Companies that sell Surveying Instruments in NIGERIA?
Companies that sell Surveying Instruments in NIGERIA?
Are you an expert in geospatial data collecting in Nigeria or a land surveyor? If so, having access to trustworthy and excellent surveying equipment is crucial for precise and effective work. Having access to high-quality survey equipment is crucial for guaranteeing accurate measurements and good project outcomes, whether you’re a professional surveyor, engineer, or building contractor. We can help with that. An extensive selection of cutting-edge equipment is available from Geoinfotech, a leading supplier of survey instruments in Nigeria, to satisfy all of your surveying requirements. We will examine the factors that make Geoinfotech your top option among businesses that sell surveying equipment in Nigeria in this blog post.
Higher Accuracy and Precision — Equipped with the High-Performance Patch Antenna, enhances the low elevation angle tracking capabilities and keeps it maintaining a high gain for higher elevation satellites while tracking low-elevation satellites.
More Stability — Hi-Target Hi-Fix enables continuous connectivity and quality results even if you lose the signal while using the RTK base station or VRS network under extreme circumstances.
More Portability — Equipped with an ultra-light EPP material instrument case of a high anti-strong impact, shock and impact resistance and a centering rod that can be contracted to 1.25 m, making it durable and portable in the fieldwork.
Greater Flexibility — It can bring accurate and reliable results and boost efficient fieldwork with self-developed built-in IMU and core algorithm.
Real-time Kinematic Precision — 8mm H/15mm V.
Signal Tracking — GPS, GLONASS, Galileo, BDS, QZSS, SBAS, IRNSS.
Receive & Transmit — Support multi-protocol radio.
Channels — 800+.
Tilt Survey Performance — 8mm + 0.7mm/°tilt.
Latest iHand55 controller.
DJI Matrice 300 RTK Advanced Surveying Package
Description
The Matrice 300 RTK is DJI’s flagship drone that takes inspiration from modern aviation systems. Offering up to 55 minutes of flight time, advanced AI capabilities, 6 directional sensing & positioning and more, the M300 RTK sets a whole new standard by combining intelligence with high performance and unrivalled reliability.
TERSUS OSCAR ULTIMATE BASE AND ROVER with Base radio covering 25 – 30 km, with 16GB internal static data storage and LED display Screen, ability to work under vegetation canopy Magnetic Immune Tilt Compensation 90-degree tilt.
At Geoinfotech, we understand that each surveying project requires specific tools to achieve accurate results. That’s why we offer an extensive product range that caters to various surveying applications. From total stations and GPS receivers to laser levels and theodolites, we have it all. Our inventory consists of cutting-edge instruments from renowned brands, ensuring that you receive products of the highest quality and reliability.
Quality Assurance:
We take great pride in offering only the best survey instruments available in the market. We partner with trusted manufacturers known for their commitment to quality and precision. Our instruments undergo rigorous testing and quality checks to ensure they meet the highest industry standards. By choosing Geoinfotech, you can rest assured that you are investing in instruments that will deliver accurate results and withstand the rigors of demanding surveying environments.
Expert Guidance and Support:
Navigating the world of survey instruments can be overwhelming, especially if you’re not familiar with the latest technologies and features. Geoinfotech has a team of knowledgeable experts who are passionate about helping you make informed decisions. Our experienced staff members are available to provide guidance and answer any questions you may have, ensuring that you choose the right instruments for your specific requirements. We believe in building long-term relationships with our customers by offering exceptional customer service throughout the purchasing process and beyond.
Competitive Pricing:
At Geoinfotech, we understand the importance of affordability without compromising on quality. We strive to offer competitive pricing on all our survey instruments, making them accessible to a wide range of professionals and organizations. We believe that investing in reliable survey instruments shouldn’t break the bank, and our pricing reflects this commitment. With Geoinfotech, you get the best value for your money, ensuring a cost-effective solution for all your surveying needs.
Nationwide Reach:
Convenience and accessibility are vital when it comes to procuring survey instruments. Geoinfotech has strategically located branches and authorized dealers across Nigeria, ensuring that our products are readily available to customers nationwide. Our extensive distribution network allows us to serve professionals in various industries, including construction, engineering, geomatics, and environmental surveying, among others. With Geoinfotech, you can conveniently access top-quality survey instruments, no matter where your project takes you.
When it comes to sourcing survey instruments in Nigeria, Geoinfotech stands out as a trusted and reliable partner. With an extensive product range, uncompromising commitment to quality, expert guidance, competitive pricing, and nationwide accessibility, we offer a comprehensive solution for all your surveying needs. Don’t settle for anything less than the best. Choose Geoinfotech and equip yourself with the instruments that will help you achieve accurate measurements, increase productivity, and deliver exceptional results.
Drones are Unmanned Aerial Vehicles used for many different functions, ranging from monitoring climate change to carrying out search operations after natural disasters, photography, filming, agriculture and delivering goods.
Flying a drone can be very exciting but, at the same time, it isn’t really that easy and simple, especially for those who are first-time flyers.
Being a beginner can be a good excuse to fly badly for a while till you can find your footing.
Here are 7 tips that are sure to help you improve your drone flying skills.
Take a training course: Let’s face it, there are some things you just can’t do on your own or learn online. You’d need to attend a physical class with instructors who will take you on a step-by-step basis. It is so much easier to learn to fly a drone when you have someone directing you on what to do. Taking a course is a sure way to improve your skills in a very short time to the point that you can go from beginner to expert in a hurry without too many growing pains.
We offer two phases of Drone Pilot Training- Beginner and Professional. The beginners class is a good place to start if you have no prior knowledge of how to fly a drone. Check out our drone pilot training courses here.
Practice with a small and cheaper drone: Controlling a smaller drone is easier because of how light they are. It is also more economical as bigger drones are more expensive and power-intensive. Smaller drones may not be the easiest to pilot but you don’t want to end up losing a lot of money if your expensive drone crashes. Our Geostore offers drones from as low as ₦120,000.
Don’t just dive into photography. Be patient to learn the basics of flying the done first, making it stable, landing etc. Forget about photography at first even if that is your sole purpose of learning.
4. Watch Training Videos online. Search for a great drone training video and use it as a guideline for how you fly your drone or to augment what you are being taught. You can also read through articles and manuals like our ‘Introduction to drone piloting’ manual. You can watch drone-flying content on our YouTube Channel
Make friends who share your interest in drones. This is a great way to learn new skills, as you watch what others are practising, and ask them questions about how they are able to do certain things. It’s also a good way to keep yourself motivated to advance your own skills when you see others learning and progressing as well. You can get this at your training centre as well.
Learn one step at a time. You don’t have to start doing difficult aerial manoeuvres and tricks that only the experts can easily pull off. There is also no reason for you to take the drone 50 feet up in the air the moment you take it out of the box. Start slowly, with time you too can learn all the tricks you see online.
Try to Fly around in a perfect circle: This is a great way for you to instantly improve your drone piloting skills. It can be difficult to do for a lot of beginners but we recommend that you try to find a point of interest such as a house or a pole and try to make that the centre of the circle.
It is important to know your main reason for learning how to fly a drone. Have a goal and let all your actions lead to the achievement of that goal. It is possible to learn more than the basics of flying a drone in a short time if you put your mind to it.
It’s totally NOT recommended to fly drones in the rain, mist, high humidity, or over water bodies with strong winds. Many drones have venting holes that can expose the electronics inside to moisture. Once water gets inside, short circuits can occur and possibly damage your drone.
Some drones are able to resist brisk rain, but not for extended periods of time.
Generally, entry-level drones have venting holes, which expose the electronic board to water droplets. Once water gets inside, short circuits can occur and your drone may get damaged to the point of no return.
Here are FIVE REASONS why you shouldn’t even allow your drone to get wet.
If your drone gets wetter than it’s built to withstand, the electrical systems could suffer short-circuiting. However, if your drone is water-resistant, it might survive a quick landing while it’s raining. But even water-resistant drones have a hard time handling a violent storm.
Water in the drone could cause irreparable battery damage that could affect even new batteries after you have repaired or serviced your drone.
Water in the lens could destroy the frame of your camera and make it impossible for you to capture more breathtaking shots of the landscape as you would love to.
Most Drones are not waterproof or even water-resistant so they are not adapted for use in the rain, snow, mist or fog. Flying such drones in the rain could damage the internal hardware resulting in permanent damage and a costly repair bill.
Getting your drone wetter than usual will cause the ESC (Electronic Speed Controller) that controls the motors to most likely burn out causing the propellers to stop spinning. Additionally, all circuit boards may blow fuses and components, rendering the drone useless.
An uncomplicated definition of Spatial analysis is the technique applied to structures at the human scale, most notably in the analysis of geographic data.
According to Wikipedia, Spatial analysis or spatial statistics includes any of the formal techniques which study entities using their topological, geometric, or geographic properties. The spatial analysis involves a variety of methods, using different analytic approaches and applied in different fields, to chip fabrication engineering, with its use of place and route algorithms to build complex wiring structures.
The process of examining the locations, attributes, and relationships of features in spatial data through overlay and other analytical techniques in order to address a question or gain useful knowledge. Spatial analysis extracts or creates new information from spatial data. These skills have many uses ranging from emergency management and other city services, business location and retail analysis, transportation modeling, crime and disease mapping, and natural resource management.
Spatial analysis can be done using various techniques with the aid of statistics and geographical information systems (GIS).
A GIS facility enables interaction with geographical data in order to enhance the interpretation, accuracy, and prediction of spatial analysis. The spatial analysis involved in GIS can build geographical data and the resulting information will be more detailed than the erstwhile unorganized collected data.
According to the requirement of the end user, a suitable geospatial technique is chosen to be implemented with GIS. The geospatial technique selected will determine the method and classification of analysis employed.
Spatial analysis deals with statistical analysis based on patterns and underlying processes. It is a kind of geographical analysis that interprets patterns of personal characteristics and spatial appearance in terms of geostatistics and geometrics, which are known as location analysis. It involves statistical and manipulation techniques, which could be attributed to a specific geographic database.
Suppose a GIS task is assigned; to record sampling stations chosen in a selected study site with different patterns, by implementing spatial techniques appropriate results can be obtained. These results will further show the sample location’s characteristics such as if it is dispersed or clustered.
Uses of Data Analysis
Traffic Analysis Health
Facility Mapping
Crop Yield Prediction
Livestock Monitoring Town Planning
Population Analysis
Fundamentally, spatial analysis is a set of methods producing refined results with spatial correlation. A spatial link is observed between geometric and thematic data and attributes in the data components are identified. Nowadays all GIS software has modules designed to handle spatial data and positions are connected with other features and details either spatial or nonspatial characters
Drones otherwise known as Unmanned Aerial Vehicles UAVs have been around for decades. From its invention in the 30s, developed for aerial target practice to being used for espionage, military warfare, and air strikes, these seemingly small but powerful machines have evolved in past years for use in photography, videography, aerial survey, and many more practices, industries, and fields.
Technological advancements in the past decades have seen drones being used for many different purposes. Today’s drones are usually equipped with Propellers, flight controllers, GPS modules for tracking, Electronic Speed controllers for speed control, Obstacle Avoidance sensors to prevent a collision, and much more high-powered technologies.
There are several types of drones, used for different reasons. In terms of size, drones range from the palm-sized DJI Tello drones to the much bigger DJI Mavic lines
Make no mistake though, the diminutive size of the DJI Tello does not diminish its potential. Equipped with a high-quality image processor, Tello shoots incredible photos and videos. Even if you don’t know how to fly, you can record professional-level videos and share them on social media from your smartphone.
Its maximum flight time is approximately 13 minutes, and its maximum flight distance is 100 m. It is a kid-friendly drone with a camera that also can be used to teach new learners the basics of programming. You can get this drone for as low as ₦ 105,000 and begin your drone pilot journey.
The DJI Mini 3 Pro is also a tiny and lightweight drone with professional features that can be used for photography, aerial surveying, and more.
The DJI Mavic 3 is regarded as the best camera drone by many experts. It has 46 Minutes of Flight time, and can fly over a 30 km flight distance with 7.2GB of In-built storage space. The Hasselblad Camera shoots in JPEG Photo format and MP4/MOV Video Format. The battery capacity is 5000 mAh and can run for about 6 hours.
Here’s a much more comprehensive list of Drones available on our Geostore with prices:
DJI Tello ₦105,000
DJI Tello Combo ₦125,000
DJI Mavic Mini 2 ₦500,000
DJI Mavic Mini 2 Fly More Combo ₦600,000
DJI Mavic Air 2 Fly ₦750,000
DJI Mini 3 Pro ₦830,000
DJI Mavic 2 Zoom ₦900,000
DJI Mavic Air 2S ₦950,000
DJI FPV Combo Drone ₦950,000
DJI Mavic 2 Pro ₦1,050,000
DJI Mavic Air 2S Fly More Combo ₦1,100,000
Autel Evo 2 Pro V2 Rugged Bundle ₦1,700,000
DJI Mavic 3 ₦1,800,000
DJI Mavic 3 Fly More Combo ₦2,200,000
DJI Mavic 3 Cine Premium ₦3,800,000
DJI M30T Enterprises ₦9,100,000
These drones come with different specifications according to size and price. If you are a beginner, it is advisable to start with a budget-friendly drone, with time and according to professional needs, you can then switch to something bigger and more expensive. Most of these drones are equipped with a sharp camera for shooting images and videos with precision many meters above the ground.
Drones are relatively easy to fly but we recommend getting professional training to enable you to get used to what your drone is capable of delivering. To get beginner and professional level drone training click here
To enjoy your drone safely and responsibly without infringing any regulations, remember to stay within the flight limit and DON’T fly near restricted airspace.
What is Spatial Statistics(Analysis)?
