Further Information

Below is a little more information around the services we currently provide and some of the future services we're hoping to. Enjoy the read and if you want to know even more please don't hesitate to ask.

NDVI

Normalised Difference Vegetation Index

NDVI, or Normalized Difference Vegetation Index, is a vegetation health indicator commonly used in various industries such as agriculture, forestry, and environmental monitoring. This index provides valuable information about the health and vigor of plants based on the analysis of satellite imagery or aerial photographs.

NDVI is derived from the visible and near-infrared spectrums of light reflected by vegetation. It measures the difference between the red and near-infrared light reflected by plants. This information allows us to evaluate the density, coverage, and overall condition of vegetation in a specific area.

In the context of agriculture, NDVI can be a powerful tool for farmers and agronomists. By mapping variations in vegetation health, NDVI helps identify areas of stress or nutrient deficiency in crops. This information informs decision-making regarding irrigation, fertilizer application, and pest management, resulting in improved crop yield and better resource management.

For foresters, NDVI can provide insights into the health and extent of forest cover. It aids in deforestation monitoring, identifying areas affected by disease or pests, and assessing the impact of human activities on forest ecosystems. These insights enable better forest management practices and help mitigate the negative impacts of deforestation.

Environmental researchers can also benefit from NDVI in monitoring and assessing changes in biodiversity, land use, and ecosystem health. By analyzing NDVI data over time, scientists can track the effects of climate change, identify areas at risk of desertification or degradation, and monitor the success of ecological restoration projects.

At Rotaquip, we offer NDVI analysis and interpretation services tailored to meet the specific needs of our clients. Utilizing the latest UAV multispectral imagery and remote sensing techniques, we provide detailed NDVI maps and reports that help our clients make informed decisions.

Whether you are a farmer looking to optimize crop productivity, a forester monitoring forest health, or an environmental researcher studying ecosystem dynamics, our NDVI services can provide you with the necessary information to achieve your goals. Contact us today to learn more about how NDVI can benefit your business or project.

PSC Survey

Plant Stand Count Survey

A plant stand count survey is an essential tool used in agricultural and horticultural practices to determine the population and spacing of plants within a defined area. This survey helps farmers, agronomists, and researchers evaluate plant stand health and make informed decisions regarding crop management.

The purpose of a plant stand count survey is to assess planting success, monitor plant populations, and identify any issues that might affect crop yield or quality. By conducting this survey, growers can estimate crop density, evaluate seedling emergence rates, and identify gaps or areas of uneven distribution within the field.

To conduct a plant stand count survey, a representative sample is taken from the field, and the number of plants present within that sample is recorded. This data is then extrapolated to estimate the overall plant population within the entire field. Additionally, the survey may include measuring plant height, health, and uniformity to evaluate overall crop vigor and assess potential yield potential.

Plant stand count surveys are particularly useful in identifying areas of low plant density, which may be indicative of poor seed quality, planting errors, or issues related to soil fertility or irrigation. By identifying these problem areas early, farmers can take corrective actions such as replanting, adjusting fertilizer applications, or implementing targeted pest control measures.

At Rotaquip, we specialize in conducting accurate and efficient plant stand count surveys. Our team of experts is experienced in using advanced tools and techniques to ensure reliable data collection and analysis. By leveraging our services, you can gain valuable insights into your crop's health, optimize plant spacing, and make data-driven decisions to enhance productivity and profitability.

Whether you are a large-scale farmer, crop consultant, or agricultural researcher, our plant stand count survey services can provide you with the information you need to optimize crop performance. Get in touch with us today to learn more about how we can support your agricultural goals.

Volumetrics

Volumetric Survey

A volumetric survey is an essential tool used in various industries, including mining, construction, and land development, to accurately calculate and measure the volume of materials on a site. This survey plays a critical role in understanding the quantity of materials, such as soil, rock, or stockpiles, and is crucial for inventory management, resource planning, and project estimation purposes.

The purpose of a volumetric survey is to measure the volume of a given material within a defined area or volume. This survey helps professionals determine the exact amount of material present, allowing them to effectively manage resources, assess stockpile volumes, and estimate costs and budgets accurately.

During a volumetric survey, skilled surveyors use advanced technologies like laser scanners, drones, or GPS receivers to capture detailed 3D data of the area or volume in question. This data is then used to create accurate and high-resolution models, which can be analyzed to calculate the volume of the material of interest.

Volumetric surveys have numerous applications in various industries. In mining, these surveys are used to monitor stockpile volumes, track material extraction rates, and plan for efficient resource allocation. In construction, volumetric surveys provide precise measurements of excavated or filled areas, helping project managers accurately estimate the amount of materials needed or removed. In land development, volumetric surveys assist in land grading and leveling, assessing material quantities for earthwork projects, and calculating cut and fill volumes.

At Rotaquip, we specialize in providing reliable and accurate volumetric survey services. Our team of experienced Inspectors utilize cutting-edge technologies and methodologies to ensure precise data capture and analysis. We are dedicated to delivering detailed and reliable survey results to support your project's success.

Whether you are involved in a mining operation, construction project, or land development endeavor, our volumetric survey services can provide you with accurate and insightful data. Contact us today to learn more about how we can assist you with your volumetric survey needs and help you make informed decisions for your project.

Rabbit Pair found using Thermographic video.

Stock Location, count and vermin mapping Services - Both RGB and Thermographic

Livestock Count - Census

UAV (Unmanned Aerial Vehicle) livestock count is an innovative solution that allows farmers and ranchers to accurately and efficiently estimate the number of animals on their property. By utilizing drones equipped with high-resolution cameras and advanced imaging software, UAV livestock count provides a time-saving and cost-effective alternative to manual counting methods.

At Rotaquip, we specialize in providing UAV livestock count services to agricultural businesses of all sizes. Our team of experienced drone pilots, along with our state-of-the-art technology, enables us to accurately count and track livestock, such as cattle, sheep, and horses, with ease.

Using our UAV livestock count technology, we can fly our drones over your pastures or grazing areas, capturing high-resolution aerial imagery. The imagery is then processed using advanced computer algorithms, which identify and count the animals present in the images. The software can distinguish between different species and even track individual animals, providing valuable data for inventory management, planning, and decision-making.

There are several benefits to using UAV livestock count. Firstly, it saves time and effort compared to traditional manual counting methods. Instead of physically walking the entire property and manually counting each animal, our drones can cover large areas in a short amount of time, providing you with accurate counts and reducing labor costs.

Additionally, UAV livestock count provides more precise data compared to visual estimation methods. By using high-resolution imagery and advanced software algorithms, we can ensure accurate counts, even in challenging terrain or when animals are spread out over vast areas.

Furthermore, UAV livestock count allows for regular monitoring of livestock populations, enabling you to track changes in herd size over time. This data can be useful for herd management, assessing pasture carrying capacity, and optimizing grazing strategies.

At Rotaquip, we understand the importance of accurate livestock counts for farm management. We are committed to providing reliable and efficient UAV livestock count services to meet the unique needs of our agricultural clients.

Thermographic Services

Locating Lost Livestock

Our thermographic drones excel at finding lost animals. Whether it’s a wandering cow or a runaway sheep, we’ve got you covered.

Mapping Vermin Infestations

Rodents: Pinpoint their hideouts for targeted pest control.
Bird Nests: Identify nesting sites to prevent damage.

Detecting Irrigation Water Leaks

Water Efficiency: Our thermographic scans reveal leaks, saving water and costs.
Precision Irrigation: Optimize water distribution based on real-time data.

Other Thermographic Services

Crop Health Assessment: Monitor plant stress levels.
Building Inspections: Identify energy leaks and structural issues.
Solar Panel Efficiency: Evaluate solar installations.

If you are looking for a modern and efficient way to count your livestock, look no further than [Business Name]. Contact us today to discuss your requirements and how our UAV livestock count services can benefit your farm or ranch.

Spot-Spray

UAV Spot Spraying, Rotary / Single Shot (Targeted Weed Spraying)

GNDVI

Green Normalised Difference Vegetation Index

GNDVI, or Green Normalized Difference Vegetation Index, is a valuable tool used in remote sensing and agricultural monitoring to assess the health and Vigor of vegetation. This index is derived from satellite imagery or drone aerial data and provides quantitative information about the density and Vigor of green vegetation in a specific area.

The GNDVI is calculated by measuring the difference between the red and near-infrared (NIR) bands of the electromagnetic spectrum. The red band reflects chlorophyll absorption and the NIR band reflects the cellular structure and canopy density of vegetation. By comparing these two bands, the GNDVI can quantify the presence and health of live green biomass.

A high GNDVI value indicates healthy and dense vegetation, while a low value suggests sparse or stressed vegetation. This information is crucial for farmers, agronomists, and land managers as it can help identify areas of concern, such as nutrient deficiencies, drought stress, disease outbreaks, or weed infestations.

At Rotaquip, we utilize advanced remote sensing technology and data analysis techniques to provide accurate GNDVI assessments for agricultural and environmental applications. Our team of experts combines the latest UAV multispectral imagery with specialized software to generate high-resolution GNDVI maps and analysis.

By using GNDVI, we can help farmers and land managers make informed decisions related to crop health, nutrient management, irrigation scheduling, and pest control. GNDVI analysis allows for targeted interventions, optimizing resource allocation, reducing input wastage, and improving overall farm productivity.

Additionally, GNDVI data can be used for monitoring land cover changes, vegetation growth patterns, and environmental health assessments. This information is crucial for land restoration projects, ecosystem management, and conservation efforts.

Contact Rotaquip for reliable GNDVI assessments and analysis. Our experienced team will work closely with you to understand your specific needs and provide tailored solutions to optimize your agricultural or environmental management practices. Contact us today to learn more about our GNDVI services and how they can benefit your operations.

Topography

Topographic Survey

A topographic survey is a fundamental tool used in various industries, including construction, land development, and engineering, to create accurate and detailed maps of the earth's surface. This survey plays a crucial role in understanding the topography, contours, and physical characteristics of a site, allowing for effective planning, design, and construction processes.

The purpose of a topographic survey is to gather precise data about the elevation, slope, and features of the land. By conducting this survey, professionals can create comprehensive site plans that depict the existing conditions of the area. This information is used to make informed decisions about land use, infrastructure placement, and other site-related considerations.

During a topographic survey, highly skilled surveyors use advanced equipment, such as total stations and GPS receivers, to measure and map the various features of the land. This includes capturing the location and elevation of natural and man-made features such as trees, buildings, roads, drainage patterns, contours, and utilities. The surveyors then compile this data into a detailed map or digital model, providing an accurate representation of the site's characteristics.

Topographic surveys have numerous applications in different industries. In construction, they help architects and engineers assess the feasibility of building projects, identify potential obstacles or site constraints, and plan for proper site grading and drainage. In land development, these surveys are crucial for land subdivision, creating accurate legal descriptions, and determining the best layout for buildings and infrastructure.

At Rotaquip, we specialize in providing high-quality topographic survey services. Our team of experienced Inspectors utilize state-of-the-art equipment and techniques to ensure precise data collection and mapping. We are committed to delivering accurate and reliable survey results to support your project's success.

Whether you are embarking on a new construction project, land development endeavour, or require accurate land information, our topographic survey services can provide you with the detailed data you need. Contact us today to learn more about how we can assist you in your surveying needs and help you achieve your project goals.

Agri-Spray

UAV Spray & Spread

Agricultural UAV spraying and spreading, also known as drone spraying, is a modern and efficient approach to crop management in the agriculture industry. This technology utilizes unmanned aerial vehicles (UAVs or drones) equipped with spraying or spreading equipment to apply fertilizers, pesticides, herbicides, Sowing Seed or other agricultural inputs to crops.

The use of drones in agriculture offers several significant advantages over traditional manual spraying or spreading methods. Firstly, drones are highly maneuverable and can cover large areas of farmland quickly and efficiently, reducing the time and labor required for crop treatments. They can navigate uneven terrain and reach fields that are difficult to access by conventional machinery, ensuring comprehensive and uniform coverage.

Secondly, agricultural UAV spraying and spreading is highly precise and targeted, minimizing the risk of over-application or off-target drift. Drones are equipped with advanced GPS and positioning systems, sensors, and software that enable accurate mapping and precise application of inputs. This precision not only ensures effective pest and weed control but also reduces input wastage and environmental impact.

Furthermore, drone spraying and spreading can improve safety for farmers and workers. By eliminating the need for manual spraying or spreading, there is a significant reduction in exposure to pesticides and other chemicals, reducing the risk of health hazards. Additionally, drones are operated remotely, reducing the risk of accidents and injuries associated with operating heavy machinery or climbing on elevated surfaces.

At Rotaquip, we specialize in providing agricultural UAV spraying and spreading services tailored to the needs of modern farmers. Our team of experienced drone operators and agronomists combines cutting-edge drone technology with comprehensive agronomic knowledge to deliver efficient and effective crop treatments.

Using our agricultural UAV spraying and spreading services, you can expect precise and uniform application of fertilizers, pesticides, herbicides, and other agricultural inputs. We closely collaborate with farmers to understand their specific crop requirements and customize treatment plans accordingly. Our drones are equipped with advanced sensors and software, ensuring accurate mapping, real-time monitoring, and data analytics for optimal treatment outcomes.

Embrace the benefits of cutting-edge technology for your agricultural practices. Contact us today to learn more about our agricultural UAV spraying and spreading services and how we can help you improve crop health, yield, and overall farm productivity.

Fruit - Head Count
(Not currently offered but
we'll get there)

Fruit Count

UAV (Unmanned Aerial Vehicle) fruit count is an innovative technology that revolutionizes the way fruit farmers and growers estimate and monitor their fruit yields. With the help of drones equipped with advanced imaging software, UAV fruit count provides an accurate and efficient solution for fruit counting, saving time and improving productivity.

At Rotaquip, we specialize in providing UAV fruit count services to fruit farms and orchards of all sizes. Our experienced team of drone pilots, along with our cutting-edge technology, allows us to accurately count and track fruit on your trees, enabling you to make informed decisions and optimize your operations.

Using our UAV fruit count technology, we fly our drones over your orchard, capturing high-resolution aerial imagery. The imagery is then analyzed using sophisticated computer algorithms, which identify and count the individual fruits on the trees. The software can distinguish between different types of fruits and even track fruit growth stages for precise yield estimation.

There are several advantages to using UAV fruit count. Firstly, it eliminates the need for manual counting, which can be time-consuming and labor-intensive. Instead of walking through the entire orchard and counting each fruit individually, our drones can cover large areas in a fraction of the time, providing accurate and efficient fruit counts.

Additionally, UAV fruit count provides more accurate results compared to visual estimation or sampling methods. By utilizing advanced imaging technology and software algorithms, we can minimize errors and provide precise fruit counts, even in dense canopies or when fruits are located at different heights.

Furthermore, UAV fruit count allows for regular monitoring of fruit yields throughout the growing season. By tracking changes in fruit counts over time, you can gain valuable insights into orchard health, fruit productivity, and potential issues that need to be addressed.

At Rotaquip, we understand the importance of accurate fruit counts for fruit farms and orchards. We are committed to providing reliable and efficient UAV fruit count services to support your fruit-growing operations.

If you're looking for a modern and efficient way to count your fruit and optimize your operations, look no further than Rotaquip. Contact us today to discuss your requirements and how our UAV fruit count services can benefit your orchard.

Spot Spraying with Drones

What Is Spot Spraying?

Spot spraying is a targeted weed management technique that focuses on treating individual weeds rather than blanket spraying entire fields. By pinpointing problem areas, we minimize herbicide use, reduce costs, and enhance overall efficacy.

How Does It Work?

Our fleet of advanced drones equipped with state-of-the-art sensors takes weed detection to the next level. Here’s how it works:

Weed Mapping: Our Single Shot drone-based weed detection sensor scans your fields, mapping individual weed plants. It’s like creating a personalized weed atlas for your farm.
Real-Time Data Processing: The information collected by the drones is processed locally, ensuring same-day production of accurate weed maps. No lengthy uploads or downloads—just actionable insights.
Integration with GPS-Controlled Sprayers: Load the weed maps into any compatible GPS section-controlled sprayer. Our system guides you precisely to the problem spots, allowing for efficient spot spraying.

Benefits of Spot Spraying:

Cost-Effective: By treating only the affected areas, you save on herbicides and reduce operational expenses.
Effective Weed Control: Accurate detection ensures that no weed escapes treatment.
Legal Compliance: Assess the spray area before application, meeting legal requirements for many herbicide labels.
Future-Ready: Our approach enables seamless integration with robotic and drone spray systems.

2. The Single Shot Advantage

Our proprietary Single Shot drone-based weed spray sets us apart:

Speed: Capable of mapping 200 hectares per hour, it swiftly covers large areas.
Precision: Detects weeds as small as the top of a beer can.
Local Processing: Your data stays secure and accessible.
Flexible Integration: Use existing sprayers—no need for a dedicated optical system.

3. Our Commitment to Sustainable Weed Management

At Rotaquip, we understand the challenges posed by herbicide resistance and shifting weed species. Our spot spraying services contribute to:

Reduced Herbicide Use: Targeted treatments minimize the need for sub-lethal broadacre rates.
Preserved Soil Structure: Avoid aggressive cultivation and moisture loss.
Informed Decision-Making: Decouple weed mapping from spraying for better planning.