitoring infrastructure?

Yes, our water quality monitoring systems are designed for integration flexibility. They can connect to existing telemetry networks, feed data into your existing data systems, or operate as standalone units. We support various communication protocols and data formats to work with your current setup rather than requiring wholesale infrastructure replacement.

Q: How do I choose the right sensors for my application?

Sensor selection depends on your specific monitoring objectives, water type, and regulatory requirements. Our technical team works with you to configure the optimal sensor suite based on your needs and budget.

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Time-Lapse Cameras

Q: What makes the 5MP Time-Lapse Camera suitable for environmental monitoring?

The 5MP Time-Lapse Camera is our general-purpose, fully wireless and solar-powered camera, built for reliable visual monitoring in remote places where mains power and fixed internet simply aren't available. Its robust, compact housing makes it easy to deploy almost anywhere, whether you're tracking coastal erosion, documenting construction progress, gauging beach attendance, or following vegetation growth over a season. With a 5-megapixel sensor and a 68-degree view angle it captures consistent, clear imagery of how your site changes over time, and a 3 Watt solar panel with cellular data transfer keeps it working long after you've left site.

Q: How often can the 5MP camera capture images, and can it record video?

You can set the capture interval anywhere from 5 minutes to an hour, adjusted remotely through the Obscape Data Portal. The 5MP captures still images rather than live video, but you can download time-lapse movies in MP4 directly from the portal after capture, turning your image sequence into a shareable video. That makes it ideal for compressing weeks or months of gradual change into a single, clear visual story, with images also available in JPEG and AVI.

Q: How much can the 5MP camera store, and how do I access the images?

The camera holds 32GB of imagery on board, and every image is also stored on the Obscape Data Portal for two years, so your data is safe between site visits. The camera's position and view angle are fixed when you install it, but you can adjust capture intervals and device settings remotely at any time through the portal. As with every Obscape device, access to the Data Portal is free for the lifetime of the camera — your device, your data.

Q: How does the 5MP compare to the F12MP and D12MP cameras?

The 5MP is our entry point: it shares the same rugged, solar-powered, IP68 design as the rest of the range, but uses a 5-megapixel sensor rather than the 12.3-megapixel sensor in the F12MP and D12MP. Choose the 5MP for straightforward general-purpose monitoring where fine detail isn't critical, the F12MP when image clarity and a wider field of view matter, or the downward-facing D12MP for litter and debris monitoring. Whichever you choose, the setup, portal and data experience are identical.

Q: What makes the F12MP Time-Lapse Camera different?

The F12MP is our high-clarity camera, pairing a 12.3-megapixel sensor with a wireless, solar-powered, compact design to deliver exceptional image definition. It's built for the long-term observation of gradually evolving processes — beach and river morphology, or the progress of a construction project — where the detail in every frame matters. A wide, variable view angle of 66 to 102 degrees and a close focus distance from 5cm to infinity give you real flexibility in framing your scene, and like the rest of the range it runs on a 3 Watt solar panel with cellular data transfer for hands-off, long-term deployment.

Q: Can the F12MP record video as well as time-lapse?

Yes. Alongside its time-lapse stills the F12MP can record short video bursts, and you can also download your time-lapse sequences as MP4 from the Obscape Data Portal to turn a series of images into a video. Capture intervals are adjustable from 10 minutes to an hour, set remotely through the portal, and images download in JPEG, AVI and MP4 to suit your analysis workflow. It carries 32GB of onboard memory, with all imagery also stored on the portal for two years.

Q: How does the F12MP compare to the 5MP and D12MP cameras?

The F12MP shares the same 12.3-megapixel sensor as the downward-facing D12MP, but it's a forward-facing scene camera with the widest, most flexible view angle in the range and the closest focus distance — making it the choice when image clarity and framing matter most. Compared with the 5MP it offers higher resolution and the ability to record video bursts. If your application is surface-water litter and debris monitoring the D12MP's downward orientation is the better fit, while for simpler general-purpose monitoring the 5MP is the more economical option.

Q: What makes the D12MP Time-Lapse Camera different from the other cameras?

The D12MP is purpose-built for litter and debris monitoring, and the key difference is its orientation: where the 5MP and F12MP are forward-facing scene cameras, the D12MP looks straight down at the water surface. Using the same 12.3-megapixel sensor as the F12MP. That makes it a powerful tool for pollution identification across rivers, canals, reservoirs, lakes and marine sanctuaries, and like the rest of the range it's wireless, solar-powered and simple to deploy.

Q: How often does the D12MP capture images, and how is it powered and protected?

Capture intervals are adjustable from 10 minutes to an hour, set remotely through the Obscape Data Portal. The camera stores 32GB of imagery on board with all images also held on the portal for two years. Its position and view angle are fixed at installation, but you can change intervals and device settings remotely at any time. Like the whole camera range it's IP68 rated and sealed against dust and water, and it runs on a 3 Watt solar panel with cellular data transfer, so there's no need for mains power or a fixed internet connection.

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Weather Stations

Q: What parameters does the All-in-One Weather Station capture?

The All-in-One Weather Station integrates the industry-standard METER Group ATMOS 41 sensor to capture a broad picture of local weather from a single, easy-to-install unit. In one device you get air temperature, solar irradiance, rainfall intensity, lightning strike count and distance, wind speed and direction, atmospheric pressure and relative humidity. Weather underpins so much environmental work — whether you're monitoring dune formation, catchment management, stormwater runoff or coastal conditions — and having all of these parameters in one solar-powered, cellular-connected station makes that data simple to collect and access through the Obscape Data Portal.

Q: How does the All-in-One Weather Station work, and how easy is it to install?

The station is built around the ATMOS 41, an industry-standard all-in-one weather sensor, and transmits its readings over cellular connectivity so you can view them through the Obscape Data Portal. Setup is genuinely straightforward: power it on, confirm it has a connection, mount it using the supplied brackets, and start capturing data. Built-in 3 Watt solar power means there's no need for a mains supply, even at remote sites, and you can set the sampling interval anywhere from 5 to 60 minutes to suit your monitoring program.

Q: What happens if my site has poor cellular coverage?

The All-in-One Weather Station is designed to cope with unreliable connectivity. If the signal drops it queues your telemetry data and transmits it once a stable connection returns, so nothing is lost during the gap. For locations with persistently poor coverage you can upgrade to SATCOM data transfer for reliable communication almost anywhere, which makes the station well suited to the remote, off-grid sites environmental monitoring so often demands. This SATCOM upgrade needs to be done when purchasing your device and can't be retrofitted later.

Q: What maintenance does the All-in-One Weather Station need?

Maintenance is light, but because the station measures rainfall it's important to keep the rain gauge funnel clean and clear at regular intervals to maintain accurate readings. Beyond that, the weatherproof, solar-powered design is built for long, hands-off deployments. The purchase includes the weather sensor, mounting brackets and an SD card. SATCOM enablement and a camouflage finish are available as optional upgrades.

Q: How is the All-in-One different from the Offshore Weather Station?

The two stations are built for different environments. The All-in-One uses the ATMOS 41 sensor for land-based monitoring and captures the broadest set of parameters, including solar irradiance, lightning, rainfall and humidity, making it ideal for fixed sites on land. The Offshore Weather Station instead uses the AIRMAR 200WX, with an internal GPS, compass and motion sensors, for marine platforms such as buoys and vessels where the station itself may be moving. As a rule of thumb, choose the All-in-One for land, and the Offshore for anything on or near the water that moves.

Q: What does the Offshore Weather Station measure, and what makes it suited to marine use?

Weather can change rapidly offshore, where continuous monitoring is essential for both safety and efficiency. The Offshore Weather Station supports the AIRMAR WX Series (200WX) sensor to deliver real-time air temperature, atmospheric pressure, wind speed and wind direction wherever you operate.

Q: What happens if the cellular signal is lost or weak offshore?

The Offshore Weather Station uses telemetry data queuing to protect your data when connectivity is poor. If the signal weakens or drops, the station stores readings temporarily and transmits them once a stable connection is re-established, so nothing is lost during interruptions. For consistently remote deployments SATCOM enablement is available as an optional upgrade on purchase.

Q: How is the Offshore different from the All-in-One Weather Station?

The Offshore Weather Station is designed for offshore environments: it uses the AIRMAR 200WX with GPS, compass and motion sensors to measure wind, temperature and pressure accurately on moving platforms, calculating both apparent and true wind. The All-in-One Weather Station uses the ATMOS 41 sensor for land-based monitoring and captures a wider range of parameters, adding solar irradiance, lightning, rainfall and humidity. Choose the Offshore for buoys, vessels and other marine or moving installations, and the All-in-One for fixed sites on land.

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